Guide to Realistic Interior Rendering in SketchUp

Interior rendering has witnessed a dramatic evolution transcending the digital age, which has, in turn, revolutionised the design industry. 

The exponential improvements in computer graphics and powerful rendering software suites have allowed designers to generate realistic, immersive visualisations. Software suites such as SketchUp have enabled better visual communication and aided workflow and efficiency.

As SketchUp progresses, client expectations rise in unison. Clients have ever-increasing expectations regarding what realistic visualisations should deliver. 

Perfecting interior design rendering in SketchUp provides designers and architects a competitive advantage by delivering realistic representations of interior designs, enhancing concept presentation, and meeting the demands for immersive experiences in the design industry.

The blog aims to empower designers with practical insights and techniques, enabling them to create stunning, lifelike interior designs.

Understanding the Basics of SketchUp Interior Design Rendering

Realistic interior renders created in SketchUp play a pivotal role in conveying design concepts that facilitate decision-making and increase the number of projects approved.

SketchUp’s advanced rendering features comprise:

  • Global illumination.

Global illumination can be used to create realistic lighting, whether the source is natural or artificial. Light diffuses throughout spaces, as it would in reality.

  • Reflections.

Reflections take into consideration the texture of materials and lighting.

  • The 3D Warehouse.

The 3D Warehouse is a SketchUp plugin. It comprises an extensive catalogue of peer-created models that can be downloaded and positioned within your interior renders. You will be able to find almost anything you are looking for. Alternatively, you can use the 3D warehouse as a source of inspiration.

  • Dynamic Shadows.

Dynamic shadows add extra layers of depth, increasing realism.

If you can’t find what you are looking for in the 3D warehouse you can, of course, create custom furniture, incorporating joinery, and cabinetry for bespoke pieces.

These features, amongst others, culminate in lifelike renders.

Plugins like V-Ray offer further advanced rendering capabilities, whereas Enscape enables live visualisation.

Setting the Stage: Preparing Your SketchUp Model

SketchUp’s advanced rendering power incorporates;

  • Proxy Objects:

Designers can take advantage of proxy objects or simplified versions of more complicated components to improve computation in larger, intricate models.

  • Section Planes:

Section planes allow designers to reveal or hide parts of the model as and when required. This helps with navigation and presentation.

Improve your material selection and employment with techniques such as texture wrapping, UV mapping, and by utilising high-dynamic-range images (HDRI) for realistic reflections. Designers can separate themselves from the pack by learning to create bespoke textures, unique fittings and furniture, ensuring designs are not only aesthetic but authentic.

Mastering Lighting Techniques for Realism

Natural lighting boosts well-being and offers a host of psychological benefits, through the provision of vitamin D. Artificial lighting can have the opposite effect. In disrupting circadian rhythms and reducing the production of melatonin, it has a depressive effect and reduces energy levels. Knowing this, designers can design optimal environments. Advanced devices in SketchUp, such as softbox lighting, allow for even, diffused illumination. Whereas area lights and spotlights illuminate specific areas. Well-considered lighting choices add drama and atmosphere to an interior, improving occupant feeling and therefore experience.

More advanced SketchUp lighting effects breathe life into interior designs;

  • Caustics lighting.

Caustic lighting manages light patterns, refractions and reflections. Reflective surfaces react to light from the other surfaces in the space, increasing realism.

  • Volumetric lighting.

Volumetric lighting enhances atmosphere and realism by replicating how light interacts with particles such as dust and pollen, creating mesmerising spaces.

Enhancing Realism Through Textures and Detailing

SketchUp plays host to a vast array of high-quality textures that can be accessed through platforms such as;

  • SketchUp Texture Club.

SketchUp Texture Club is effectively a 3D art gallery, through which the designer community can contribute and share textures.

  • Texture Haven.

Texture Haven offers 100% free textures for all.

  • The 3D Warehouse.

The 3D warehouse in particular is vast. It is a comprehensive catalogue of textures, fixtures, fittings and materials.

Designers and Architects can utilise advanced detailing techniques, such as displacement mapping for intricate surface details, and plugins like Skatter for life-like vegetation placement. Designers should be careful to maintain scale accuracy when placing any component into 3D models to ensure a realistic design.

Post-Processing and Final Touches

There are a multitude of advanced post-processing options available in SketchUp rendering to learn and perfect your renders. Colour grading enhances the atmosphere. Designers can change contrast, saturation, and colour balance for a realistic effect.

Depth enhancement can enhance your renders, balancing foreground and background components to create an atmosphere. You can experiment with lens effects, like bloom or vignetting, to place focus on a particular aspect of a model.

There are also a lot of post-rendering options available in Adobe Photoshop. Export your SketchUp images, and fine-tune through blending, refining lighting and contrast.

You can control SketchUp as if you were setting parameters in a camera before taking a photo. Designers take advantage of depth-of-field options to place focus (quite literally) and create an atmosphere. Through aperture settings, the background or foreground can be blurred to a level that you desire.

Troubleshooting and Common Challenges

Users will encounter challenges when getting to grips with SketchUp. However, they are ordinarily remedied with a little research or referring to Elmtect’s tutorial pages.

One common problem is that of noisy images, or shapes having uneven edges, contrary to the effect desired. This can be remedied by increasing samples or applying post-process filters. There are also denoising plugins, such as Twilight Render, that can be downloaded if the issue is a persistent one. Smoother edges can be achieved by adjusting anti-aliasing.

It’s important to strike a balance between the quality of interior renders and the speed of rendering to optimise workflows. Designers should take time to experiment with anti-aliasing, resolution, material choices and lighting to find a balance that suits them. Trial and error is key.

Conclusion: Elevating Interior Design with Realistic SketchUp Interior Design Rendering

Elmtec trusts that the explanations and tips provided in this blog have been useful in explaining to you how to make realistic interior render SketchUp.

Be conscious of the Plugins available to enhance your renders once you are proficient in the built-in features.

Feel free to refer to other blogs and case studies for inspiration or give us a call, on 01844 263 750, to discuss your ideas with our helpful consultants.

If you are completely new to SketchUp, Elmtec is now offering a free trial.

How To Make an Axonometric Drawing in SketchUp

Axonometric drawing, an important aspect of architecture and design, has a long and rich history. Since its arrival in the early 20th century, it has provided perspectives allowing the precise representation of spatial relationships. The incremental improvement of axonometric drawing has occurred in tandem with advancements in architectural visualisation, transforming the industry’s visual language.

Axonometric drawings interpret 3D objects in a manner that can be represented on a 2D plain. It’s crucial in industries that need to communicate concepts and plans visually. Their capacity to retain spatial precision facilitates effective communication of concepts in a variety of industries including architecture and design, improving visual representation and therefore the understanding of complex structures.

