PRODUCT DEVELOPMENT…
IT’S WHAT WE DO
Founded by engineering and design professionals with real-world production experience, we have successfully completed over 4,000 projects throughout the last 28 years and enjoy an incredible 92% repeat business rate with our clients.
INDUSTRIES SERVED
Whether it’s taking your product idea from concept to production or any point in between, we believe there is considerably more to the product development process than just a visually appealing design. Based on our experience working with a vast array of production and manufacturing methods, we combine creative design and smart engineering to deliver effective solutions to your complex problems. From start to finish, we listen and work closely with your team to produce quality results that fit within your program’s budget and timeline.
We stand behind our work and have built our business on the philosophy of exceeding your expectations. Please view our portfolio for a sampling of our work or contact us if you have any questions or would like us to quote your product development project.
OUR CLIENTS
We’ve cultivated strong, lasting partnerships with companies of all sizes and the list keeps growing. Businesses trust DiMonte Group to deliver top-tier design solutions that drive real success.
Our capabilities encompass all aspects of the product design cycle from initial concept generation to final production documentation and support.
Mechanical Engineering
Prototyping and Testing
DFM, design for manufacturing
SOLIDWORKS experts
FEA, finite element analysis
Design for Regulatory compliance
3D scanning and part analysis
Industrial Design
Styling & visual development
Ergonomic Studies
User Centric Design
Rapid prototyping
Advanced Surface modeling
Electrical Engineering
Custom PCB Layout
Analog and digital circuit design
schematic capture
wire harness design
Field support
cycle testers and longevity testing
design for regulatory compliance, UL & FCC
Software Development
IoT enabled devices
8/32/64bit MCU / MPU designs
External memory
Wide communication protocols: I2C to Ethernet and beyond
Wireless -> Sub-GHZ, 2.4GHz technologies, and Cellular
Analog front end design
Motor control and selection
Sensor integration
Low power battery designs
