Mechanical Design & CAD
Concept development, complex assemblies, mechanisms, enclosures, production drawings, BOM support and DFM.
- SolidWorks & AutoCAD
- Sheet metal & CNC
- Exploded views
Edbotics Automata combines robotics, embedded electronics, PCB and firmware development, mechanical CAD and automation under one product-engineering team.
Reduce handoff gaps by considering mechanical, electronic, firmware and control requirements together from the start.
Concept development, complex assemblies, mechanisms, enclosures, production drawings, BOM support and DFM.
Schematic capture, multilayer PCB layout, component selection, power design and hardware bring-up support.
Embedded firmware architecture, drivers, motor control, communications, diagnostics and system integration.
Mobile robots, robotic mechanisms, industrial automation, PLC systems and mechatronic machine development.
Representative project areas based on our mechanical, embedded and robotics development experience.
Drivetrain integration, chassis architecture, sensor mounting, actuator selection and electronics packaging.
Joint architecture, actuator integration, structural CAD and assembly development.
Power architecture, RF-aware routing, sensors, connectivity and embedded integration.
Sealing architecture, component mounting, cable routing and production-oriented enclosure design.
Machine frames, gantries, motion components, fabrication drawings and assembly planning.
Clear technical decisions, reviewable deliverables and manufacturing reality at each project stage.
Requirements, environment, interfaces, cost targets and manufacturing constraints.
System layout, mechanical structure, electronics architecture and key component selection.
Detailed CAD, schematics, PCB, firmware, drawings and engineering reviews.
Prototype review, debugging, fit checks, test feedback and risk reduction.
Manufacturing files, BOM, assembly documents and supplier-ready handoff.
We help hardware startups, manufacturers and engineering teams develop complete physical products. Mechanical structure, electronics, firmware, motion and production constraints are considered as one system.
Design decisions account for fabrication, tolerances, assembly, serviceability and cost.
Mechanical, electronics and control interfaces are developed together.
Organized design files, drawings, documentation and reliable communication.
Send your concept, sketches, current CAD, PCB requirements or manufacturing constraints. We will help define the next practical engineering step.