We perform as a seamless extension of our customers’ internal design capabilities. Getting involved early in the product development process and working closely with their own engineers, we work aggressively to exceed customers’ goals and time-to-market expectations by using proven engineering design principles and practices such as:
• Design for manufacturing
• Design for test
• Design for assembly
• Design for procurement

Our development process
When you partner with Ultraflex for new product introduction projects, you can benefit from the best expertise and a long-standing experience in advanced electronic development. To ensure the highest level of integration between the engineering groups, Ultraflex has developed a proprietary process that utilizes a powerful Online Project Management and Team Collaboration System for flawless execution. The process has proven so successful that it has been able to significantly reduce development costs and time-to-market.
• Well-defined tasks and objectives for each phase of development allow our staff to concentrate on solving challenging product issues without having to reinvent the process.

Our Engineering Capabilities
Advanced technology development capabilities and global reach allows Ultraflex to be responsive to customers’ product design needs, building in solutions that lower costs throughout the product’s life cycle. Our design capabilities range from subsystem and full turnkey product designs to consulting or cost reduction of existing designs.


• Schematics and PCB layout
• Digital & Micro processor circuits
• Analogue and RF circuits design
• CPLD, FPGA and DSP circuits
• Embedded systems design

Power Electronics:

• Switching/Linear Power supplies
• Power Inverters and HF Generators
• Induction heating applications
• Motor Control – AC, DC, Stepper

Wireless Communications:

• RFID design and implementation
• Wireless Data transmission
• Zig-bee communications
• Blue Tooth technology

Process Control and Measurements

• Process monitoring systems
• Sensing applications
• Test and measurement equipment
• Vacuum, Pressure, Temperature Control

Mechanical Engineering

• Mechanical Design and Modeling
• Structural Analysis
• Electromechanical System Design
• Thermal and stress analysis

Industrial Design

• Advanced Industrial Design
• Graphics Design
• Ergonomics/Usability
• Rapid Prototyping

Software/Firmware Design

• Assembly, C, C++ programming languages
• RS232/USB Communications
• Labview, Visual Basic Applications
• Internet/Intranet Applications
• Embedded Control

Regulatory/Design Assurance:

• Medical System validation
• Reliability and Life Testing
• CE Compliance assistance
• UL, CSA, TUV Certification
• FDA and Environmental Compliance