Custom Robotic Claw Design Service
Engineering Software; Industrial Design Application; Robotics Design Service
Windows; Linux; macOS; ROS (Robot Operating System); CAD Platforms (Fusion 360, CATIA V5, SolidWorks)
The engineering expertise behind your custom robot
Our robotics design & Development process
We deliver mission-critical robotic claw design solutions through a streamlined 4-step workflow:
1. Requirements Analysis (4 hours): We define your success metrics: payload capacity (robotic load-bearing design up to 500kg), cycle life, environmental factors. Receive preliminary feasibility report within 4 hours of brief submission.
2. CAD Modeling & Simulation: Our robotics mechanical design team executes detailed robotic cad design with FEA analysis for robotic load distribution design. Validate robotic joint design, robotic compliance mechanism design, and robotic force sensing design. Interactive 3D models delivered for approval. View warehouse robotics case study
3. Prototyping & Validation: Physical testing of double claw robotic end effector design prototypes against your specifications. We optimize robotic performance optimization design for speed, accuracy, and energy efficiency-documented in ISO-compliant test reports.
4. Final & Support: Receive complete deliverables: STEP/IGES CAD files, manufacturing blueprints, simulation data, integration guide. Optional on-site support. 12-month design warranty included.
Technical compliance & Global standards
All robotic system performance design adheres to:
- ISO 10218-1:2023 (Industrial robot safety)
- ANSI/RIA R15.08 (Mobile robot safety)
- CE Machinery Directive 2006/42/EC readiness
- RoHS 3 & REACH material compliance
Full IP ownership transfers to you upon final payment. Design data handled per GDPR/CCPA protocols. Sustainable engineering practices minimize material waste in robotic function optimization design.
Why 200+ engineering teams choose us
- 14-day delivery vs. industry average 6-8 weeks
- 12-month warranty on all design specifications
- ?PE-licensed engineers with 15+ years in aerospace/automotive
- 35% less material waste through topology optimization
- Global support hubs: Detroit, Stuttgart, Singapore, Tokyo, Seoul
As a certified dynamic robot control and design laboratory, we solve challenges others avoid: robotic abutment design for uneven surfaces, new joint design for three-dimensional hyper redundant robots, and robotic actuators design for sub-millimeter precision. Designing robot grippers for robot claw design.
Regional expertise & integration
- North America: Seamless integration with Universal Robots, KUKA, ABB. ROI-focused design with cycle time optimization. Robotic arm calculation for double claw robotic end effector design.
- Europe: CE-certified designs. GDPR-compliant data handling. Sustainable material selection. Energy-optimized robotic load distribution design.
- Asia: Local engineering teams in Tokyo, Seoul, Shanghai. 24/7 technical support via WeChat, Line, KakaoTalk. Guaranteed compatibility with FANUC, Yaskawa, Kawasaki, EPSON, DENSO, Hyundai Robotics. Robotic arm control design for robot claw design.
Frequently Asked Questions
What's included in the delivery package?
You receive: (1) Native CAD files (Fusion 360, CATIA V5, SolidWorks), (2) STEP/IGES exports, (3) Simulation reports (FEA, kinematics), (4) Manufacturing blueprints with GD&T, (5) Bill of materials, (6) Integration manual. No license fees—full-transfer bespoke robot design. Optional: prototype fabrication or on-site integration support. Designing robot grippers for robot claw grabber design.
How do you ensure safety compliance?
Every robotic load distribution design undergoes triple validation: (1) FEA simulation per ISO 10218-1:2023, (2) Physical prototype testing to 150% max load, (3) Third-party certification support (TÜV, UL). We provide stamped engineering calculations and fatigue design of robot arm analysis for your compliance documentation.
Who owns the intellectual property?
100% IP ownership transfers to you upon final payment. Our contract explicitly states you own all designs, CAD files, patents derived from the work, and manufacturing rights. We sign NDAs pre-engagement and delete all project data post-delivery per GDPR Article 17.
Can you integrate with existing robot arms?
Absolutely. Our connection design robot specialists engineer mounts, communication protocols (ROS, EtherCAT), and mechanical interfaces. We've delivered connectors rev robotics design solutions for 50+ robot arms across 12 manufacturers. Share your system specs during consultation.
