MEMS & Micro Devices
Are you contemplating the use of MEMS devices in your system in order to create a sustainable competitive advantage? When your current solution just doesn’t seem to do the trick, a custom MEMS device might be worthwhile investigating. How feasible would a custom MEMS device be for you? We design, develop and deliver custom microelectromechanical systems (MEMS) and assemble Micro Devices.
About our MEMS & Micro Devices expertise
When you need custom MEMS & Micro Devices for your system, you can rely on our experts to really understand your requirements. Our 140 experts working at the MEMS Foundry and Micro Devices Facility follow a phase-gated approach to demonstrate the feasibility and give proof of concept, develop the process to the required maturity level and manufacture your devices with the right quality.
Sustainable competitive advantage
Are you driven to develop smaller, faster devices that have more computing power and memory capacity? When systems are getting smarter, the need for suitable MEMS sensors and actuators is getting bigger. When you have uncommon actuator or sensor specifications, and your MEMS device is not ready-made waiting for you on a shelf, then a custom MEMS device will get you the sustainable competitive advantage you need for your business.
Prototyping, process development and production
At our facilities we offer MEMS prototyping, MEMS process development, MEMS manufacturing, as well as Micro Devices services. We follow our qualified way of making prototypes, systematically developing your idea into a prototype or device according to your requirements.
We work with proven processes, methods and tools to accelerate your innovation. We use a phase-gated approach, using design for excellence principles to address critical-to-quality parameters and new, critical processes. We do this in close cooperation with our customers. We strongly believe that robust integral design and quality is achieved in co-development with you.
There are many uses for a MEMS device in a system. When we talk about MEMS applications, typically the market and application knowledge comes from the customer. What we bring is the technology and methodology to accelerate innovation and realize ideas.
As a result, we work across a wide range of applications and markets, and we have many MEMS application examples we want to share with you.
Micro Devices Facility
At the Micro Devices Facility The Greenhouse we have over 40 years of experience. We team up with you to make your product within the critical time path, reacting fast and flexible on new insights. We assure integral coupling with supply chain and manufacturing activities. And we use industrial production equipment. Assembly services are industrial PCBA prototyping, assembly of high-end PCBAs, and interconnect architecture & prototyping.
MEMS & Micro Devices
- ASIC design
- Assembly: die attach, wire-bonding, stud bumping, ACF bonding, pick & place and soldering
- Concept creation and technology scoping
- Continuous improvement
- Cpk analysis and yield improvement
- DfX: Design for eXcellence
- Functional testing
- Inspection and failure analysis: solder paste inspection, 3D automated optical, X-ray
- Mentor graphics lay-outing
- Risk management, FMEA
- Supply chain management
- TPD/DMR product documentation management
- Verification & validation of process and tooling
MEMS Foundry key application areas
More MEMS application areas
For more information about these MEMS application areas, please click here:
Micro Devices Facility key application areas
Micro-assembly for photonic applications
Micro Devices Facility for ultra-precise alignment and fixation of photonic and optoelectronic devices, from prototyping to volume production for photonic applications.
Micro-assembly for RF applications
RF application design: modeling & simulation, layout, thermal management, EMC, antenna design, signal integrity, wireless reliability, functional testing.
What our customers value
Get more information about our MEMS & Micro Devices expertise
News & events
Presentation by Dr. Jos Giesbers, Sr. Development Engineer & Technical Project Leader, focussed on unique to graphene applications for MEMS devices.