BE supplier profile
Machine detectedAalter · BE
Profile built from the provider's public site.
4
Processes
0
Materials
2
Certifications
1
Sources
Last checked 22 August 2026 · Every published field links back to evidence · Raw JSON
Compare other providers with published capabilities in the same process family and region.
Multi Jet Fusion
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Cold Metal Fusion
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Selective Laser Melting
0 materials
Stereolithography
0 materials
small & large volume production (per published heading) needs confirmation
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From the provider's own site — each links to the source page.
Automotive · HP Multi Jet Fusion (MJF) · Fixture
Automotive manufacturers
Ziggzagg delivered CAD-designed 3D-printed fixtures for automotive assembly of chromed car grills using HP Multi Jet Fusion printers. The fixtures provided precise, repeatable alignment, reducing labor costs and human errors while enabling rapid production turnaround.
Automotive · Cold Metal Fusion · Titanium alloy · Oil-air separator
Formula Student team
The project developed a lightweight, robust oil-air separator from a titanium alloy using Cold Metal Fusion 3D printing for Formula Student racing vehicles. A complex internal lattice structure was designed to optimize performance without increasing weight. The component improved vehicle efficiency and handling, contributing to faster lap times in competitive racing.
Cold Metal Fusion · Titanium · Bike pedals
Titanum GmbH
Titanum GmbH used Cold Metal Fusion (CMF) 3D printing to produce the MyTi bike pedal from titanium. The process created a pedal twice as strong as aluminum and 40% lighter than steel, with reliable cleat retention for road and mountain bikers. Testing showed improved ride stability and dependable cleat engagement.
Industrial · Cold Metal Fusion (CMF) 3D printing · Tool Holders
The case study describes the development of 3D‑printed tool holders using Cold Metal Fusion (CMF) technology to address vibration, weight, and wear issues in traditional machining. The new holders are lighter, more durable, and feature internal structures that reduce weight while maintaining strength, resulting in lower vibration, higher precision, longer tool life, and reduced machine downtime.
Healthcare · 3D scanning, 3D printing · PA11 · Ankle brace
The Custom-Fit Ankle Brace EXO-L was created using 3D scanning and 3D printing with sustainable PA11 material to provide a personalized fit for athletes, reducing the risk of ankle twisting. It attaches to shoes and offers lightweight support. The solution demonstrates both improved athlete safety and environmental sustainability.
Multi Jet Fusion · PA11
Ziggzagg created PA11-Eco+, a sustainable 3D printing material made from waste powder and castor beans, using Multi Jet Fusion technology. The material provides dimensional accuracy and is used for marketing gadgets, personalized items, business cards, and visual prototypes, supporting zero‑waste objectives.
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