Precision manufacturing for space & aerospace
Precision mechanical components for aerospace: We are your enabler at the limit
Your engine for unlimited precision
Ready for your challenge
Ob Komcomponents for the Shielding technology or satellites: As a long-standing development partner for microfine components in aerospace Get the best advice and unique technology selection from us. If your component needs to be waterjet cut, then milled, and finally structured with an ultrashort pulse laser, we can do it all under one roof. From material research for your special alloy to production and the required test certificates and CoC (Certificates of Compliance).
Typical HAILTEC:
- Experienced in handling high-performance materials
- Modern technology arsenal
- Fully documented and traceable
- Agile from prototype to series production

High-tech on demand:
Our technology arsenal for your requirements
Precise Radiance: With our unique high-techWe realize your complex aerospace components using a mix of laser, waterjet, and CNC technologies. Thanks to short delivery routes and transparent processes, we manufacture your complex components. The following applies: One contact, all technologies.
Exactly meet extreme requirements
The final limit for precision lies far above Earth's atmosphere. In orbit, where modern sensor systems observe Earth and explore space, there's no room for compromise. Extreme heat and cold require components that function perfectly even in the vacuum of space. As a manufacturing partner to renowned system manufacturers, we supply components that are up to any mission – so that the exploration of new worlds can continue.
As enablers at the cutting edge, we manufacture high-end components for your space and aerospace missions. From satellite components to engine components.
Typical applications are:
- Heatsinks
- Circuit boards (thin-film ablation with UKP laser)
- Housing components such as covers, chip carriers
- Workpiece carrier made of aluminum
- Metallic satellite components
- Special components made of titanium
Quality Control
In aerospace, every single component determines the success of the entire mission. Therefore, all components undergo 100% inspection – from raw material testing to final acceptance. Material test certificates and Certificates of Conformity (CoC) seamlessly document every production step. Even during packaging, we follow strict aerospace specifications. This zero-defect philosophy is a given for us – because we know that in space and in the air, there is only one chance for perfect quality.
- 100% visual inspection of all components
- Material test certificates for each delivery
- CoC for each batch
- Special packaging solutions for maximum transport protection
- Comprehensive documentation of all production steps
- Cleanroom ISO 7
Aerospace in focus: Application examples
Satellite components such as heat sinks |
Shielding technology for sensitive aviation electronics |
Thin film ablation & circuit track processing |
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Mission: Your next aerospace project
Contact our engineering crew for your mission in terms of precisionFrom material selection to series production, we ensure that your components meet the extremelyen conditions of the universe. Select frequency for communication now.
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Whitepaper: Ultrashort laser pulses
Cutting-edge technology as a service in wages
Micromachining with ultrashort pulse laser
As a pioneer in the industrial application of ultrashort laser pulses, we develop applications in close partnership with DMG Mori machines and TRUMPF lasers. In laser ablation, we cooperate with hard material specialist Ceratizite, in the AI-poweredn Measurement Technology with Bruker alicona.
With peak pulse powers of more than 300 MW, the Ultrashort pulse laser even highly reflective surfaces. It operates without heat-affected zones and without any applied process force. For your components, this means no scratches, splashes, contamination, or burrs.
You can rely on us: From application to delivery. Read our brochure on the Uultrashort pulse-Processing (UKP) using laser ablation, microstructuring, microcutting and black marking. You will find numerous application examples and background information.