Robotic Vacuum Cleaner Design Service
Engineering Software
Windows, macOS, Linux
The engineering expertise behind your custom robot
Engineering services for startups and OEMs building certified, high-reliability cleaning robots for the US and European markets.
Who this service is for
This service supports product teams that need professional robotics engineering design to turn a concept into a production-ready robot-without compromising on safety, compliance, or user experience.
- Startups validating their first prototype with investor-grade documentation
- OEMs refreshing legacy platforms with modern mechanical robotics design
- White-label brands seeking reliable, certified custom robotic designs for market entry
What we deliver
Every project results in a complete, audit-ready package for manufacturing and certification:
- Detailed robot design blueprints (PDF + native CAD)
- CAD robot design files in SolidWorks, Fusion 360, or STEP format
- Bill of Materials (BOM) with DFMEA and tolerance analysis
- Robotic design specification document aligned with IEC 60335-2-2, CE, and FCC
- 3D renderings for marketing and user testing (including robot appearance design)
- Hardware design for robotic vacuum cleaners, from chassis to brush mechanisms-fully integrated and production-ready
Our approach to robotics design and development
We focus on design engineering robotics that balances innovation with real-world constraints. Our process ensures your robot functions reliably across diverse environments—from hardwood floors in Berlin to carpeted apartments in Chicago.
- Performance-driven mechanical architecture: We apply robotic system performance design principles from day one. This includes robotic load distribution design to prevent motor strain and robotic joint design optimized for obstacle negotiation and long-term wear resistance.
- Function & reliability optimization: Through simulation and physical prototyping, we execute robotic function optimization design and robotic performance optimization design-ensuring consistent suction, battery life, and navigation under real-world conditions.
- Compliance by design: All mechanical robotics design work is reviewed against:
EU: CE (Machinery Directive), RoHS, REACH, EN 60335-2-2
US: FCC Part 15, UL 60335-2-2, ANSI/BHMA A156.11
We also support IP54+ environmental sealing and drop-test validation.
- Scalable for Commercial Use: Need a robot for hotels, offices, or warehouses? Our weight bearing robotic designs support extended duty cycles and heavier payloads-without sacrificing agility.
Collaboration & Ownership
We work on a fixed-scope or time-and-materials basis, with full transparency:
- IP ownership: You retain 100% rights to all designs and documentation
- Warranty: 12 months of post-delivery support for design-related issues
- Team: Your project is led by senior robotics designers with 10+ years in domestic and commercial robotics
Frequently Asked Questions
Do you design only the mechanical parts?
Yes. We specialize in robotic mechanical design-chassis, wheels, brush systems, dustbin mechanisms, and structural integration. We coordinate with your electronics or software partners to ensure seamless assembly.
How long does a typical project take?
From concept to final robot design blueprints: 10-14 weeks, including 2-3 validation cycles and compliance checks for your target market (US or EU).
Can you help with certification testing?
We prepare all design documentation for certification and partner with accredited labs in Germany and California to streamline EMC, safety, and environmental testing.
