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# Horizon Microtechnologies GmbH

## Sitemaps

- [XML Sitemap](https://horizonmicrotechnologies.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Hello world!](https://horizonmicrotechnologies.com/hello-world/) - Welcome to WordPress. This is your first post. Edit or delete it, then start writing!

## Pages

- [Home - 2025](https://horizonmicrotechnologies.com/)
- [Network & Programme Partners](https://horizonmicrotechnologies.com/network-programme-partners/)
- [Our Customers](https://horizonmicrotechnologies.com/our-customers/)
- [Protective coatings](https://horizonmicrotechnologies.com/services/3d-coating/protective-coatings/) - Our HMT-Protect process, is used to hermetically encapsulate parts. This can serve as a protection against the environment or to modify surface properties such as the contact angle. This way, parts can be made compatible with aggressive chemical environments and will in some cases display increased resistance to high temperatures and mechanical loads or abrasion.
- [3D Microprinting](https://horizonmicrotechnologies.com/services/3d-microprinting/) - We run the full process chain for high precision micro-3D printing under cleanroom conditions in our facility, centered around a Boston Micro Fabrication (BMF) S240 DLP-machine. With this technology, we can make prototypes with high fidelity to CAD and end-use parts compatible with temperatures up to 200°C. In addition, we have the ability to quickly
- [Metal coatings](https://horizonmicrotechnologies.com/services/3d-coating/copper-coatings/) - Using our HMT-Metal process, we can apply copper and silver films plus passivations with >50% of the bulk copper conductivity on complex shaped parts and a wide range of materials, including ceramics, glass and many photopolymers. The process can either coat the entire part’s surface, including internal channels and undercuts or be applied selectively. Importantly,
- [3D Coating](https://horizonmicrotechnologies.com/services/3d-coating/) - Horizon Microtechnologies (HMT) is a company expert in coating processes developed to work withvery complex-shaped parts and a variety of substrate materials. The developed processes remove or at least reduce materials- vs functionality-vs manufacturability-tradeoffs that currently impact design decisions in the manufacturing of precision- and microfabricated parts. The HMT coating technologies are especially suited as
- [How We Do It](https://horizonmicrotechnologies.com/mmwave/how-we-do-it/)
- [MMWave](https://horizonmicrotechnologies.com/mmwave/)
- [How We Do It](https://horizonmicrotechnologies.com/contract/how-we-do-it/)
- [Contract](https://horizonmicrotechnologies.com/contract/)
- [Home](https://horizonmicrotechnologies.com/about/)
- [Imprint](https://horizonmicrotechnologies.com/imprint/) - Legal DisclosureInformation in accordance with Section 5 TMG Horizon Microtechnologies GmbHSilberstreifen 476287 Rheinstetten VAT-ID: DE348505713 Commercial registry: HRB 742180District court Mannheim Managing DirectorDr. Andreas Frölich Contact Information+49 721 15 16 95 20info@3dmicrofabrication.comwww.3dmicrofabrication.com DesignSmartaStudio Limited, Graphics and Image SourcesSmartaStudio Limited DisclaimerAccountability for contentThe contents of our pages have been created with the utmost care. However, we
- [RF Design Services](https://horizonmicrotechnologies.com/services/rf-design-services/) - 3D printed / micro-AM-produced microwave and mm-wave/RF components offer the option to consolidate several classically machined RF-parts into a single monolithic one. Also, features such as corrugations in a horn antenna or internal holes between adjacent waveguides for couplers that are hard or impossible to obtain through subtractive machining are possible. Additionally, micro-AM allows for
- [Development services](https://horizonmicrotechnologies.com/services/development-services/) - For you to experience the full benefit of our coating and 3D printing processes, we can gladly support you in your design process in a consultative manner or we can even design the part to your functional specifications with you or – in certain cases – independently. By involving Horizon Microtechnologies (HMT) in your design
- [Shop](https://horizonmicrotechnologies.com/shop/)
- [Transparent conductive coatings](https://horizonmicrotechnologies.com/services/3d-coating/transparent-conductive-coatings/) - The HMT-Conductive process can deposit conductive layers with tailorable sheet resistances between 100 Ohm/sq and a few kOhm/sq onto virtually any part shape. The resulting film will have a near-constant thickness, and does not add more than one µm of thickness, unless desired. In combination with 3D printed micro-geometries, this allows for the manufacturing of
- [Contact](https://horizonmicrotechnologies.com/contact/) - Contact Horizon Please contact us if you have any questions regarding our services. A member of our team will be in touch with you as soon as possible. We look forward to hearing from you. info@3dmicrofabrication.com
- [Company](https://horizonmicrotechnologies.com/company/)
- [Careers](https://horizonmicrotechnologies.com/careers/) - Working students Marketing, RnD and company building Horizon Microtechnologies has developed a template based 3D microfabrication technology which combines the precision and design freedom of polymer-based 3D printing on the microscale with material functionalities that go beyond polymer, for example conductivity. On the basis of this proprietary technology we act as a product development and
- [Services](https://horizonmicrotechnologies.com/services/)
- [Privacy Policy](https://horizonmicrotechnologies.com/privacy-policy/) - Privacy PolicyWe are very delighted that you have shown interest in our enterprise. Data protection is of a particularly high priority for the management of Horizon Microtechnologies GmbH. The use of the Internet pages of the Horizon Microtechnologies GmbH is possible without any indication of personal data; however, if a data subject wants to use
- [Sample Page](https://horizonmicrotechnologies.com/sample-page/) - This is an example page. It's different from a blog post because it will stay in one place and will show up in your site navigation (in most themes). Most people start with an About page that introduces them to potential site visitors. It might say something like this: Hi there! I'm a bike messenger

