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Ansell Lighting supports students at Warrington & Vale Royal College

Company provides support and resources to students and apprentices at Warrington & Vale Royal College

Leading lighting designer and manufacturer Ansell Lighting has joined forces with Warrington & Vale Royal College to provide support and resources for electrical apprentices and full time students.
Ansell has built a strong relationship with the college, with team members undertaking regular talks and presentations to the students on the latest lighting technology and products.

The college is also keen to build relationships with industry partners in order to help students and apprentices to learn more about lighting and electrical products and help them build their knowledge.
Now Ansell has supplied a series of product boards including downlights, retail and commercial fittings, emergency lighting packs and its own smart OCTO lighting technology, to be displayed within the College and for the students can interact with.

Each board has information about the luminaires and their benefits, as well as a working product attached to it.

Mike Talbot, Sales Director at Ansell, said: “As a manufacturer we recognise the importance of investing in and supporting the next generation of electricians and installers, at a time when there has been talk of skills shortages within the industry.

“We have worked on a number of projects with colleges across the country but in this instance it has been especially great to support students and apprentices local to our Warrington headquarters.”

Karl Hill, Subject Leader for Electrical Installation at Warrington & Vale Royal College, said: “It was an absolute pleasure to welcome Ansell Lighting to our Warrington campus last week. We are very grateful for the donation of various product boards, which will be displayed in our brand-new electrical workshops, as they will help our students gain a better understanding of how these fittings work, setting them up perfectly for their careers after college. We look forward to collaborating more with Ansell Lighting in the future!”

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industry updates

The Future of Lighting: The Role of Behavioural Development in Effective Leadership

By Teresa Beazley, Commercial & Training Manager at The LIA.

The Lighting Industry Association (The LIA) stands as the UK’s largest trade association for the lighting sector, driving the industry’s progress with a mission to “empower light to illuminate tomorrow.” Our commitment to Connect, Support, and Represent is evident in all that we do, especially through our latest initiative: a range of behavioural development courses designed to support the next generation of transformational leaders in the lighting sector.

We face a critical skills shortage, and our industry must rise to meet the challenge this presents, now, and over the next decade. This is not just a matter of technical skills, it extends to the behavioural competencies that underpin effective leadership, which is why The LIA has developed a range of learning programmes.

Building Core Behaviours for Transformational Leadership

At the heart of our offering are nine core behaviours, grouped into three critical areas: Inner-Strength, Values, and Relationships. Each course has been designed to align behavioural development with leadership effectiveness, for example, by enhancing Agile Thinking and Resilience, we lay the groundwork for leaders who can navigate the evolving lighting sector. Emotional Intelligence, another key focus, ensures we have smart, empathetic, and emotionally attuned figureheads to guide their teams.

Our courses in Values emphasise Strategic Vision and Ethical Judgement—vital leadership traits for those who must make tough decisions in an industry where innovation and sustainability are paramount. We also focus on Relationships, offering courses on Effective Networking and Collaboration to ensure that our leaders can build strong, cooperative teams that drive the industry forward.

These foundational behaviours are the first steps toward developing transformational leaders who will inspire and guide organisations through the complexities of the modern lighting landscape.

Unique Learning Experience Tailored to Your Needs

The LIA’s behavioural development courses are designed with flexibility in mind. Delivered through our Online Learning Portal, these courses are accessible anywhere, tailored to fit around your existing personal and professional commitments. This flexibility ensures that no matter where you are in your leadership journey, you can continue to develop the skills needed to lead effectively in the sector.

We encourage all participants to engage fully in the discussion elements of each program, providing an opportunity to network with peers and build a community. In addition, each course comes with a suite of resources and templates, enabling learners to apply their new skills immediately in their professional roles.

What Next?

As the lighting industry braces for the challenges ahead, the need for skilled, effective leaders has never been greater. By enrolling in our behavioural development courses, you are not just investing in your future—you are contributing to the future of the entire industry.

Don’t wait for the change to come to you. Be the change. Book your place on one of our courses when they go live on the 1st September and take the first step towards becoming a transformational leader in the lighting sector.