Mastering axonometric drawing in software suites such as SketchUp is useful for professionals and novices alike. Adeptness in these skills facilitates effective communication, and design conceptualisation, and negates confusion between stakeholders.

Understanding Axonometric Drawing SketchUp (Axonometric vs Isometric)

It is impossible to accurately represent a 3D object on a 2D plain, without distortion between any 3 points of reference. Axonometric drawings conserve parallel lines and uniform scale in all directions, while isometric drawings retain precise angles, however it’s required to vary the scale. Axonometric drawings work perfectly for architectural designs and technical drawings, whereas isometric projections are better suited for applications such as gaming, and presenting visually dynamic perspectives.

Two iterations of axonometry include dimetric and trimetric projections. They both offer different perspectives by changing the scale along the different axes. Dimetric balances two scales, whereas trimetric incorporates three. Designers opt for one or the other depending on the specific application, such as displaying asymmetrical objects or highlighting specific dimensions, improving their flexibility in illustrating various spatial complexities within a variety of designs.

Getting Started with Axonometric Drawing in SketchUp

The few simple steps, outlined below demonstrate how to set axonometric view in SketchUp;

  1. Select the “Camera” menu.
  2. Select “Parallel Projection.”
  3. Adjust the camera angle with the Orbit tool for isometric or manually adjust for dimetric/trimetric.
  4. Fine-tune the view with either the Zoom or Pan tools.

Leveraging SketchUp tools to create axonometric drawings demands the mastering of the Line and Rectangle tools for foundational shapes, thereafter designers should utilise the Push/Pull tool to create depth. The Offset tool helps represent complex shapes, while the Tape Measure guarantees accurate measurements. For precise intersections, designers can select the guidelines and inferencing system. 

Any change that needs to be made, or a mistake erased, can be remedied with the employment of the Eraser tool to refine details.

Advanced Techniques and Plugins

Eneroth Axonometric Projection is a SketchUp plugin designed for axonometric drawings. It is supported by SketchUp 14, SketchUp 15, as well as later versions. This Plugin can be used to deform a component, in addition to its obvious purpose in producing axonometric views.

For help with precision, designers can use grid snapping for exact placement. You can align components carefully, as well as lock inferences. This application is imperative in architectural designs and engineering diagrams for precise specifications.

Creating Realistic Axonometric Drawing SketchUp

Designers and architects can further improve upon their SketchUp designs by implementing advanced texture mapping. Advanced texture mapping can include UV mapping and seamless application. An extra element of professionalism can be demonstrated through comprehension of texture scale and consistent lighting for life-like axonometric drawings. Visual representation is improved through the quality of textures and life-like materials. Attention to detail is key.

The mastery of advanced lighting includes ambient occlusion and realistic shadows. The added layer of complexity attributed to realistic lighting conditions adds to the interest and understanding of your axonometric drawings. Well thought, intricate lighting conditions offer a comprehension of how light interacts and diffuses throughout spaces.

Tips for Troubleshooting and Common Mistakes

Although there might be pitfalls and niggles associated with axonometric drawings, they are typically easily remedied after conducting a little research.

Common problems might include;

  • Inaccurate or distorted proportions.

The solution to such is more of a workflow adaptation than a technical one. Make sure to scrutinise scaling adjustments, paying attention to be as accurate as possible. Once an inaccuracy is identified, incremental scaling adjustments can be made, or original measurements can be referred to.

  • Misaligned axes.

Misaligned axes should be precisely aligned, relative to the isometric grid.

  • Inconsistent perspectives. 

Inconsistent perspectives can be dealt with by maintaining a uniform viewpoint.

More examples of common problems encountered while using SketchUp can be found in Elmtec blogs, case studies and tutorials. Here you can find comprehensive troubleshooting guides for you to fix your errors and fine-tune your skills.

Regarding axonometric drawings specifically; in understanding the importance of accuracy, axes and perspective you will establish a solid foundation for aesthetic and impactful designs.

There is an abundance of plugins available to address other common problems associated with axonometric drawings;

  • Utilise the “Solid Inspector” plugin to find and fix issues within intricate 3D models, ensuring precise geometry.
  • Download the “CleanUp3” plugin to eradicate redundant entities, enhancing model efficiency.
  • Manage complicated structural headaches with the “JointPushPull” plugin, permitting precise manipulation of connected surfaces.

Practising these tools allows designers to handle complexities with ease, promoting a higher level of precision in axonometric drawings.

Conclusion: Mastering Axonometric Drawing in SketchUp

Elmtec hopes that this blog has been informative and has satisfied at least a few of your curiosities.

Mastering axonometric drawings is a required skill in the field of architecture and related industries. It facilitates effective communication of concepts.

We hope that through the techniques explained, along with the troubleshooting tips shared you feel comfortable in adding an extra layer of precision to your designs.

Take a moment to browse other Elmtec blog posts and case studies, to see how architects and designers are leveraging SketchUp to their advantage.

If you are completely new to SketchUp, Elmtec is now offering a free trial.

If you have any thoughts or queries that you want to discuss, please feel free to reach out to one of Elmtec’s helpful advisors on 01844 263 750.

How Building Design Software Can Help You Reach and Exceed Your Sustainability Targets

In the building design and construction industry, an elevated global awareness emphasises the importance of sustainable practices. Recognising environmental effects, as well as increased client demand, the industry is welcoming a progression towards eco-friendly buildings, driving innovation, and reshaping design in the industry.

As each year passes, meeting sustainability targets becomes ever more urgent. The necessity to fight climate change, limit fossil fuels, and mitigate toxic materials is paramount in the global effort to save the planet. Historically the construction industry has been a major contributor to environmental waste. It’s imperative that the recognition of such continues, and that new solutions are found and adopted.

Advanced building design software plays a crucial role in achieving sustainability goals, enabling architects and designers to produce environmentally conscious buildings. Tools such as SketchUp power innovation through design and contribute to a more sustainable planet.

The Essence of Sustainability in Building Design

The construction of buildings has a profound impact on climate change. The production of the materials used in the construction of buildings is ordinarily harmful. Materials such as concrete, steel, glass and plastic are a huge contributor of greenhouse gases. Sustainable building design is vital in mitigating these effects through energy-efficient systems and greener construction material alternatives.

We must make sustainability in construction a priority, to limit environmental detriment. We must develop and utilise materials and methods that work in harmony with the planet, as opposed to against it. In fostering a culture of sustainability in building design we can take pride in our work again.

Greenhouse gas emissions attributed to the construction industry are largely born from toxic processes such as material production, logistics, and the on-site construction processes. Sustainable building design addresses these issues by proposing eco-friendly construction materials, optimising transportation, and adopting energy-efficient technologies to limit the environmental impact of construction.

