Ultrafast 3D printing. From digital file to finished product.
HALS (Hindered Asynchronous Light Synthesis) 3D printing technology solves the slow speed, poor performance and high cost of traditional additive manufacturing — so you can iterate faster and reduce production costs.
HALS Ultrafast 3D Printing Technology.
Rooted in extensive materials research, HALS (Hindered Asynchronous Light Synthesis) was invented to overcome slow speed, poor performance and high cost in traditional 3D printing — helping you iterate design solutions faster and more efficiently while cutting production and development costs.
Ultrafast speed
Print functional polymer parts in a fraction of the time required by conventional 3D printing.
Material research
Built on deep polymer science to deliver performance-grade mechanical properties.
Higher performance
Achieve durable, end-use mechanical properties that rival injection-moulded components.
Lower total cost
Reduce tooling, inventory and development costs with on-demand, mould-free production.
Watch the HALS printing process.
From digital file to finished polymer part — no moulds, no tooling, no long lead times.
The printer behind the parts.
TAPS (Thermally Activated Photopolymer System) is the production-grade printer that runs HALS technology. It handles everything from shoe soles to industrial components, with a build volume designed for small-to-medium batch production.
HALS / TAPS
5,000+ formulations
SuperDesigner
Footwear, industrial, consumer
Why 3D printing changes the game.
Designed for recyclability
Single-material construction means a single recovery path. No glue, no mixed polymers, no disassembly. When the product reaches end of life, the material can be ground, reprocessed and fed back into the printing cycle.
Made closer to the market
Digital production means you print where you sell. No tooling, no minimum order quantity, no 12-week lead times. Belgium's chemical and polymer ecosystem provides direct access to world-class material science.
Energy-aware production
Schedule print jobs when renewable energy is abundant and electricity prices are low. Additive manufacturing's flexibility means production planning can respond to the grid, not just the calendar.
From pixel to polymer.
Each part starts as a digital file and is printed on demand — no moulds, no inventory, no waste.
Visuals are representative renders. Physical samples and on-site process photos are available on request.
A platform for every step of the value chain.
Footwear brands
Launch new designs without tooling investment. Test markets with on-demand production.
Designers
Move from concept to wearable prototype in days, not months. Iterate without retooling.
Material companies
Demonstrate new polymer formulations on a production-ready platform with 5,000+ recipes.
Local manufacturers
Add digital production capacity. Print on demand. Ship same-region.
3D printing works with more.
Ready to see a printed part?
Tell us what you want to print. We'll recommend a material and send you a sample.
Request a sample