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industry updates

Pharos enhances immersive experience at Printworks, Manchester

Printworks, Manchester, UK

The vision for Europe’s largest digital ceiling has become a reality thanks to a lighting control system from Pharos Architectural Controls.

Printworks is a vibrant entertainment and leisure complex, located in Manchester’s retail district. With venues including a gym, cinema, bars and entertainment spots, the site is a buzzing place to visit during the day and at night.

An extensive refurbishment of the Printworks site incorporated the installation of a mesmerising 1000m² screen on its ceiling, the first of its kind in Europe. Multi-disciplinary consultancy Cundall were appointed to deliver the project, bringing Pharos on board to specify and supply the control element of lighting that works in harmony with the animated ceiling.

The brief evolved from a white light solution with no colour changing fixtures to a fully dynamic and immersive show including RGBW fixtures. Each piece of video content on the ceiling has a unique lighting sequence that runs parallel to the visuals. To achieve these stunning lighting effects, a Pharos Designer LPC 4 (Lighting Playback Controller 4) has been utilised, alongside two Designer RIO D (Remote Input Output DALI) devices. These deliver the feature lighting for the internal mural, working in harmony with a set of gobo projectors.

The Designer LPC is an award-winning solution, designed to offer complete reliability even when in use 24/7. Featuring individually controllable and independently running timelines and scenes, the LPC is ideal for delivering fully customisable pre-programmed lighting effects for rich and engaging experiences. This made it the ideal choice for the Manchester Printworks.

The Designer RIO D provides a convenient and scalable way to control DALI fixtures and ballasts from a Pharos Designer control system. Each RIO D supports a single DALI bus, which can be used as an output for control and as an input for triggering.

The whole site is connected to Pharos Cloud, providing simple, secure remote lighting installation control and management, from any Internet-connected device, anytime, anywhere in the world.

Experience Lighting, specialists in system integration, designed the control system and provided support to electrical contractors Performance Electrical Ltd, who carried out the onsite works and provided the hardware. The digital ceiling was installed by AV specialist ADI, who also animated the content in collaboration with Manchester based CGI, animation and visual effects specialists Flipbook Studios.

Ryan Sainsbury, Regional Sales Manager for UK & Northern Europe at Pharos Architectural Controls said: “The addition of this vast digital ceiling has really brought Manchester Printworks to life. It’s drawing in the crowds to this entertainment spot and is a visual that must be seen to be truly appreciated.

“Effects like these can only be achieved with impeccable synchronisation of lighting and video content. The solutions from Pharos are ideally placed to deliver this, as they provide everything needed for this large-scale, dynamic AV show.”

Maria Jenkins at Experience Lighting said: “The digital ceiling at Manchester Printworks is incredibly impressive. It took an expert project team to bring it to fruition, and together we have delivered a unique experience. It will no doubt make Printworks an even more appealing place for those living in the city as well as tourists and visitors.”

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Industry Leaders to Gather for a Full Day of Networking, Education, and Innovation

The DALI Alliance, the global industry organization for DALI, the internationally-standardized protocol for digital communication between lighting control devices, is elated to announce the first-ever North American DALI Summit, set to take place on October 30, 2024, at the Metropolitan Pavilion in New York City.

The Summit promises a dynamic agenda featuring a range of topics surrounding sustainability, smart buildings, DALI-2 certification, D4i use, and the integration of DALI with building management systems.

Attendees will benefit from expert-led presentations, interactive workshops, and panel discussions designed to address the current challenges and opportunities within the lighting industry.

Key Highlights:

• Explore the Latest DALI Technologies and Applications: Gain insights into cutting-edge innovations and practical implementations in the field of DALI lighting control.

• Network with Leading Figures and Peers: Connect with industry experts and fellow professionals to exchange ideas and build valuable relationships.

• Earn Continuing Education Units (CEUs): Participate in selected sessions to earn CEUs and enhance your professional development.

