Sales & Marketing
ICE CLEANING MACHINE
ICE CLEANING MACHINE
CAD file optimization
CAD file optimization
Year
2025
Year
2025
Year
2025
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Intro
Engo-Ice manufactures professional ice resurfacing machines for hockey arenas and training facilities across North America and Europe. Like most manufacturers, their product design lived almost entirely in CAD. Accurate, detailed and completely inaccessible to anyone outside the engineering team.
Objective
Engo-Ice needed their machines available as optimized 3D assets, to use for web configurators, client presentations, and any other visual content their team wanted to create. The goal was to take their existing CAD files and produce deployment-ready models that their team could actually work with.
Three machines, ready for the web, without compromising visual quality.
Challenge
This is one of the most common problems we see with manufacturers: beautifully detailed CAD files that no one in the company can use. Engineering built them with precision tools for precision purposes. A CAD file isn't designed to load in a browser, respond to a configurator interface, or render in real time at a trade show.
Optimization is technical work, not just cosmetic.
"It's not only about the final visual quality. It's about what the file can do."
For Engo-Ice's machines, that meant reducing file size by up to 90–95% without degrading the visual output. It meant rebuilding geometry to perform under real-time constraints, creating physically accurate materials, building lighting environments, and adding surface details (stickers, markers, panel finishes ) that make the model look as a real machine, not a render.
Every decision had to serve two goals simultaneously: look right, and load fast. Getting those goals to coexist is where the real work happens.
Result
We delivered three fully optimized machines with realistic materials, lighting, surface details, reduced geometry, all ready for deployment. Engo-Ice's team took those assets and built configurators that are now used in client and prospect presentations.
The result wasn't just better-looking content. It was content their team could actually create independently, without coming back to the engineering files every time. The CAD work that already existed finally had a path to the rest of the business.
That's the shift optimization makes possible.
Latest Projects
Sales & Marketing
ICE CLEANING MACHINE
ICE CLEANING MACHINE
CAD file optimization
CAD file optimization
Year
2025
Year
2025
Year
2025
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Intro
Engo-Ice manufactures professional ice resurfacing machines for hockey arenas and training facilities across North America and Europe. Like most manufacturers, their product design lived almost entirely in CAD. Accurate, detailed and completely inaccessible to anyone outside the engineering team.
Objective
Engo-Ice needed their machines available as optimized 3D assets, to use for web configurators, client presentations, and any other visual content their team wanted to create. The goal was to take their existing CAD files and produce deployment-ready models that their team could actually work with.
Three machines, ready for the web, without compromising visual quality.
Challenge
This is one of the most common problems we see with manufacturers: beautifully detailed CAD files that no one in the company can use. Engineering built them with precision tools for precision purposes. A CAD file isn't designed to load in a browser, respond to a configurator interface, or render in real time at a trade show.
Optimization is technical work, not just cosmetic.
"It's not only about the final visual quality. It's about what the file can do."
For Engo-Ice's machines, that meant reducing file size by up to 90–95% without degrading the visual output. It meant rebuilding geometry to perform under real-time constraints, creating physically accurate materials, building lighting environments, and adding surface details (stickers, markers, panel finishes ) that make the model look as a real machine, not a render.
Every decision had to serve two goals simultaneously: look right, and load fast. Getting those goals to coexist is where the real work happens.
Result
We delivered three fully optimized machines with realistic materials, lighting, surface details, reduced geometry, all ready for deployment. Engo-Ice's team took those assets and built configurators that are now used in client and prospect presentations.
The result wasn't just better-looking content. It was content their team could actually create independently, without coming back to the engineering files every time. The CAD work that already existed finally had a path to the rest of the business.
That's the shift optimization makes possible.
Latest Projects
Sales & Marketing
ICE CLEANING MACHINE
ICE CLEANING MACHINE
CAD file optimization
CAD file optimization
Year
2025
Year
2025
Year
2025
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Industry
Industrial manufacturing
Intro
Engo-Ice manufactures professional ice resurfacing machines for hockey arenas and training facilities across North America and Europe. Like most manufacturers, their product design lived almost entirely in CAD. Accurate, detailed and completely inaccessible to anyone outside the engineering team.
Objective
Engo-Ice needed their machines available as optimized 3D assets, to use for web configurators, client presentations, and any other visual content their team wanted to create. The goal was to take their existing CAD files and produce deployment-ready models that their team could actually work with.
Three machines, ready for the web, without compromising visual quality.
Challenge
This is one of the most common problems we see with manufacturers: beautifully detailed CAD files that no one in the company can use. Engineering built them with precision tools for precision purposes. A CAD file isn't designed to load in a browser, respond to a configurator interface, or render in real time at a trade show.
Optimization is technical work, not just cosmetic.
"It's not only about the final visual quality. It's about what the file can do."
For Engo-Ice's machines, that meant reducing file size by up to 90–95% without degrading the visual output. It meant rebuilding geometry to perform under real-time constraints, creating physically accurate materials, building lighting environments, and adding surface details (stickers, markers, panel finishes ) that make the model look as a real machine, not a render.
Every decision had to serve two goals simultaneously: look right, and load fast. Getting those goals to coexist is where the real work happens.
Result
We delivered three fully optimized machines with realistic materials, lighting, surface details, reduced geometry, all ready for deployment. Engo-Ice's team took those assets and built configurators that are now used in client and prospect presentations.
The result wasn't just better-looking content. It was content their team could actually create independently, without coming back to the engineering files every time. The CAD work that already existed finally had a path to the rest of the business.
That's the shift optimization makes possible.