Folding bikes
Option combinations beyond the catalog: product configurator
Part-by-part swaps, one-click folding, dimension callouts, and riding-fit analysis. A finished configuration produces a configuration card, a QR code, and a spec PDF.
(Polish 3D)
Interactive
3D.
3D systems that run directly in the browser, with no app to download.
Built with Three.js and WebGL; desktop, mobile, and AR / VR share one codebase.
(Capabilities)
Problems, in 3D.
Six 3D applications, each starting from an operational problem.
Wind power
Equipment cannot go on site: site and service showcase
Offshore turbines, a substation, a training center, and subsea cables in one scene, so business development can present each item online.
Higher education
Vast amounts of information: 3D map expo
National Taiwan University Overseas Education Expo, with 289 exchange schools combined on a 3D world map. In one edition, 2,000 students logged in within 7 days of opening, and views passed the previous full-year total in 10 days.
Four years of collaboration, 2022 to 2026
About 60 studentsIn-person event joined by students
→More than 12,000 studentsOnline expo joined through student logins
Signage and advertising
Finished signs cannot be confirmed in advance: sign showcase and photo simulation
Upload a logo and a storefront photo, then switch between five sign styles in real time. Photos are processed only in the browser, never uploaded to a server.
Catering
Hard to picture the whole setting: 3D dining table configuration
Swap a square table for a round one and the whole setting rearranges automatically. Six preset plans apply in one click, and selections are saved back to the same order.
Architecture and real estate
Scattered property information: a viewing path through tower, floor and unit
Pick a unit floor by floor from the whole tower, enter the interior 360 panorama, then open the surroundings and day-night views.
(Industries)
Where it fits.
Industries and use cases where 3D applies.
Shared traits: physical items are hard to transport, combinations are too numerous, or the space cannot be visited in advance.
- 01Architecture and real estateHousing developments, model units, and the surrounding area: browse by building, floor, and unit, and confirm the space online before a visit.In production
- 02Bicycles and light vehiclesOption combinations beyond a catalog: part-by-part swaps, folding motion, and dimension annotations, supporting analysis of riding fit.In production
- 03Cars and motorcyclesCombinations of body color, wheels, and aftermarket parts: appearance options previewed in real time, with the configuration taken back to the shop for discussion.
- 04Furniture and homeSize and placement are hard to imagine: material, dimensions, and space layout are confirmed before purchase.
- 05Energy and industrial equipmentThe physical equipment cannot be brought to the site: equipment structure, site, and service scope can be explained online, item by item.In production
- 06Education and exposAn exhibition with a huge volume of information: the map, booths, and each organization's information are combined in one scene, browsed item by item after login.In production
- 07Signage and retailThe finished result cannot be confirmed in advance: sign styles and storefront previews on a real photo, with the screen ready to bring to a proposal meeting.In production
- 08Catering and eventsTable types, tableware, and venue layout: the full table setup is confirmed before ordering, and the chosen options are saved back to the order.In production
- 09Culture and exhibitionsScenes and exhibits cannot be preserved long term: a physical venue becomes an online space that stays open to visits.In production
(Performance)
Built to run.
Performance figures and optimization methods on phones.
Every model starts with measurement, and features are layered on only after smooth performance is confirmed.
- Texture memory
- From about 681 MB to about 30 MB. Textures reduced from 4K to 2K, then compressed with KTX2.Before and after optimizationIn production
- First-screen model files
- From 26.32 MB to 21.18 MB. Data is slimmed down before compression, and memory use did not increase.Before and after optimizationIn production
- Fallback when it cannot run
- When the browser cannot run 3D, a static cover and the main links are shown automatically.Performance engineering
- Readable by search engines
- Text is written into the HTML before loading, and 3D loads only after the first screen is painted.Search and AI crawler readability for 3D websites
(Performance notes)
Each performance-handling method is written up as an article.
- 3D performanceWeb 3D Performance Engineering: Measurement, Budgets, and AcceptanceTo make a 3D website run smoothly, first measure where the bottleneck is, set budgets, choose the fix that matches that bottleneck, and accept the result against numbers that can be reproduced.Read article
- 3D performanceMeasuring Web 3D Performance: Common Errors and Methods That Hold UpA 3D performance number counts only when measured on a real GPU, after loading finishes, and from a run that returns to baseline. Compare two builds by interleaving runs and taking the median.Read article
- 3D performanceMemory Budgets for 3D on Phones: Which Features Stay on Mobile and Which Are Desktop OnlySet a memory ceiling for the whole session first, then convert textures, geometry, and caches into MB one by one. Features that push the total over the ceiling are downgraded or kept desktop only, not cut after launch.Read article
- 3D performanceWhen a GLB Is Too Large: Start With Textures, Not GeometryAn oversized GLB usually comes down to textures, not geometry. A small file does not mean a small GPU footprint either: a solid-color texture that compresses to about 1 KB is the typical counterexample.Read article
- 3D performanceGLB Optimization, Before and After: Download Size vs GPU Memory in Real ProjectsMeasured numbers compare how compression methods affect download size and display memory.Read article
- Scanning and digital twins3D Gaussian Splatting on the Web: Bottlenecks and Level-of-Detail StrategyOn the web, the bottleneck for 3D Gaussian Splatting is usually the number of overlapping layers, not the point count. Hard pruning does not remove the stacking; offline merge decimation does, followed by tiers and chunked streaming.Read article
- All notesGo to article list
(Fit)
Fit and
limits.
Where this works, and where it does not
Good fit
- Industrial equipment and vehicles with complex structures that need repeated explanation
- Product lines with more option combinations than a catalog can list
- Exhibitions and remote channel showcases where physical units cannot be shipped
- Online spatial experiences for real estate developments, venues, and exhibitions
Not recommended
- Websites where 3D is only a visual bonus. 3D costs the most, and flat design is the better investment.
- Expecting 3D alone to close sales. 3D explains the product, while sales teams and stores still close the deal.
- Simple products that a single photo can explain.
(Contact)
Start a project.
Three steps to a clear direction and budget range.
- 01Book the first meeting: choose a time. A full specification is not required.
- 02A 15 to 30 minute online consultation: direction, budget range, and draft timeline.
- 03After materials are reviewed, a quote and delivery specification follows in about 3 to 5 working days.
- hello@polish-design.com.tw
- Mailing address
- 3F, No. 191-1, Zhifu Rd., Zhongshan Dist., Taipei 104, Taiwan
Book the first meeting
Monday to Friday, 16:00–18:0030 minutes online
Choose a time, then confirm with a Google account or an email address. A confirmed booking can be added to the calendar.
Choose a time
