Sharpa Wave 1000 Tactile Pixels Dynamic Tactile Array DTA Robotic Hand for Humanoid Robot AI Research Integration

Sharpa Wave Human-scale Dexterous Robotic Hand

Product Overview

Sharpa Wave is a human 1:1 scale dexterous robotic hand equipped with 22 active degrees of freedom.

Every fingertip integrates over 1000 tactile pixels to realize high-precision force perception.

It supports mainstream simulation frameworks and open SDK for robot secondary development.

Technical Specifications

Application Industry

• University research labs for physical AI and bionic manipulation algorithm study.
• Humanoid robot manufacturers as high-performance robotic end effector.
• Advanced teleoperation and precision robotic grasping research projects.

Common Problems & Solutions

• Unstable tactile signal: Re-calibrate tactile sensors and adjust sampling parameters.
• Joint motion offset: Run full joint calibration program via Sharpa Pilot.
• Device communication failure: Check network connection and transmission settings.

Replacement Models

• Shadow Hand Series high-end research dexterous robotic hand
• OnRobot multi-finger adaptive tactile gripper
• Kinova intelligent dexterous robot end effector

Why Buy From Us

• Supply genuine Sharpa Wave product with official mechanical test reports.
• Provide technical guidance for SDK installation, debugging and deployment.
• Offer standardized after-sales service with 12-month product warranty.

Stock & Delivery Time

• Standard left/right hand models have limited stock, shipped in 4–7 working days.
• Orders with customized mounting flanges need 15–25 working days lead time.
• Global transportation available, complete customs documents can be provided.

RFQ Form

• Clarify left-hand or right-hand version and mounting interface requirements.
• Provide matched robot arm model and simulation environment information.
• Inform target order quantity for accurate quotation and delivery arrangement.