## Downloads

- [From Prototype to Flight Hardware — Proving Space Readiness for Metallised Micro-AM Components - Whitepaper](https://horizonmicrotechnologies.com/download/from-prototype-to-flight-hardware-proving-space-readiness-for-metallised-micro-am-components-whitepaper/) - If you’re exploring lightweight alternatives to conventional metallic space hardware for electronics and RF applications, this white paper provides an evidence-based view of what it takes to qualify metallised polymer micro-AM components. It lays out the rationale, standards alignment, cumulative test strategy, and the results that matter to payload engineers, quality teams and programme leads—so
- [3D Printed Microfluidics Application Note](https://horizonmicrotechnologies.com/download/3d-printed-microfluidics-application-note/)
- [FormNext Brochure 2023](https://horizonmicrotechnologies.com/download/formnext-brochure-2023/) - This brochure will help you understand more about working with Horizon, and how our technology can stimulate innovation, and bring the versatility of micro-AM to applications that until today have not been able to exploit its benefits.
- [Plate STL File](https://horizonmicrotechnologies.com/download/plate-stl-file/)
- [BENCHMARKING METAL COATING AND METAL FABRICATION TECHNOLOGIES FOR POLYMER MICRO PARTS: A COMPARATIVE ANALYSIS](https://horizonmicrotechnologies.com/download/benchmarking-metal-coating-and-metal-fabrication-technologies-for-polymer-micro-parts-a-comparative-analysis/)
- [PRECISION MICRO-AM AND PROPRIETARY COATINGS TO MAKE NEXT GENERATION MM-WAVE PARTS AND COMPONENTS](https://horizonmicrotechnologies.com/download/precision-micro-am-and-proprietary-coatings-to-make-next-generation-mm-wave-parts-and-components/)
- [INNOVATION IN ELECTRONIC AND MM-WAVE COMPONENTS](https://horizonmicrotechnologies.com/download/innovation-mm-wave/)
- [APPLICATION-READY MM-WAVE COMPONENTS USING PRECISION METALLISED AM - Whitepaper](https://horizonmicrotechnologies.com/download/application-ready-mm-wave-components-using-precision-metallised-am-whitepaper/)
- [Concentric Rings STL File](https://horizonmicrotechnologies.com/download/concentric-rings-stl-file/)
- [Helix STL File](https://horizonmicrotechnologies.com/download/helix-stl-file/)
- [Honeycombs On Pedestal STL File](https://horizonmicrotechnologies.com/download/honeycombs-on-pedestal-stl-file/)
- [Socket Demo Part STL File](https://horizonmicrotechnologies.com/download/socket-demo-part-stl-file/)
- [Octet Truss STL File](https://horizonmicrotechnologies.com/download/octet-truss-stl-file/)

