SCARA (Selective Compliance Assembly Robot Arm) robots are widely used in fields such as electronic assembly, semiconductors, lithium batteries, medical devices, 3C automation, and packaging sorting. They have extremely high requirements for high speed, high precision, and high repeatability positioning accuracy. Therefore, harmonic drive reducers have become the core transmission components of many mid-to-high-end SCARA robots.
Through structural cost reductions and improved efficiency, PICEA MOTION achieve significant cost advantages. These savings are reflected in our product pricing, allowing PICEA MOTION to share the benefits with customers and make advanced precision harmonic drive technology accessible to a wide range of intelligent manufacturing enterprises. PICEA MONITION ‘s harmonic drive reducers provide full speed ratio models to match the performance requirements of different axes in high-precision assembly and flexible handling scenarios. PICEA MOTION harmonic drive solutions are the idea choice for the SCARA ROBOT.
SCARA robots typically consist of four axes,where J1 and J2 are the core rotational joints,J4 is the high-precision end-effector rotation axis. These three rotational axes are best suited for use with harmonic reducers.
J1: Base Axis (shoulder joint)
J2: Elbow Axis (elbow joint)
J3: Z-axis elevation
J4: End-effector rotation axis
High Repeatability
The most important performance indicator for SCARA robots:
Repeatability
Harmonic reducers typically have near-zero backlash, significantly improving assembly accuracy.
Compact Structure
SCARA robots emphasize miniaturization,lightweight and high Speed. Harmonic reducers offer coaxial input/output, small size,light weight, which is especially suitable for the limited joint space of SCARA robots.
High Dynamic Performance
SCARA cycle times are typically 0.3s,0.4s,0.5s
Frequently required rapid acceleration, rapid deceleration
Harmonic reducers have low inertia, enabling robots to achieve faster cycle times.
High Rigidity Design
For SCARA radial loads and axial loads are relatively high.High-rigidity harmonic structures improve trajectory tracking accuracy, vibration resistance, load stability, especially suitable for high-speed electronic assembly lines.
