INOVTECH DEVELOP
You bring the idea. We engineer the solution.
End-to-end multidisciplinary engineering, from concept to functional prototype and manufacturing readiness.
Explore DEVELOP ↗MULTIDISCIPLINARY ENGINEERING
From product ideas
to fully integrated
working systems.
Mechanical engineering. Electronics. Embedded software. The disciplines your product needs, working together as one system.
TWO WAYS TO MOVE FORWARD
Your product. Your team. Our engineering.
Trusted by Engineering Teams Worldwide.
75,000+
Engineering Hours10+
Years of Engineering250+
Projects Completed100+
Clients Served
We continue to work with Inovtech due to their understanding of our needs
this was during COVID and the electronics shortage. they were incredible. They found things that we couldn't and helped us keep the project moving when it seems like the rest of the electronics world was stuck finding suitable replacement board level components."
We have been using INOVTECH team exclusively for many other projects over the years. Even when I know there are many other projects going on, I always feel like our projects are prioritized. Top notch quality and very fair pricing."
Peter
New Hampshire, United States
FusionStack™
Multiple Technologies.
One Integrated Solution.
THE INTEGRATION ADVANTAGE
The whole is the point.
We coordinate the disciplines your product needs—from system architecture through integration and testing. Every interface matters. Not every project needs every layer.
Application Expertise
Multidisciplinary engineering for intelligent products, robotic systems, and purpose-built automation.
SELECTED ENGINEERING WORK
Ideas become tangible.
Collaborative Robotic Gripper
Mechanical linkages, electronic hardware and embedded actuator control integrated into a robotic gripper.
Robotic Vending Platforms
Mechanics, electronics, firmware, robotics, AI and connected software.
JetCruze Mobility Platform
Chassis engineering, electronic integration and embedded control for an electric mobility platform.
Robotic PTZ Camera System
Pan-tilt mechanics, electronic controls and wireless interfaces for a custom robotic camera platform.
Medical Pump Development
Full-size pump engineering: mechanics, electronics, embedded control, connectivity and device UI.
EEVA Laundry System
Mechanical CAD, packaging, electronic integration and embedded firmware for an all-in-one laundry appliance.
Therabot Leg Massage Robot
Mechanical development and motor-driven roller integration for a compact robotic leg massage device.
Dates Sorting Machine
AI vision, mechanical handling and PLC-based electrical control for automated date-fruit sorting.
Interactive Micro CNC Engraver
CNC engraving with precision motion, electronics, embedded control, touchscreen and connectivity.
FROM REQUIREMENTS TO PHYSICAL EVIDENCE
A development process
with tangible outputs.
Structured around the system. Refined through iteration. The scope and deliverables are agreed around your project.
01Requirements & feasibility
Define the intended function, interfaces, technical constraints and development risks. Output: an agreed requirements direction and development roadmap.
02Concept development
Explore mechanisms and architecture options before committing to detailed work. Output: a selected concept, system layout and initial specifications.
03System-level design
Coordinate mechanical packaging, electronics and control architecture. Output: the engineering definition needed to develop and integrate the subsystems.
04Prototyping & testing
Build, assemble and test the proposed solutions. Use physical findings to guide revisions across the disciplines. Output: prototype evidence and a record of findings.
05Manufacturing preparation
Refine CAD, BOMs, assembly information and technical documentation within the agreed scope. Output: a development package for the next build stage.
06Integrated build & handover
Assemble and demonstrate the scoped functional prototype or pre-production build. Output: the agreed hardware and documentation, with known limitations made explicit.
START A TECHNICAL DISCUSSION
Tell us what you’re
working on.
An idea to develop. A system to integrate. An engineering team to extend. Start with the challenge.
01 New product & system development
02 Support for an existing program
03 Collaborative engineering teams
02 Support for an existing program
03 Collaborative engineering teams