## Products

- [Standard gain horn antennas](https://horizonmicrotechnologies.com/product/standard-gain-horn-antennas/) - These horn antennas consist of a 3D printed polymer body with a metallic coating on it, making them lightweight and meaning they can be customized easily, usually with little extra cost and short lead times due to our digital workflow which can start from virtually any CAD file you may wish to provide. Our standard gain horn antenna have a waveguide interface in a UG-387/U-Mod round cover flange or square cover flange, depending on frequency range. They can be made for WR28 to WR-3 waveguides and with various gains. For standard configurations, pricing will be between €450 and €2000 with a typical leadtime of 3 weeks. Please inquire if the combination you are seeking is not available.
- [3D Microprinting Samples](https://horizonmicrotechnologies.com/product/3d-microprinting-samples/) - Are you considering the use of 3D microprinting but aren’t sure about the material selection or whether certain features turn out well? Here, you can order different prints which were made using our standard process for the respective material. If none of these prints fulfill your testing purposes, do not hesitate to reach out. You can find the datasheets and the STLs here. https://horizonmicrotechnologies.com/download-category/resources/

## Careers

- [Coating technician(m/f/d)](https://horizonmicrotechnologies.com/career/coating-technicianm-f-d/) - in part- or full time Your tasks: Carrying out 3D printing, coating and other manufacturing steps for both our production and development departments. Collaboration in the quality control of and tests on the manufactured components. Documentation in MS Office or similar. Desired qualifications: Vocational training as a surface coater, microtechnologist or comparable professional experience with
- [ Team Assistant ](https://horizonmicrotechnologies.com/career/team-assistant/) - Part-time At our location in 76287 Rheinstetten (Silberstreifen) Your tasks: Support the management and the team in administrative and organizational activities, e.g.: Take over correspondence and issue invoices, delivery bills, order confirmations, etc. Organize appointments and travel as well as processing of travel expense reports. Communication with our tax consultant, payroll accounting and other external
- [Working students marketing, RnD and company building](https://horizonmicrotechnologies.com/career/working-students-marketing-rnd-and-company-building/) - Horizon Microtechnologies has developed a template based 3D microfabrication technology which combines the precision and design freedom of polymer-based 3D printing on the microscale with material functionalities that go beyond polymer, for example conductivity. On the basis of this proprietary technology we act as a product development and manufacturing partner for customers from various high-tech

## Industries

- [3D Microfluidics](https://horizonmicrotechnologies.com/industry/3d-microfluidics/) - Additive manufacturing (AM) is well suited to the production of 3D microfluidic devices such as chips and nozzles. Being able to produce a microfluidic device in one-single step from a CAD model is advantageous since no bonding and sealing of the individual layers is needed and makes the fabrication of such devices simple and quick.
- [3D-printed mm-Wave Components](https://horizonmicrotechnologies.com/industry/3d-printed-mm-wave-components/) - Our ability to combine polymer 3D printing and post-process metallization coatings with silver or copper opens up the design freedom of precision micro-AM to customers looking for cutting-edge mm-wave antennae, filters, mixers, and similar components. Furthermore, additional coating capabilities can improve the environmental resistance and durability of your devices. Based on your functional requirements, we
- [Electrodes and Contact Pins](https://horizonmicrotechnologies.com/industry/electrodes-and-contact-pins/) - We can design and manufacture a device socket, fan-out structure, interposer as well as electrodes and electrical contact pins almost arbitrarily using micro-AM and our in-house coating technologies. In comparison to manufacturing routes not based on micro-AM, this allows a broader set of options for requirements such as three-dimensional placement of the active electrode areas
- [ESD Safe Parts](https://horizonmicrotechnologies.com/industry/esd-safe-parts/) - We can make parts with a controllably conductive surface coating and coat internal channels with multiple bends. This allows us to make very compact and high-performance end-effectors for vacuum pick-and-place devices which are at the same time conductive enough to prevent electrostatic discharge. Antistatic properties and ESD safety also enables the use of our parts
- [MEMS and Optics Packaging](https://horizonmicrotechnologies.com/industry/mems-and-optics-packaging/) - While additive manufacturing is not typically considered a mass-production technology, the reduction in the size of electronics and optics — and the accompanying shrinkage of packaging — has made AM a viable production alternative for MEMS and optics housings for small to medium batch sizes. In addition to the precision offered by micro-AM, an intelligent

## Categories

- [Uncategorized](https://horizonmicrotechnologies.com/category/uncategorized/)
- [Template Based](https://horizonmicrotechnologies.com/category/template-based/)
- [Sidebar](https://horizonmicrotechnologies.com/category/sidebar/)

## Categories

- [Resources](https://horizonmicrotechnologies.com/download-category/resources/)

## Product categories

- [Uncategorized](https://horizonmicrotechnologies.com/product-category/uncategorized/)