Ever increasing requirements on both cost and performance keep pushing technological developments in your applications. Additionally, the need for integrating more and more technologies in your system design increases the complexity and challenges the skills of your development team.
To correctly predict performance and define an optimally balanced design, a strong multidisciplinary approach makes the difference. Our highly skilled support engineers cover all key high-precision engineering competencies and have an uncommon degree of practical experience in applying their knowledge.
What’s more, they also work closely with colleagues (in and outside your team) in other disciplines. This facilitates the kind of synergy necessary to deliver successful innovations to your customers.
Our size and unique combination of competencies allow us to compose a team complimentary to yours, based on your specific skill or capability needs, to help making the right choices and rapidly develop optimal solutions to your challenges.
How we deliver High-Precision Engineering Support
- Support in many forms, from ad-hoc technology consultancy to defining and designing large-scale technology projects.
- Internal/external flexibility; technologists that can participate in your team or create their own team off-site to develop and execute agreed-upon deliverables.
- Dedicated high-tech infrastructure; including measurement equipment, laboratories and cleanrooms.
- Advanced modeling expertise to pinpoint and describe the phenomena that ultimately drive and/or limit your performance.
- Fast prototyping thanks to in-house tool shop and close cooperation with suppliers.
Key area of expertise
Our High-Precision Engineering Support teams are specially formed for each project. These multidisciplinary engineering teams are designed to include the precise combination of technical expertise and experience necessary to solve your challenge. Depending on what your needs are, the team can include technical expertise in:
Examples of High-Precision Co-Development
Design principles for precision mechanisms. Wim van der Hoek’s principles applied in medical systems engineering at Philips.
Improving machine performance to serve the future market needs. An example of the development of a precision motion stage with a scanning accuracy of few nanometer.
Online self-calibration of a position measurement system. Result is an error profile virtually free of integration errors, allowing on-the-fly in-line calibration.
A machine vision system was added to a dispensing robot; using robotic vision to enable customized features in the droplet dispensing process.
What our partners value
“Of course, a small company with competent engineers can make prototypes, but by working with Philips Engineering Solutions, we could create a unit which could easily, quickly and cost-efficiently be transferred to production. The response has been very positive and we almost immediately received the first orders.”
Chief Operating Officer
“My overall evaluation of the EMC project is pretty positive. We got very good guidance to setup and execute the tests, excellent support to solve technical issues and interpret data. Comprehensive reporting, very fast planning and resource allocation. The communication and interaction was always friendly and productive.”
“Philips Engineering Solutions consistently brings strong core technical competencies to product development. Their support has been invaluable to the design team of Philips Oral Hygiene.”
Design Engineer Oral Healthcare
Contact us about High-Precision Co-Development
Peter van den Bekerom
Business Development Manager
Check out our related services
Do you need a partner to take on part of your system development as an integral project, who can handle all aspects from concept, design up to turn-key realization, delivery and verification, based on your requirements or functional specification?
Check out our high-precision engineering services.