Building design through software suites such as SketchUp can have a profound impact on human well-being. Sustainable design keeps occupants’ well-being a priority and concerns factors such as natural light and the thermal atmosphere. These features aim to promote physical health as well as mental.

Introduction to Sustainable Building Design Software

Sustainable building design software, such as SketchUp, embodies features and tools like;

  • Energy performance simulation.
  • Daylight analysis.
  • Material selection.
  • Green Roof and landscape design.
  • Water efficiency tools.

These features allow architects and designers to delve into a structure’s environmental impact, as well as its surroundings. Simulations provide insights into energy consumption, daylight analysis optimises natural lighting strategies, and water efficiency tools suggest the required usage. By taking advantage of these tools, architects can align with their sustainability plan, in the hope that spaces are eco-friendly and resource-efficient.

Sustainable building design software guides architects in adhering to green building standards. It facilitates compliance with certifications like LEED and BREEAM, guaranteeing alignment with meticulous environmental criteria. Software helps architects to incorporate green solutions such as energy optimisation, and resource management, making sure all the boxes are ticked to attain the necessary certifications. Compliance negates expensive litigation, satisfies clients and continues our fight towards a more sustainable future.

Sustainable Building Design Software in Action

Sustainable building design software, exemplified by tools such as SketchUp, allows architects to create interactive 3D models. BIM methodologies, put into practice through SketchUp, facilitate a global skill share, allowing experts from a variety of fields to contribute. Stakeholders are offered a realistic representation of the environmental impact of design choices. Collaborative decision-making provides live insights into the sustainability implications of options. Renders can also be tweaked in post-production, making changes by expert recommendations.

Sustainable building design software like SketchUp, used in tandem with BIM methodologies, offers real-time performance monitoring, allowing the monitoring of metrics like energy and water. Given that the majority of a building’s carbon footprint is attributed to energy, this is paramount in meeting sustainability goals. The heating of commercial and residential buildings alone represents 10% of the UK’s carbon emissions.

Data empowers post-construction assessment, aiding continuous improvement in sustainability and its longevity.

Achieving Energy Efficiency Through Sustainable Design Software

Sustainable building design software incorporates passive strategies such as;

  • Optimal structure orientation.
  • Natural ventilation.
  • Efficient insulation.
  • Passive solar heating.
  • Water efficiency tools.

These techniques enhance energy efficiency without much reliance on mechanical systems, according to ecological theory. SketchUp permits the implementation of passive design, reducing the environmental footprint of buildings, structures and spaces.

Dynamic simulation is the process of using computer-based analysis of processes over time, considering the changes that occur. Dynamic simulation in sustainable building design can predict, amongst many things, energy consumption. Architects can simulate numerous scenarios, evaluating the impact of design choices on energy performance throughout seasons, aiding decision-making for minimal environmental impact.

Addressing Material Sustainability

Circular economies refer to the recycling and, more favourably, reuse of materials. The software helps architects by evaluating the longevity and recyclability of materials. The hope is that through running digital simulations we can see how more eco-friendly materials are just as efficient, without additional costs, promoting choices that align with circular economies. In the promotion of reuse and waste minimisation, these tools can contribute to sustainable construction operations.

Embodied carbon encompasses the measurement of a structure’s total carbon emissions. Design software helps architects choose lower-carbon alternatives. This pragmatic decision-making limits the project’s overall carbon footprint, which contributes to environmentally minded construction practices.

Conclusion: Empowering Sustainable Futures

Upon finishing this blog post we hope that you understand more about how building sustainability software can help you exceed your sustainability goals.

Advanced software suites, such as SketchUp, are your accomplices in our collaborative fight for sustainability. SketchUp offers features such as energy simulation and can be used alongside BIM methodologies, guiding architects and designers towards greener choices.

Remember that promoting the sustainable practices of your company not only helps the planet but also makes you more marketable and instils a sense of pride in your workforce. It also keeps your company compliant, avoiding tricky litigation.

Elmtec is committed to providing state-of-the-art sustainable business design software. We are now offering a free trial for SketchUp, along with training courses.

Digital Transformation in Construction

The construction sector has been transitioning through a significant period of digitalisation, propelled by constant technological advancements. Innovations in robotics, AI, and data analytics are redefining traditional construction practices.

Notable improvements in efficiency, safety and sustainability have been witnessed.

Digital transformation in construction has touched every facet of the industry. Business methodologies such as Building Information Modeling (BIM), IoT, and associated software suites have presented a paradigm shift. Automation has played a significant role and the onset of AI and Augmented Reality are set to disrupt the market further.

All of the above aim to improve communication and workflow, reduce costs and ultimately optimise project results.

With the majority of construction companies focused on technological optimisation, to ignore such tools is to be left behind. Companies must adopt these practices and tools to remain relevant and competitive. Construction industry digital transformation represents a new language that ensures relevance in an evolving market and facilitates enterprises to satisfy the demands of clients.

This blog post delves into the intricate landscape of the digitalisation of the construction industry. Elmtec hopes that your queries are answered.

Evolution of the Construction Industry

From prehistoric megaliths to the Industrial Revolution, construction techniques have always been evolving, noting incremental improvements. Surely new digital innovations are set to present the next historical landmark along this journey.

Technology is the new linchpin pushing construction into a new age. With the adoption of digital tools and automation, the industry is subjected to a profound revolution, setting the stage for further improvements.

Industry 4.0 transforms construction by adopting digital technologies. Its relevance lies within principles like;

  • Interconnectivity.
  • Cloud-based resources.
  • Automation through smart machinery.
  • Machine learning for predictive analytics.
  • Real-time data analytics.

A marriage between physical and digital realms improves efficiency and brings costs down.

Benefits of Digital Transformation

Digital tools revolutionise the way projects are managed by optimising project planning, scheduling, and how we coordinate. Software solutions like SketchUp used in collaboration with BIM methodologies, promote real-time sharing which in turn manages expectations and ensures efficient project delivery. Furthermore, this digitalisation negates errors through miscommunication.

Digital transformation propels sustainable construction by promoting eco-friendly materials and energy-efficient heating and cooling systems. Adopting digital tools facilitates;

  • Precise planning.
  • Waste reduction.
  • Resource optimization.

The utilisation of technology encourages environmentally focused practices, placing the construction industry at the vanguard of sustainable development.

Digital transformation in the construction industry allows cost savings by limiting material waste, maximising productivity, and accelerating project completion. A key example is that of China’s Broad Sustainable Building, known for rapid construction, low waste during construction, and notable cost savings. Such success stories, in turn, attract investors, optimising financial gains for construction companies.

