EN 
DE 
FR Mechatronics & Prototyping
Transform your ideas into working prototypes through integrated mechatronics development— combining mechanical, electrical, and embedded systems with rapid iteration and optimization.
What We Offer
ELISOF Engineering specializes in integrated mechatronics development, transforming concepts into functional prototypes through seamless integration of mechanical, electrical, and embedded systems with rapid iteration cycles.
Concept Design & Feasibility Studies
Transform your vision into viable concepts through systematic design exploration and technical feasibility assessment. We evaluate multiple approaches, identify risks, and establish realistic development paths.
- Concept generation and evaluation
- Technical feasibility analysis
- Cost and timeline estimation
- Risk identification and mitigation
- Technology selection and justification
Mechanical, Electrical & Embedded Integration
Seamless integration of mechanical structures, electrical circuits, and embedded software into cohesive mechatronic systems. We ensure all domains work harmoniously together from the outset.
- Multi-domain system architecture
- Mechanical design and CAD modeling
- Circuit design and PCB layout
- Embedded firmware development
- Sensor and actuator integration
Rapid Prototyping & Testing
Quick turnaround from design to physical prototype using modern fabrication methods. We build, test, and validate prototypes early and often to de-risk development and accelerate learning.
- 3D printing and additive manufacturing
- CNC machining and fabrication
- PCB prototyping and assembly
- Functional testing and validation
- Performance measurement and analysis
Iterative Optimization
Continuous refinement through test-analyze-improve cycles. We systematically optimize performance, reliability, and manufacturability based on real-world testing and data-driven insights.
- Performance optimization
- Design iteration based on test results
- Material and component selection refinement
- Cost reduction engineering
- Manufacturability improvement
Expected Outcomes
Our mechatronics and prototyping services deliver innovative, functional prototypes that prove your concept works. You receive fully integrated solutions where mechanical, electrical, and software components work seamlessly together. Through rapid iteration, we de-risk development, accelerate time-to-market, and ensure your product is optimized for performance and manufacturability.
Our Development Process
We follow an agile, iterative approach to prototype development—building, testing, and refining quickly.
Concept Phase
Define requirements and explore design concepts
Preliminary Design
Create initial designs across all domains
Prototype Build
Fabricate first physical prototype
Integration Testing
Verify system integration and functionality
Performance Testing
Measure against requirements and specifications
Analysis & Optimization
Identify improvements and iterate design
Refined Prototype
Build optimized version with improvements
Validation & Handoff
Final validation and documentation delivery
Technologies We Work With
Mechanical
- SolidWorks, CATIA, Fusion 360
- FEA & CFD simulation
- 3D printing (FDM, SLA, SLS)
- CNC machining & fabrication
Electrical
- Altium Designer, KiCad, Eagle
- Analog & digital circuit design
- Power electronics
- Motor drives & control
Embedded
- ARM Cortex, STM32, ESP32
- C/C++, Python, MATLAB
- Real-time operating systems
- Sensor fusion & control algorithms
Testing
- Oscilloscopes & logic analyzers
- Environmental testing chambers
- Motion capture & tracking
- Data acquisition systems
Ready to Build Your Prototype?
Let's transform your concept into a working prototype. Contact us to discuss your mechatronics development needs.
Get in Touch