Paul Drosihn, general manager for DALI Alliance, said: “This is the first time we have brought the DALI Summit to North America, and we are excited to connect with our peers and friends in the industry to share knowledge and best practices. We have listened to the feedback from our members and we are committed to open up our knowledge base and share expertise on DALI technology. The summit is a key part of our efforts to expand the educational opportunities available to our members and other stakeholders. We are looking forward to sharing this special event with members of the lighting industry.”

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industry updates

Széchenyi Chain Bridge, Budapest, Hungary

In the Hungarian capital city of Budapest, the Széchenyi Chain Bridge has been given a new lease of life following extensive renovations and the introduction of a decorative lighting system controlled by solutions from Pharos Architectural Controls.

The bridge, which opened in 1849, crosses the Danube River and connects the western ‘Buda’ to the eastern ‘Pest’ parts of the city. The refurbishment works dealt with large areas of rust and deterioration; treating the painting and the railings. The structural elements of the bridge have also been replaced and repaired. Furthermore, the bridge will no longer allow for cars to pass over – instead, traffic is limited to taxis, buses, cyclists and pedestrians.

The improvement works have also seen the modernisation of the bridge’s lighting, with the replacement of 1,180 outdated luminaires. The new LED lighting is controlled by a system from Pharos, which not only allows for decorative, full colour spectrum lighting, but also supports a reduction in power costs. This upgrade has been achieved while retaining the lighting aesthetic of the historic bridge and remaining faithful to the structure’s heritage.

The new system was designed and installed by Lisys Projects; an LED lighting specialist across the architectural and entertainment sectors in Hungary. The team from Lisys Projects specified technologies from Pharos in the knowledge that their solutions would meet all the specific requirements of this grand old structure, and reassured by the fact that Pharos is known for reliability and longevity – perfect for external, large-scale installations, such as this one.

The main decorative lighting controller is a 20-universe Pharos Designer LPC X (Lighting Playback Controller X). The LPC X is an award winning, reliable and robust solid-state lighting controller that features individually controllable and independently running timelines and scenes. The LPC X offers an extreme level of power and integration, making it the ideal lighting control solution for landmark lighting installations that require significant channel counts.

Completing the system are four 20-port Pharos Designer EDN (Ethernet Data Node) remote devices for eDMX distribution across the span of the bridge, and a Pharos Designer BPS (Button Panel Station).

The EDN is an easily configurable networking node that is specifically designed to add physical DMX ports to Pharos Designer controllers and integrates natively with the full Pharos Designer range. Offering manual override, the BPS is a versatile eight-button wall station with integrated button LEDs that works with any Pharos Designer Controller.

The bridge can now be illuminated in an array of colours to commemorate and celebrate national and international calendar events. This was not possible with the outdated lighting system, and it is an exciting prospect for the city of Budapest to have a large canvas to visually honour and support special occasions.

Gábor Nyéky, Project Engineer at Lisys Projects said: “The Széchenyi Chain Bridge is very famous in Hungary, so it was a privilege to be part of the project team to breathe new life into it. The new, energy-efficient lighting scheme not only looks great, but it’s also much better for the environment. And, thanks to the control system from Pharos, the bridge can play a key role in the city’s celebrations with dynamic lighting shows.”

Mark De Gruyter, Sales Director at Pharos Architectural Controls added: “The Széchenyi Chain Bridge is not only a stunning architectural feature of Budapest, it serves as a main route to cross the Danube River. As a historic structure, the improvement works were much needed.

“Not only has the system from Pharos supported better energy efficiency for the bridge, it has enabled the incredibly impressive architecture with a new lease of life and looks remarkable when it is bathed in a variety of colours.”

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CU Phosco, E950 Hits 100,000 Units Sold

CU Phosco, the largest family-owned UK designer and manufacturer of outdoor lighting equipment, proudly announces the sale of its 100,000th E950 luminaire. This milestone marks a significant achievement for the E95X range, which has been a cornerstone of efficient and reliable street lighting solutions since its official release in June 2020.