Digital Technologies Shaping the Construction Landscape

Building Information Modelling (BIM) is a methodology that transforms construction by creating detailed digital representations of structures and their functions. Through open skill sharing and accessibility, its importance is in the collaboration between designers, stakeholders, and clients, limiting errors through detailed visualisation, and producing project outcomes efficiently. BIM promotes fluid communication, allowing teams to work closely, without confusion or conflict. Working with a common shared platform, mistakes are minimised, efficiency is increased, and cost benefits are delivered.

IoT devices and sensors collect live data on building sites, empowering data-driven decision-making, predictive maintenance, and ultimately ensuring the safety of workers. Sensors are placed strategically to monitor the environment, energy, safety, material tracking, and workflow optimization. This intelligent approach eases communication, aids efficiency, and provides a secure working environment.

Augmented Reality and Virtual Reality are presenting a paradigm shift. The client experience is optimised through the offering of virtual walkthroughs (or flyovers) and life-like digital renders. Designers and construction professionals are offered immersive training through augmented reality. Client presentations are visualised in a clear, easy-to-understand manner, demonstrating project insights and promoting overall project understanding. Ultimately the adoption of AR and VR limits misunderstandings and improves communication between all parties.

Challenges and Solutions

Although the construction industry has made significant advancements in its adoption of digital tools, it hasn’t been a transition without challenges. The diverse nature of construction projects and a lack of standardisation can cause problems and establish resistance to change.

Combating resistance to change in the construction industry should incorporate;

  • Structured change management that considers the identification of needs and a strong communication strategy.
  • Extensive training programs to equip workers with the skills to adapt to change.
  • Exemplification of purpose through the sharing of success stories and case studies.

In nurturing a culture of pride in innovation whilst highlighting positive outcomes, resistance to change can be minimised. Moreover, construction professionals and workers can find interest and take pride in the adoption of modern digital technology.

Upskilling the construction workforce to use digital tools is crucial in negating resistance, and ensuring correct usage of new technologies. There are training centres strategically placed around the country, catering to major software manufacturers. Courses on BIM are also available, as well as other tools such as sensors. Elmtec proudly offers a variety of training courses, find out content, schedules and locations here.

As with any web-based technology, the digital transformation in construction brings cybersecurity risks. Companies can limit threats by adopting best practices and incorporating encryption methods. In applying cybersecurity protocols sensitive project data can be protected.

Conclusion: Embracing the Digital Future

We at Elmtec hope that this blog post has been informative in summarising the positive impacts of the new digital transformation impacting the construction industry.

The benefits of digitalisation are improving efficiency, sustainability, safety and profitability. Staying informed on this topic will stand you in good stead and offer you a competitive edge.

However, by remembering the three factors crucial to digital transformation, you will be well on your way:

  • People.
  • Process.
  • Technology.

You can read more about digital transformation in the construction industry in Elmtec’s blog section, and improve your skills by watching our tutorials.

If you have any questions at all, please feel free to reach out to one of our helpful consultants on 01844 263 750.

V-Ray vs Corona Render

Choosing the best rendering engine is paramount for designers and architects alike. Which engine you opt for will impact realism, style of client communication, workflow, and adaptability. In a nutshell, it governs how designs are discerned and communicated.

Whether settling on V-Ray or Corona, there will be an influence over visual appeal in determining the quality of renders. The correct engine for you optimises realism through representative materials, and realistic lighting and shadows, directly affecting client satisfaction, and aiding clear communication throughout the project.

Technology is redefining modern design and architecture, with rendering engines on the frontline. Rendering engines utilise algorithms, driving life-like 3D renders. Client satisfaction is maximised by providing realistic previews and facilitating informed decision-making. Progression through continuous improvements, such as real-time rendering and advanced lighting features, consistently exceeds expectations and makes rendering engines pivotal in shaping the design process.

In this blog post, Elmtec explores some of the myriad differences between two such rendering engines, Corona Render vs V-Ray.

Understanding Corona Render vs V-Ray

Corona Render and V-Ray are market-leading rendering engines. Similarities are witnessed, yet each boasts distinct features.

Corona promotes simplicity and photo-realism, appealing to designers who want an easy-to-use interface. It astounds in interactive rendering and uses adaptive image sampling.

V-Ray is renowned for its versatility. It supports a multitude of 3D modelling software suites such as SketchUp and offers advanced ray tracing and global illumination for realistic lighting effects. The V-Ray Proxy feature efficiently manages complicated scenarios.

Which to opt for, isn’t necessarily a case of which is better. Designers and architects should consider their preferences. Corona is an intuitive, user-friendly renderer, whilst V-Ray is adaptable and features advanced capabilities. Both engines undergo continuous improvement, so designers need to stay well-read, to learn about new upgrades, relevant plugins and improved features.

Corona’s interface is simple and easy for beginners to grasp. It offers an intuitive design that appeals to novices and seasoned professionals alike.

V-Ray, which offers abundant features, can be more complicated. However, as a recognised rendering engine, a wealth of learning resources are available. You can browse walkthroughs on YouTube or explore Elmtec instructional videos. It is the customisable options that make V-Ray what it is, as a versatile rendering engine. To assist efficient workflows V-Ray allows you to make folders to make your processes more personalised and adaptable.

It’s important to note that only V-Ray is compatible with SketchUp. Corona is not.

Although Corona offers additional functionality through plugins, V-Ray’s extensive compatibility across a variety of 3D rendering software suites makes it applicable to diverse environments. 

Choosing between the two could depend on the skill level of the user and project requirements, with Corona offering simplicity and speed and V-Ray offering broader cross-platform compatibility.

Can I use V-Ray and Corona Render together?

V-Ray and Corona are not designed to be used in tandem. They operate independently and combining them could bring compatibility issues. A designer could potentially leverage each rendering engine for its distinct features, however, it is not advised.

Stills or animations?

As mentioned, both V-Ray and Corona, although not without their differences, are ideal for rendering stills. However, V-Ray is the preferred option concerning animations.

V-Ray offers you more control over render settings, advanced animation features and camera perspectives.

Comparing Render Times: Corona vs V-Ray

V-Ray and Corona Render offer different rendering times. Versatile V-Ray, astounds designers in delivering complex scenes with advanced effects, excelling in intricate designs. However, Corona, which focuses on simplicity, can deliver faster render speeds, especially with simpler models and scenes.

Some of the variables that may influence render times V-Ray vs Corona include:

  • Scene complexity.
  • Lighting.
  • Material complexity.

Complicated scenes with intricate lighting may prolong render times. Designers can improve rendering times by simplifying scenes and adopting efficient lighting frameworks. Striking a balance between quality and rendering speed requires an understanding of an engine’s strengths, a skill that is developed through practice.

