Perceptyne Robots develops dexterous, vision-guided robots equipped with advanced tactile sensing and joint force feedback, enabling high-precision assembly tasks in electronics and automotive industries. Their technology reduces the time to implement automation from six months to just ten days, eliminating the need for production halts or extensive infrastructure changes.
Funding
$3.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
YCFounders
Product
Problem
Traditional automation solutions for assembly tasks in the electronics and automotive industries often require lengthy implementation times, production halts, and significant infrastructure changes. End-users typically rely on system integrators, increasing costs and complexity.
Solution
Perceptyne Robots offers vision-guided robots with tactile sensing and joint force feedback, designed to automate high-precision assembly tasks. Their robots reduce the time to implement automation, eliminating the need for production pauses or extensive infrastructure modifications. The robots are equipped with AI-driven perception, enabling enhanced object handling and fine assembly operations. The end-user can implement automation without dependency on a system integrator.
Target Audience
The primary target audience includes companies in the electronics and automotive industries seeking to automate assembly tasks with minimal disruption and reduced implementation time.
Features
- 7 or 10 degrees of freedom (DoF) arms and 2 or 10 DoF grippers for high dexterity and reachability
- Payload capacity of 3 kg (PR-9D) or 6 kg (PR-34D) to handle a range of assembly tasks
- Collaborative design for safe and flexible operation alongside human workers
- Vision guidance for accurate object recognition and manipulation in unstructured environments
- Tactile sensing and joint force feedback for enhanced object handling and fine assembly
- TeleOp training and low-code interface for simplified programming and deployment
- Fully electric design for low maintenance