E950: Innovative Outdoor Solutions for Modern Lighting Needs

The E95X range, comprising the E950 and E951 luminaires, offers high-quality, cost-effective solutions for replacing existing sodium discharge and compact fluorescent lights on minor roads. With various configurations, including Low Power (LP) and High Power (HP) options, and multiple colour temperatures (2200K, 2700K, 3000K, and 4000K), the E95X is versatile enough to meet a wide range of lighting requirements. Notably, the range recently received DarkSky accreditation, reinforcing CU Phosco’s commitment to environmentally friendly lighting schemes.

Matt Murray, Sales & Marketing Director at CU Phosco, reflected on the milestone: “Reaching the 100,000 unit mark is a significant achievement for us. The E950 has proven itself as a reliable, cost-efficient option for local authorities, providing functionality and outstanding performance with minimal fuss”.

Since its first order, which went to a project in Brighton, the E950 has been a reliable solution for various locations, including East Sussex, Suffolk Highways, Pembrokeshire, Brighton & Hove, and South Gloucestershire. The product has demonstrated a remarkable performance record with only 67 confirmed failures in the field to date, equating to an impressively low failure rate of approximately 0.067%. This is equivalent to a reject rate of 670 units per million sold, which can be considered world class within the sector.

Looking Ahead

As CU Phosco continues to innovate and refine its offerings, the company remains dedicated in its commitment to providing advanced, cost-effective lighting solutions. The success of the E950 is a testament to this commitment, and CU Phosco looks forward to celebrating many more milestones in the years to come.

In recent months, we have added PhosLInk the small power adaptor designed for the E95X luminaire range. PhosLink offers an unprecedented level of power adjustability and efficiency for outdoor lighting applications, empowering customers to tailor the power output of their luminaires to suit specific project requirements, directly on-site or within their depots. As a result, customers can benefit from more streamlined stock management with the flexibility to adjust the lumen output as necessary either in the workshop or on site, and greater adaptability in their inventory holdings.

CU Phosco has also recently launched affordable finance options with the Asset Finance and Lighting as a Service designed to support customers in today’s tough operating environments. Initially available for their UK-based specifiers, the bespoke funding packages, developed in collaboration with Siemens Financial Services, are tailored to help customers update their lighting and columns, including high masts, while effectively managing their profit and loss (P&L).

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Zumtobel Unveils AGILIO Motorised LED Spotlights: Dynamic Light for Agile Exhibition Spaces

Zumtobel is proud to announce the launch of the AGILIO motorised LED spotlight, a
revolutionary advancement in display lighting.

Developed in collaboration with German Light Products GmbH (GLP), a leader in innovative
spotlights for the show and event industry, the AGILIO spotlight was designed to address the
real-world challenges faced during a live customer project for the Porsche Museum in
Stuttgart. This state-of-the-art spotlight effortlessly creates captivating lighting scenes,
offering unparalleled flexibility and control to meet the evolving needs of diverse exhibition
spaces.

Innovative Features and Superior Design

The AGILIO spotlight stands out with its sleek design and cutting-edge technology,
outshining other motorised spotlights on the market. It seamlessly blends the functional
demands of the show and events industry with the aesthetic preferences of architects and
designers. "The AGILIO spotlight packs complex technology into an attractive design that
leaves other motorised spotlights in its shadows," says Peter Kovac, Head of Product
Management Downlights, Spots, and Systems at Zumtobel.

A New Standard in Exhibition Lighting

High-quality lighting is essential for successful exhibition design, guiding visitors' attention,
creating the right atmosphere, and enhancing the perception of displayed objects. Traditional
methods can be costly, time-consuming, and prone to error. Zumtobel's AGILIO spotlight
addresses these challenges by providing optimal light experiences, especially in spaces with
high ceilings and frequently changing installations. Ideal for retail displays, public office
foyers, historic buildings, stages, and museums, the motorised functionality of AGILIO allows
control from the ground, eliminating the need for costly and risky manual adjustments.
Unmatched User Benefits

AGILIO combines motorised spotlights with app-based control, offering flexibility and
sustainability. Temporary exhibitions can be illuminated harmoniously with minimal staff input
and technical work. The latest LEDs and optical systems enhance energy efficiency, while
the spotlight's extensive range of motion—225° horizontal rotation and 120° vertical
tilt—ensures maximum flexibility for individual settings. The 16-bit data transfer guarantees
precise and smooth movements.