Making an Informed Decision

Client requirements have a profound influence over which will be the best rendering engine to choose. It’s paramount to establish style, and presentational preferences with clients. Expectations must be managed and clients should be informed about any rendering engine’s capabilities.

As with any business purchase, cost is a consideration. The main difference between the two rendering prices lies in the cost structuring. V-Ray provides licensing options with additional expenses attributed to optional plugins, whereas Corona ordinarily follows a more simplistic pricing model.

You can choose between monthly or annual payment plans with both V-Ray and Corona. The cost of V-Ray varies between the options available; V-Ray solo, V-Ray Enterprise, or V-Ray Premium.

The value of any rendering engine of course depends on the amount of use. Designers can conduct a cost-benefit study, to assist with making the right choice.

Generally speaking, V-Ray is quite a bit more expensive than Corona, and it is for you to decide if it’s worth it.

Tips for Optimising Render Times

Here Elmtec presents some practical tips on how to optimise render times whilst retaining design quality.

  • Proxy Objects:

Reducing the scene’s polygon count during rendering by employing proxy objects.

  • LOD (Level of Detail) Models:

LOD modelling is defined as the action of adjusting an object’s detail about its distance from the camera.

  • Texture Optimisation:

The compression of textures can significantly improve rendering times.

  • Instance Duplication:

Duplicate objects instead of creating new ones. This limits computational load.

  • Selective Detailing:

Consider the details of areas that are not focal. You could limit the complexity of areas that are not central to the model or message.

Optimising lighting is paramount when trying to render efficiently. Make use of HDRI maps to create realistic lighting scenes, enhancing ambience and reflections whilst optimising rendering times. Proper consideration as to the positioning of lights can reduce unnecessary computation. Small changes, such as thoughtfully considered light positioning and portal use, can result in dramatic improvements to render times.

Optimise rendering with advanced texture compression by using tools like Squish, Compressonator, or Substance Suite. Doing so accelerates rendering speed by reducing file sizes and data transfer while maintaining visual fidelity.

Concluding the Comparison

Elmtec hopes that this blog post has answered some of your questions and left you in a more informed position to choose between V-Ray and Corona.

Remember to consider factors such as, project/client requirements, render speed, ease of use, and cost when forming your decision.

Making the right decision is, of course, important to your eventual project outcomes and we are here to talk if you have any other questions. Feel free to call on 01844 263 750 to speak to one of Elmtec’s helpful advisors.

You can also refer to other Elmtec blogs, case studies and video tutorials.

Elmtec is now also offering a free 7-day trial for SketchUp.

Using SketchUp for Personal and DIY Projects

Since the onset of COVID, there has been an explosion in the amount of people adopting DIY as a hobby. Enthusiasts have progressively been leaning towards rendering tools such as SketchUp to visualise their creative plans.

In this blog post, we explore SketchUp, a user-friendly tool, equally suited to novices and professionals alike. SketchUp is a powerful, versatile tool used to conceptualise and design easily, whilst having some fun along the way.

Becoming proficient in 3D rendering provides DIY hobbyists the ability to create or renovate, bounds are only limited by imagination.

SketchUp facilitates users with features that allow visions to be transformed into reality.

Through Elmtec’s tips, tricks and advice you will be well equipped to start your journey with SketchUp. Elmtec is also now offering a 7-day free trial for SketchUp, so you have no excuses!

SketchUp Personal Use

As mentioned above, the power of SketchUp is only limited by your imagination. From design agency directors to hobbyists, SketchUp is easy to learn and encompasses all.

From shaping custom earrings to designing bespoke furniture, SketchUp is available to assist. The possibilities are endless. SketchUp is at the forefront of a new trend of hobbyists and enthusiasts who are digitising their concepts, and pre-production. 

Considering SketchUp is such an easy and fun tool to use, incorporating it should not be seen as a burden, but rather an extra layer of enjoyment, providing an increased chance of your project being true to your imagination.

Picture a novice carpenter, imagining his next table design. By incorporating SketchUp into workflows, the hobbyist can rapidly translate their idea into a 3D render by;

  • Generating 3D models. Easily draw 2D designs, or create realistic 3D models. Proportions and materials can be experimented with throughout the design process or in post-render. Through trial and error, the DIY enthusiast can incrementally improve designs until the desired design is achieved.

 

  • Visualise ‘the table’ against the backdrop. By importing images of a living room, for example, the designer can see how the table will look alongside the rest of the room’s furniture and decoration.

 

  • Alter scale and proportions.

 

  • Collaborate with other interested parties. Perhaps there are other members of the family, or friends, that want to collaborate. SketchUp allows all interested parties access to designs, acting as a central hub.

 

Since its initial release in 2000, SketchUp has undergone a multitude of updates and as a result, is the intuitive interface designers know and love today. Experimenting with shapes, changing dimensions in a moment and visualising renders from any angle, makes the design process as easy as it could be.

DIY enthusiasts can access the 3D warehouse, a comprehensive catalogue of materials and models that can be incorporated into your projects, or used as a source of inspiration.  

SketchUp negates the frustration associated with hand drawing plans, and ensures accuracy before the production process begins, saving time whilst avoiding costly material wastage.

SketchUp also has an important role to play in education. In courses relating to art and design, students and teachers can develop 3D models and diagrams for teaching or presentational purposes. Teachers can engage with students and maintain their interest by incorporating dynamic animations, walk-throughs or fly-overs. Considering teachers’ already tight schedules, incorporating SketchUp into lesson planning should not consume much time at all. As previously mentioned, SketchUp is intuitive, quick and easy to learn.

SketchUp for DIY Enthusiasts

Perhaps your plans are more structural?

SketchUp is well suited to your home extensions and loft conversions. SketchUp is trusted by professional building contractors and architects, meaning that any home modification you envisage should be easily handled in the software suite.

Structural modifications are streamlined and costly errors are avoided through SketchUp’s ability to incorporate all stakeholders, developing models to exacting standards. As a presentational tool, all those concerned will be able to envisage accurately how the final project will appear.

DIY projects are made realities with SketchUp, such as custom furniture designs, backyard playhouses and artistic sculptures. This intelligent software enables hobbyists to craft their inspirations, no matter how much complexity or realism is required. SketchUp acts as a virtual workshop where design ideas transition into reality. Self-expression is uninhibited, allowing DIY enthusiasts the ability to bring to life personalised creations.

We have touched upon furniture, buildings and structures, jewellery and art, yet SketchUp also works wonders with outdoor and landscaping projects. 

