Horizon Microtechnologies
Full in-house 3D printing & 3D coating process chain
We combine proprietary, 3D-capable coating technologies for conductive and metallic materials with polymer micro-AM technologies and the general toolbox of 3D microstructuring technology. The coating solutions are an integral and important addition to any AM or other precision manufacturing process. As a vertically integrated company we support the entire process chain from component design, through manufacturing and post-build treatments and coatings as a one-stop-shop.
Latest Articles
Horizon Successfully Manufactures Corrugated Horn Antenna
Horizon Successfully Manufactures Corrugated Horn Antenna
Horizon has printed a funnel-shaped horn with internal corrugations, which has subsequently been coated using its HMT-Metal coating process.
Horizon Demonstrates The Effectiveness Of Its HMT-Metal Coating Process For Plastic Micro AM Parts : A Case Study
Horizon Demonstrates The Effectiveness Of Its HMT-Metal Coating Process For Plastic Micro AM Parts : A Case Study
Proof of effectiveness of HMT-Metal coating process for making high frequency D-Dand horn antenna via 3D printing
Optimizing Component Design Via Coated Micro-AM Parts For Exacting Precision Engineering And Semi-Conductor Applications
Optimizing Component Design Via Coated Micro-AM Parts For Exacting Precision Engineering And Semi-Conductor Applications
The metallization of micro-AM polymer parts represents a highly intriguing and disruptive advancement in the realm of micro passive microwave & mm-wave component production, including parts such ...
Horizon Invests In In-House Micro AM Machine From BMF & Now Offers Truly Vertically Integrated 3D Microfabrication Service
Horizon Invests In In-House Micro AM Machine From BMF & Now Offers Truly Vertically Integrated 3D Microfabrication Service
When producing exceptionally precise and tight tolerance parts and components, the significance and added value of a vertically integrated development and manufacturing partner becomes paramount.