Key Features for Convenience and Flexibility

– Motorised Zoom Lens: The zoom lens provides variable lighting angles between 15° and
35°, steplessly adjustable with 8-bit data transfer.

– Dimming Function: Offers 1–100% dimming capability for flexible and precise illumination.
– App-Based Control: Available on Android and iOS devices, the AGILIO app enables
intuitive control of pivoting, tilting, zooming, and dimming processes, ensuring perfect
alignment of LED spotlights without prior knowledge.

– Wireless and Wired Control Options: Includes Bluetooth wireless iQ.Mesh, DMX protocol
control via CRMX (wireless) or DoP (wired), reducing installation costs and effort.
– Uniform Light Intensity and Colour Rendering: High luminous flux (up to 5000 lumens)
with Ra>=96 for excellent colour rendering, minimal light scatter, and reduced shadowing.
Available in warm white (3000 K) and neutral white (4000 K) with Ra>=96, R9>80.
– Design and Durability: Slim cylindrical housing made from die-cast aluminium with black
or white microtextured paint, seamlessly blending into exhibition spaces. Side slits ensure
optimal ventilation, extending the LEDs' lifespan.

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Market Leading Manufacturer Light Forms Illuminates New Manière De Voir Flagship Stor

Following a number of successful years as an online-only fashion brand, Manière De Voir recently expanded its reach with the opening of a physical store on Oxford Street, London. An accomplished project team oversaw the construction and design, which included a number of luminaires from market-leading manufacturer Light Forms.

The fashion retailer was founded by former Manchester City and England under 20s footballer Reece Wabara. The brand is known for blending design and quality, offering investment pieces that stand the test of time.

While still playing professional football, Reece led the company in turning over £1m just in its first year of trading. Having moved on to solely focus on the retail business, under Reece’s direction Manière De Voir now secures more than £30m of revenue each year. The opening of the flagship London store was a significant step in the growth of the business.

Located above Bond Street Tube station, the space spans an impressive 5,189 square feet. Engineering expert Cundall Manchester led the project and began with a preliminary design to work towards. To ensure the project could be completed within budget, this design was value-engineered and scaled down.

The new iterations of the design ensured that the initial brief for multiple layers of light could be achieved yet blended with lower costs. A number of luminaires from Light Forms were specified to fulfil the scheme; creating a captivating retail environment that reflected the brand, while securing good value for money.

A CRI of 90 has been selected to offer high-colour rendering. This is ideal for a retail environment as it ensures a true reflection of the clothing and the colours, which is of benefit for those shopping and trying on the clothes. Cool white has been chosen, creating a clean and minimalist look and feel to the space, which aligns with the Manière De Voir personality.

The space features an interesting, mirrored ceiling, which adds contrast and reflects the light around the store in an effortless way. A linear lighting system with an integrated track blends form with function; offering sophisticated aesthetics and superb illumination. All of the track heads are adjustable on-site, meaning the light direction can be adapted to match the changing retail displays and reconfigured product showcases.

All fixtures have been supplied in 9016 RAL, ensuring the crisp, clean and minimalist look is carried throughout the space. The luminaires blend seamlessly into architectural features, presenting a high-end, yet welcoming, environment.

The electrical contractor for the project was Moyne, and the general contractor was QOB Interiors.

While the lighting scheme has delivered undoubtedly impressive results, there were challenges in achieving this. The lighting system is complex, with more than one light in one rectangular fitting, sized 4.5m x 1m. There are 25 of these fittings, with each one made to measure and bespoke to the retail space. Within each of these rectangular fixtures, there are four different light sources – linear, track, spotlight and emergency lighting.

In total, there are 25 of these rectangles over three floors; in combination, this is 300m of linear lighting from Light Forms.

Lighting control has been introduced into the space, via DALI 2.