In adopting SketchUp you can transform wasteland or boring gardens into multi-tiered lush oases. Users can visualise multiple garden layouts and try a variety of flora options. Aesthetic projects such as this, which can involve a multitude of facets are developed quickly with SketchUp due to its ability to quickly produce a multitude of iterations. In addition, you can incorporate real-world context into your garden designs. You can import satellite imagery to see how your garden will look in the context of the surrounding nature, or neighbouring gardens.

SketchUp Tips and Tricks for Personal Projects

Explore SketchUp’s advanced techniques such as;

  • Organic modelling.

Organic modelling is utilised for curvilinear designs. This works perfectly for non-uniform shapes that can be found in nature. Objects such as plants and landscapes.

  • Parametric modelling.

Parametric modelling is useful for customizable objects. It is a non-native feature of SketchUp but is often used to alter models by pushing or pulling surfaces.

By exploring native features and plugins,  you will elevate your projects, enabling more complexity and possibilities as you practise.

Conclusion: Empowering DIY Enthusiasts with SketchUp

Elmtec hopes that this blog has been informative and provided some clarity on what SketchUp can provide to your projects.

SketchUp is an intuitive platform that will help you envisage your DIY projects, and save you money in avoiding costly mistakes, whilst allowing you to seamlessly incorporate all interested stakeholders.

Elmtect is now offering a free trial for SketchUp.

We advise you to explore Elmtec’s case studies and blogs to see how others have leveraged SketchUp to their advantage.

If you have any questions at all about SketchUp for personal use, please feel free to reach out to our advisors on 01844 263 750.

Bridging the gap between Enscape & V-Ray With Karina Reid

My name is Karina Reid. I am a married Mother of two wonderful little girls. I have been working and living in Ireland for the past 8 years. I am an Architect and designer with over 20 years experience in the business. Since 2016 I have been using V-Ray and quickly fell in love with the software after I designed and rendered my first living room project. I have never stopped studying and teaching others how to use V-Ray. I find it incredible how realistic one space can become when using the V-Ray software.

I have worked in the architecture space for over 10 years now in residential and commercial spaces and it has always be an ever changing struggle to showcase plans and ideas to give our clients a visual representation and bring their visions to life.

I initially started using V-Ray a few years ago and loved the detail I could get in my designs from it, I eventually brought in Enscape to create simpler and real time designs during the early design phases. Both of these integrate perfectly with SketchUp when creating the 3D models.

When I am prepping my images and visuals for a client presentation I like to have Enscape open on another screen so I can make edits in real time within my 3d model, this is how I get get my final designs perfect. I will also use Enscape on smaller projects if I need to save time on producing a final render.

When using V-Ray I prefer to create larger projects, commercial spaces and high resolution images, rendering in high quality and the type of materials I can create in V-Ray take longer to create but have a better (in my eyes) end result.

It’s funny because I use both platforms to make sure I create the perfect visualization for clients, but most of the time they are wowed by the 3d model alone! 

As I am representing myself with these designs I can be very picky with the end product, being able to view real time in Enscape while I work and then render for higher quality and more photo realistic designs in V-Ray creates a killer combo that wows my clients, especially in the commercial space.

Being able to create some create videos in Enscape to show clients enable the projects to be approved a lot quicker, before I used any rendering it would take 10-20 attempts for a design to be approved by the client, now it is almost instant.

We hope you have enjoyed this blog… That it has been informative and useful.

Follow the useful links below for further resources:

V-Ray 6 7-Day Free Trial

Enscape 14-Day Free Trial

SketchUp Pro Free 7-Day Trial

Extensions available through Elmtec

BIM for Heritage Buildings

The Tower of London, an iconic landmark on the banks of the River Thames, represents a millennium of British history. This celebrated fortress, palace, and prison testifies to stories of triumph and tragedy. The preservation of heritage buildings, such as these, is complicated by myriad factors. Available skills, materials and funding complicate matters. However, conserving legacy is a duty and a pledge to protect our emotional connection to our ancestry.

Heritage buildings signify our history and culture. Modern sustainable and technology-driven methodologies ensure their stories survive, retaining our connection with the past, and forming a meaningful future.

This blog proposes to outline the imperative role of Building Information Modelling (BIM) technology in the preservation of heritage buildings, exploring the details of BIM applications, including 3D scanning and virtual restoration.

A product distributed by Elmtec, SketchUp transforms heritage preservation by enabling 3D modelling, visualisation, documentation, and collaboration, optimising the digital representation and conservation of historical buildings.

Understanding BIM in Heritage Preservation

What is BIM?

Building Information Modeling (BIM) encompasses the management of the digital representations of a physical structure and its functional characteristics. Surpassing visuals alone, BIM captures data about materials, structures, and historical elements. 

Elmtec’s advanced tools, such as SketchUp, improve the modelling experience and support accuracy in heritage preservation projects. 

At this point, we should acknowledge that BIM is a methodology that relies on a range of tools and technologies to achieve its objectives.

The preservation of heritage buildings proposes unique challenges. Intricate architecture, structural decay, and the necessity for period-accurate restoration present complications. The adoption of BIM methodologies, in unison with Elmtec’s portfolio, combat these challenges. 

BIM opens the door for the precise documentation of architectural nuances and helps gauge structural vulnerabilities. Geometric data such as dimensions, linear measurements and volumetrics, can be incorporated and underpin historically accurate restoration, promising the preservation of our legacy.

BIM Tools and Techniques for Heritage Buildings

3D Scanning and Modelling captures intricate details of heritage buildings with precision, aiding accuracy in restoration. When integrating BIM principles through SketchUp’s user-friendly interface, scans translate into detailed 3D renders.

Historical documentation is relied upon throughout the preservation of heritage buildings. By importing archival materials like photos and sketches into digital models, a comprehensive archive can be assembled. This archive enables restoration by documenting original features, ensuring the sympathetic replication of a building’s historical facets.

BIM technology fosters a culture of collaboration by uniting diverse skills, facilitated through real-time data sharing. Architects, conservationists, and experts collaborate instantaneously, promoting efficiency, whilst negating miscommunication, delays, confusion and conflicts.

Leverage BIM methodologies through SketchUp’s rendering features, with Elmtec’s support. This collaborative strategy allows for the dynamic assessment of heritage sites, securing the preservation of a building’s authenticity.

Future Prospects and Challenges in BIM for Heritage Buildings

Future adaptations in BIM-centric technology are anticipated to transform heritage preservation. The development of augmented reality (AR) is poised to offer immersive experiences, allowing experts to interact with and visualise how structures were, are, and are planned to be. 

Real-time collaboration tools will further facilitate experts, without regard to geographical location, to work on projects in synchronicity. When combined with SketchUp’s future-proof, intuitive platform, these innovations will create an ecosystem that promotes the safeguarding of heritage buildings.

