Transcend Mechanics
Transcend Mechanics designs and 3D prints multi-material robotic grippers, combining rigid PETG with flexible TPU flexures in a single printed part to replace pinned joints.
- CEO / Founder
- Ethan Wicko
- Team Size
- 1-10
- Stage
- Early Stage
- Latest Round
- Pre-Seed
- Key Investors
- Discipulus Ventures; ClimateHaven; CCEI Summer (University of Connecticut)
Technology & Products
Key Products
3D printed robotic grippers (Nibbler 2-finger and 3-finger, parallel long-stroke gripper) for robot arms including YAM, SO-101 and OpenArm; generative design software for compliant mechanisms.
Technological Advantage
Proprietary generative design software for compliant mechanisms combined with multi-material FDM printing as the production method (not just prototyping), enabling rapid iteration and low cost-of-goods-sold.
Differentiation
Value Proposition
Delivers grippers functionally equivalent to market incumbents at a fraction of the cost and lead time, using single-part multi-material 3D printing instead of multi-component assembly.
How They Differentiate
Competitors manufacture grippers via traditional machining/assembly with pinned joints; Transcend 3D prints a single part with an integrated flexure, cutting cost (~$100 COGS vs ~$2,500 market price cited by founder) and lead time (next-day vs weeks).
Market & Competition
Target Customers
Physical AI companies building data farm equipment, home robotics and automated lab systems; industrial users running platforms such as Universal Robots arms needing reliable end effectors.
Industry Verticals
Robotics, Physical AI, Industrial Automation
Competitors
Schunk; OnRobot; Robotiq
Growth & Milestones
Major Milestones
Founded 2022 as Transcend Bicycle (compliant mechanism generative design software); rebranded to Transcend Mechanics in 2025 and pivoted to robotic grippers; joined ClimateHaven incubator; currently pre-launch working with early partners as of August 2026.