Harry Prior, Managing Director at Light Forms, said: “Maniere de Voir’s first flagship store is a triumph; securing an enviable position on Oxford Street in an incredibly impressive building. It was an exciting project to be part of, especially as the brand’s founder has a clear vision and a fresh perspective on retail.

“The lighting needed to be completely bespoke to make the most of the space and deliver both aesthetics and functionality. We have achieved a great deal while working to the set budget, and at Light Forms we’re very proud of the results.”

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Education estates appoint Tridonic to deliver energy savings through improved lighting

As budgetary pressures continue to affect the education sector, schools and other establishments are looking for strategies to reduce overheads. Adding to this, the education sector is being urged to lower carbon emissions, to reduce environmental impact and lead by example to students and local communities.

This notable drive has been recognised by lighting connectivity experts Tridonic, who have seen an increase in enquiries and projects from across the education system. These projects are focused on improving and modernising lighting systems, to reap the benefits that newer technologies can deliver – especially when combined with controls and asset management.

For Tridonic UK, their Building Asset360 market approach sits at the heart of this. Focusing on the operational phase of the building life cycle, Building Asset360 views the lighting luminaire as an asset – much like a boiler – that provides data on its health and performance.

One of the key benefits for schools is that Building Asset360 is suitable for all types of buildings and is designed for a retrofit approach. With a large school and education estate in existence that needs improving, Tridonic has developed a solution that meets these needs.

This approach not only delivers exceptional luminance – benefitting from Tridonic’s 50+ years of experience as a lighting component manufacturer – it also provides valuable data and advantages throughout the entire lifecycle of lighting systems in buildings. The wireless system allows for a seamless and cost-effective retrofit approach, making it easier to save on expenses.

Tridonic Building Asset360 serves as a model to optimise a lighting investment, offering complete transparency of performance not just for the present but for the entire life cycle of lighting assets.

James Huntington, OEM controls and solutions manager at Tridonic, explains more: “Our primary goal is to assist our clients with a proactive approach to lighting asset management, striking the right balance between reactive and preventative maintenance, which we refer to as Intelligent Maintenance.

“The essence of the Building Asset360 solution lies not only in the available lighting data but also in the effortless access to this data through integration with BMS and third-party systems.”

Demonstrating the benefits of Tridonic’s approach, a 50% saving on energy costs was recently achieved through the introduction of a Tridonic lighting scheme at Eastriggs Primary School. The first stage of this was to replace the outdated lighting with energy-saving LEDs and Tridonic’s Casambi-enabled driver technology.

Compliance, ease of use, reduced maintenance and energy reductions were all at the heart of the scheme, while mindfully creating aesthetically pleasing lighting – achieved through the flexibility and controls of the Casambi system, via Tridonic’s basicDIM WIRELESS G2 and basicDIM Wireless User Interface products, creating a nurturing learning and working environment for children and staff alike.

The predictive maintenance and ease of diagnosis also means that facilities maintenance needs have been greatly reduced, which has related benefits to cutting emissions with reduced need for on-site callouts.

Recent university projects include St Andrews and University of Southampton. On both projects, Tridonic worked in partnership with Apollo Lighting to deliver improved lux levels, better efficiency and meet compliance targets.

At St Andrews, a modern transformation was required to the lighting scheme inside the newly refurbished main library. Tridonic’s suite of drivers, LED boards and emergency ranges were all employed to fulfil the objectives of the scheme, which needed to increase lux levels through replacement of the old fluorescent lamps, while reducing energy consumption.

James Huntington added: “Like much of the public sector, educational establishments are under increasing pressure to reduce overheads and carbon emissions. Our Building Asset360 ensures the best value can be achieved from lighting, delivering energy savings while maximising the lifecycle of each and every luminaire.

“It is not surprising that the education sector is one of the fastest growing areas among our client base. With a growing portfolio of experience, Tridonic is able to support clients across the education landscape and deliver energy and cost savings that will help to manage budgets and expectations over sustainability targets and measures.”