Imagine wearing an augmented reality headset while exploring an ancient village or Roman ruins. Through AR, you can step into a virtual world that immerses you in the daily lives of ancient civilisations. This immersive experience provides experts, amongst other stakeholders, with a deeper connection to the past.

It’s essential to respect cultural sensitivity throughout the representation of heritage buildings and sites. Awareness of the cultural and historical context is imperative to ensure accurate, truthful, and respectful depictions that pay tribute to the values of associated communities.

Building Information Modeling (BIM) helps promote cultural and Ethical sensitivity, in digital representations, in a variety of ways:

  • Accurate Historical Documentation: BIM enables the accurate documentation of historical and architectural details, ensuring precise representation.
  • Collaboration: BIM principles are built on collaboration. Historians, archaeologists, cultural experts, architects, and digital designers simultaneously work through the same methodology to guarantee a comprehensive and culturally sensitive result.
  • Data Integration: BIM can imbed cultural and historical data into the digital representation, meaning that the representation respects the beliefs, and practices of both ancient and existing communities.
  • Feedback Loops: BIM facilitates feedback from consultants, promoting the continuous improvement of the digital representation.

SketchUp supports cultural sensitivity by offering a platform for collaborative adjustments, and visualisation, ensuring digital representations respect values.

Conclusion

Building Information Modeling (BIM), supported by Elmtec alongside SketchUp, stands as a powerful guardian of heritage sites and buildings. This union promises precision in 3D scanning, archival documentation, and restoration through efficient collaboration.

Architects, historians, and communities are urged to actively explore Elmtec and SketchUp’s integrated solutions, leveraging technology and cultural sensitivity to ensure the accurate and sustainable conservation of our shared heritage. Together, let’s safeguard the emotional connection to our ancestry and preserve the stories within heritage buildings.

Explore the comprehensive portfolio of Elmtec, learn more about SketchUp capabilities, and feel free to reach out if you have any queries about BIM methodologies.

V-Ray 5 vs V-Ray 6: New Features, Collaboration & Speed

In the ever-changing realm of digital design, making the correct choice of rendering software proposes a critical decision, defining the outcome of your 3D renders. Amongst the abundant options, V-Ray 5 vs V-Ray 6, are significant players, setting new benchmarks for the design industry. Here we recognise the importance of such tools in creating stunning, life-like renders.

With a deep history as a prominent rendering software, V-Ray by Chaos has consistently pushed the limits of what’s possible in digital design since its release in 1997. Continuous improvements and updates have consistently piqued designers’ curiosity.

This blog dissects V-Ray next vs V-Ray 6 features, and breaks down what’s new:

  • Live visualisation with V-Ray Vision.
  • Post-render light adjustments with Light Mix.
  • Chaos Scatter.
  • V-RayEnmesh.
  • Advanced material creation with V-RayUVWRandomizer.

Join Elmtec as we explore V-Ray 5 vs V-Ray 6, and discover what’s new.

Exploring the Evolution of V-Ray Rendering

The release of V-Ray 5 brought with it significant improvements, revolutionising digital design with enhanced ray tracing for lifelike lighting and shadows.

By employing LightMix, in the new V-Ray Frame Buffer, designers are free to tweak lighting conditions post render, promoting creativity through experimentation. Furthermore, The Layer compositor in V-Ray 5 allows accurate adjustments and final adjustments for your renders directly within Frame Buffer, removing the necessity for a separate post-processing application.

V-Ray 6, however, focuses on collaborative tools, contributing real-time project sharing and cloud rendering, catering to modern collaborative demands. A strengthened compatibility with Enscape and new ability to add stickers and labels to textured features elevates realism dramatically.

Additional remarkable features include enhanced contour rendering, and tools like V-RayUVWRandomizer for impressively realistic materials. Improved capabilities for masking lens effects and denoising, streamlined workflows, and powerful GPU rendering transform the rendering landscape.

Enhanced Collaboration Tools

V-Ray 5 boasts robust collaborative tools, such as Project Management and Chaos Cloud, aiding effective teamwork and project monitoring. These features enable efficient communication, as bolstered by positive user feedback.

The theme of collaboration is built on, with upgraded tools in V-Ray 6, specifically regarding real-time project sharing and collaborative rendering. These additions are powerful in enhancing communication and workflows, especially for remote or larger teams. Performance testing of new features within V-Ray 6 has shown nuanced improvements in shadows and lighting conditions.

Considering the inclusion of real-time rendering, with V-Ray Vision, both V-Ray 5 and V-Ray 6 can claim broad collaborative solutions, guaranteeing a smooth design process.

Speed Optimisation in Rendering

V-Ray 5 exhibits impressive rendering speeds, especially in dealing with intricate scenes. Upgraded GPU rendering and adaptive algorithms have dramatically enhanced rendering times, boosting efficiency, and permitting rapid rendering in complex situations.

V-Ray 6’s speed improvements really set new standards. V-Ray 6 offers optimised ray tracing algorithms and amplified GPU acceleration, promising a significant reduction in rendering times, perfect for time sensitive projects.

V-Ray 6, is provided with NVIDIA’s Ampere, Turing, and Pascal GPUs, and has undergone stringent performance testing, posed in a variety of scenarios. Recognising V-Ray 6’s advanced rendering speed, we witness a twofold improvement in IPR, and the impactful use of a second GPU assigned to denoising for quicker results.

Both V-Ray 5 and V-Ray 6 demonstrate a commitment to speed improvements, helping digital designers working to complex, time-critical projects.

New Features Transforming the Rendering Landscape

V-Ray 5 has undergone advanced denoising, adaptive dome lights, and GPU rendering upgrades, for the efficient handling of complicated renders. Its superior denoising produces pristine outputs for architectural models, while dynamic adaptive dome lights elevate scene illumination, engaging clients with photo-realistic designs. GPU rendering improves efficiency, polishing the overall rendering experience.

V-Ray 6’s new features include AI-driven denoising for exceptional clarity and texture randomisation, facilitating realistic material creation. Intelligent light mixing for precise scene illumination control allows the creation of any lighting scenario. These features combined improve rendering capabilities, showcasing V-Ray 6’s commitment to continuous improvement.

Features put through V-Ray 6’s performance testing comprise Chaos Scatter for realistic scenes, procedural clouds, and V-RayEnmesh for detailed geometry. Noteworthy improvements like Chaos Cloud Collaboration, an upgraded VFB, and faster Light Cache in V-Ray GPU feature a new, expansive, rendering toolkit.

In practical terms, these new features result in immaculate renders featuring realistic materials and minimal noise.

