Boost automation ROI with a bespoke robot gripper designed for your line

We partner with US and European automation leaders to turn handling challenges into competitive advantages-with robotic gripper designs that increase uptime, reduce waste, and accelerate your automation ROI. Whether you need a delicate component for a crop harvesting robot with gentle gripping mechanism or a robust system for an automated robotic cell with pick-and-place robot, we deliver.

• Guaranteed performance: Your gripper meets spec or we redesign it.
• Full IP ownership: You own the complete design & CAD files.
• Market-compliant: Built to ISO, ANSI/RIA, and CE directives.
• Proven ROI: Average payback period: 6-9 months.

We specialize in complex robotic grasping mechanism design

Our robotics engineering design expertise isn't theoretical. Here's how we solve real-world problems across industries:

Challenge: Handling delicate glass panels (European solar manufacturer)

1. Problem: High breakage rate (>5%) with standard suction cup gripper for robotics on textured surfaces. Needed a robotic force sensing design for consistent, damage-free handling.
2. Our custom robot design solution: A hybrid gripper with adaptive robotic compliance mechanism design and micro-sponge contact points. Integrated real-time force feedback to the robot control system.
3. Result: Breakage reduced to 0.2%. Achieved CE Category 3 PLd safety certification. ROI in 4 months.

Challenge: High-speed picking of irregular food items (US logistics center)

• Problem: Standard 2-finger robotic claw grabber design failed on variable shapes. Needed a robotic gripper mechanism design for 99.5% pick rate at 60 cycles/min in a high-mix automated robotic cell.
• Our Solution: A proprietary robotic joint design with underactuated, conforming fingers. Mechanical design of the robot end-effector focused on fatigue resistance and quick wash-down.
• Result: 99.8% pick rate sustained. USDA-approved materials. Reduced product damage by 15%.

A collaborative robotics design process, Not a black box

Your engineers work with ours. We translate your requirements into a manufacturable, high-performance gripper design for your robot, from a simple robotic claw grabber to a complex multi-arm cell.

1. Phase: Discovery & digital twin: We analyze your part (3D scan/CAD), environment, and goals. Using advanced CAD robot design simulation (Fusion 360, ANSYS), we validate concepts digitally before any metal is cut. This is crucial for both delicate gentle gripping mechanisms and high-speed pick-and-place systems.
2. Phase: Mechanical robotic gripper Design & Prototyping: Our robotics mechanical design team develops the robotic load-bearing design, selects actuators, and engineers for reliability. You approve a functional prototype, whether it's a new suction cup gripper array or a sophisticated mechanical hand.
3. Phase: Robotic performance optimization & documentation: We refine the design for manufacturing, perform lifecycle testing, and deliver a complete package: robot design blueprints, robot design calculations, and integration manuals for your automated robotic cell team.