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Metaroom and DIALux tie up to Enhance Efficiency in 3D Modelling for Lighting Design

Partnership will enable users to instantly scan spaces and then experiment with lighting solutions to find the optimum design.

Salzburg, Austria; 13th August 2024: Metaroom by Amrax, a spatial 3D data capture company, has announced a partnership with the world’s largest lighting design software provider DIALux.

The tie-up will enable users to send 3D scan data from Amrax’s Metaroom solution directly to DIALux’s planning software. This new feature will be available from mid-September with the release of DIALux evo 13. This allows the fast creation of precise and detailed light plans for each room.

Scans* can be made in a matter of minutes on any Apple Pro device with a LiDAR sensor and then instantly imported into DIALux. At this point, users can experiment with scores of different factors to find the most cost effective, aesthetically pleasing, functional and sustainable lighting solution for their space. The partnership between Metaroom and DIALux aims to streamline the spatial design process for professional designers and consequently help to power innovation, sustainable design, and lower costs.

The Metaroom app is an advanced 3D scanning app, driven by the power of AI, LiDAR (Light Detection and Ranging), and SLAM (Simultaneous Localisation and Mapping) technologies. The tool enables professionals in spatial planning industries to envision and redefine spaces. The Metaroom solution is a workflow consisting of Metaroom app for capture and Metaroom Studio for optimisation before export. Through the Metaroom app users can scan rooms using an iPhone Pro or iPad Pro*. These scans are then uploaded to the cloud, generating true-to-scale 3D models within seconds. Users can then use the web application, Metaroom Studio, to enrich these 3D models with additional information before exporting, ensuring project-specific customisation and precision.

DIALux is the global standard in lighting design software, utilized by over 750,000 active users to design, calculate, and visualize lighting for both indoor and outdoor areas. Featuring real luminaires from over 412 DIALux members, users can create unique atmospheres and generate comprehensive project documentation. Available in 26 languages, DIALux supports a worldwide network of lighting professionals and adheres to the open BIM approach. The integration with Metaroom is also based on open BIM and IFC standards.

DIAL always prioritizes the needs of lighting designers in its feature development, aiming to streamline their workflows and simplify their tasks. By using Metaroom, lighting designers can save significant time when designing and placing luminaires. Projects can be conveniently downloaded from Metaroom Studio and imported into DIALux. The planning results can then be exported as an IFC model for the Open BIM process or other programs, significantly reducing the workload.

Martin Huber, CEO of Amrax, said: “Advances in 3D modelling, software and AI are combining to democratise design. Lighting designers and electrical planners now have access to powerful tools that significantly enhance efficiency, enabling them to serve more customers in less time. This is going to lead to a revolution in how buildings are designed and how we all interact with our built environment.
“Partnerships between cutting edge solutions like Metaroom and DIALux are key to powering this change. By creating an extensive ecosystem of lighting design solutions, we will significantly improve accessibility, reduce costs and bring spatial design to the mainstream.”

Dieter Polle, CEO at DIALux, said: “Simply scan the room with your smartphone and start planning right away. Wouldn’t that be fantastic? By integrating Metaroom into DIALux, this is now possible. The time-consuming task of constructing the geometry before starting the actual lighting design is eliminated. Martin’s team and their solution have convinced us. The integration follows our Open BIM strategy technologically. With this integration, we’ve made life a bit easier for lighting designers.”

Over 11.000 Metaroom users, including key players in the lighting, wireless planning and AEC industries, have registered through the Metaroom app and joined the Amrax B2B ecosystem dedicated to spatial design and 3D modelling.

*Metaroom app’s scanning functionality is currently compatible with all LIDAR-enabled Apple devices (starting from iPhone 12 Pro and iPad Pro 2020 generation devices). However, you can view or download shared 3D models directly in any web browser through Metaroom Studio.
The digital twin is created with the Metaroom app within minutes by using RGB and depth sensors from an iPhone or iPad Pro together with deep-learning neural networks. The accuracy of LiDAR sensors of the iPhone 14 Pro model is at 0.5-1%. The recognition range is approximately 5 meters.