Conclusion and Decision-making Insights

By comparison, V-Ray 5 vs V-Ray 6 demonstrate advantages that respond to different demands, from the digital design community. V-Ray 5’s improved rendering speed and collaborative tools enable effective project management through robust cloud capabilities. By contrast, V-Ray 6 introduces features, such as AI-driven denoising and improved collaboration tools, transforming the rendering experience whilst delivering exceptional realism.

Designers and architects should contemplate project requirements and workflow, when considering V-Ray 5 vs V-Ray 6. Perhaps for those prioritising speed and collaboration, V-Ray 5 is a great option. However, V-Ray 6 shines as a reliable choice, for its pioneering features, providing advanced capabilities and realism.

Elmtec is always on hand to offer some support in decision-making or refer to our learning resources to gain more insights.

Achieving Luxurious Interior Design for Small Spaces

In the centre of a swarming city, a 400-square-foot flat feels like a cluttered shoebox. But with the right know-how and some creativity, it can be transformed into a luxurious haven. Clever storage solutions, multifunctional furniture, and perhaps pastel or lighter colours reinvent small spaces.

Urbanisation and the trend toward confined living spaces require innovative interior design solutions. Elmtec, a distributor of digital design solutions, understands this dynamic shift and rises to this challenge.

Visionary designs, enabled through Elmtec’s offerings, maximise functionality whilst remaining aesthetic, creating calming refuges on a bustling inner city backdrop.

Challenges and Opportunities in Interior Design for Small Spaces

Limited space presents unique challenges, demanding well-considered, creative solutions. Elmtec, through extensive experience, excels by highlighting the necessity of smart storage solutions, multifunctional furniture, and space-maximising layouts. Our original approach transforms challenges into opportunities, creating sophisticated yet practical spaces.

Here are specific examples of how Elmtec achieves luxury in small spaces, through its core principles and product portfolio:

  1. Materials choice: Elmtec suggests sourcing premium materials. Quality hardwoods, natural stone, and opulent fabrics can be opted for to create a feeling of luxury in small spaces. For example, install granite countertops in a kitchen or opt for leather upholstery in a living area.
  2. Lighting: Perhaps one of the more cost-effective methods of injecting some luxury into a small space; be conscious when choosing lighting. Ambient and accent lighting enhance the mood of compact interiors. Cleverly placed chandeliers make a statement, and concealed LED strips can introduce a warm atmosphere.
  3. Thoughtful Decor Choices: Elmtec recommends decor items that maximise the visual appeal of small spaces. Browse SketchUp‘s extensive 3D Warehouse to visualise an array of options. A large mirror in a small bedroom creates the illusion of more space. A tasteful artwork adds a touch of class and acts as a focal point in a living room. Be careful with colour selection, as darker colours can make a space seem smaller, especially when they are overhead.
  4. Multi-functional furniture, like a sofa bed or a coffee table with concealed storage, declutters a space. These pieces enhance both the functionality and aesthetics of small interiors, promoting minimalism.
  5. Space-Maximising Layouts: Intelligent layouts designed through SketchUp promote open floor plans and thoughtful furniture placement.
  6. Luxurious Additions: The inclusion of rich textures such as thick rugs, or silk curtains, might not necessarily create a feeling of space, but they will certainly add a sense of indulgence to small spaces.

By combining these components, you can manifest a luxurious atmosphere in any small space.

Space planning is a crucial aspect that stands as a pillar of interior design. Measuring dimensions and prioritising function over fashion; a carefully considered plan promises the best possible use of available space. Volume, structure and the intended use of a space are all key considerations. Designers and architects must ask themselves questions to ensure functionality.

Questions might include:

  • How many people will be using the space and what is the purpose?

  • What’s the plan for existing furniture?

  • Is there natural light available and what are the lighting requirements?

Consider using SketchUp to plan, trial different layouts, and design visually appealing spaces. SketchUp’s ability for top-down viewing makes the visualisation of small spaces convenient.

Designer James Knight loves the versatility of SketchUp and makes the most of its functionality in designing practical furniture for smaller spaces. Read more about his story.

Elmtec had the pleasure of interviewing Martin Nealson from Angel Martin Interiors. His insights on how he realises his creative designs through SketchUp are insightful and worth a read. 

Tips and DIY Ideas for Readers

The easiest and quickest way to enhance space at home is by decluttering. Be strict with yourself and prioritise what matters. As mentioned in the section above, choose furniture that isn’t too bulky and perhaps serves a multitude of purposes. Decorative storage chests can double as seating, with some cushions positioned on top.

Elmtec’s portfolio of products is to hand, aiding effective planning and design ideas, to realise your small space metamorphosis. Take advantage of Elmtec resources and products to make your space feel more open, comfortable, and luxurious.

Here are some more interior design DIY tips for small spaces, showing how you can quickly transform your home:

  • Vertical Storage: Use wall-mounted shelves, and vertical storage to maximise on those areas rarely accessed.
  • Foldable Furniture: Consider collapsible furniture. An extendable table only occupies more space when you have extra guests.
  • Mirrors: Large mirrors offer a sense of space and a touch of class.
  • Light Colours: By opting for soft, neutral tones, and avoiding heavy greens, reds and blacks, you make a space feel more open and breezy.
  • Translucent Pieces: Use glass or acrylic furniture. A glass coffee table doesn’t break the flow of a room, as you cast your eye across it. Perspex versions won’t break the bank either.
  • Dual-Purpose Rooms: Perhaps the guest bedroom could be co-defined as an office space.
  • Under-Bed Storage: Purchase bed frames that offer built-in storage, or make use of chests to declutter.
  • Elmtec Resources: Refer to Elmtec’s tools, blogs, and resources for inspiration.

Unleash your creative side with our budget-friendly DIY ideas, to make smaller spaces work for you.  

You are more than welcome to join Elmtec’s community to share your DIY creations and designs, we would love to see what you have done.

Conclusion: Elevating Small Spaces into Luxurious Havens

Elmtec shines in converting small spaces into luxurious havens through technology and creative design. Responding to the demand for luxurious urban dwellings in smaller spaces, Elmtec promotes strategic principles, enabled through its portfolio of products. SketchUp’s intuitive interface can play an important role in imagining your designs.

Elmtec hopes that the advice and tips offered will set you on your way to creating luxurious small spaces.

Explore our blogs and case studies for further inspiration, and don’t hesitate to reach out to our approachable team of designers.

About Elmtec

Elmtec have been the UK distribution partner for SketchUp since 2010, and service a network of UK and Irish resellers. We have over 22 years’ experience within the digital design community.

Contact Us

T: 01844 263 750
E: sales@elmtec.co.uk
W: www.elmtec.co.uk/sketchup