Inverse Kinematics & High-Precision Automation

Industrial Robotic Arm Engineering Lab

Design high-speed, sub-millimeter articulated robotic manipulators. Program 6-axis rotary joints, pneumatic vacuum grippers, and inverse kinematics trajectory planning for modern smart factories!

🦾 Pre-Configured Arm Models

Explore heavy industrial assembly arms engineered for high-throughput factory automation.

Titan-6 Class Available
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AUTONOMOUS AI

Titan-6 Industrial Manipulator

Heavy-duty 6-axis factory assembly arm with sub-millimeter precision

Articulated Axes6 Rotary Joints
Max Stall Torque280 Nm (Shoulder)
Repeatability±0.02 mm High-Precision

Robotic Arm Anatomy & Kinematic Modules

Inspect harmonic drives, composite booms, wrist units, and pneumatic end-effectors.

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High-Torque Harmonic Shoulder Pivot

Category: ACTUATOR
Operating Voltage
48 V DC

Dual harmonic drive gearbox generating 280 Nm of torque for primary vertical arm elevation.

Total Mass
14 kg
Continuous Torque
280 Nm
Degrees of Freedom
1 DoF
Engineering Principle: Inverse Kinematics (IK)

Direct kinematics calculates where the hand ends up given known joint angles. Inverse Kinematics does the hard math backwards: given a target coordinate in 3D space, calculate all 6 joint angles simultaneously!

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Ready to Automate the Factory Floor?

Mount heavy turntables, composite booms, and pneumatic claws in the Assembly Workshop, then run high-speed pick-and-place trajectories.