Servo Drives leverage fully proprietary AI algorithms and the innovative PIC Parallel Intelligent Control Architecture, delivering a 30%-60% performance increase over conventional drives with force control precision up to ±0.1g.
Key Specifications: Supports EtherCAT (4kHz), CANopen, and ABZ/BiSS-C/Tamagawa encoders, covering 24-48V DC and 1-28A power ranges. Featuring a patented hollow-bore design and multi-axis integration, the units are ultra-compact (min. 70×50×33.9mm) and operate reliably from -40°C to +55°C, with one-click auto-tuning and 40+ safety protections. Ideal for semiconductor, 3C electronics, and embodied intelligence robotics.
Servo Drives leverage fully proprietary AI algorithms and the innovative PIC Parallel Intelligent Control Architecture, delivering a 30%-60% performance increase over conventional drives with force control precision up to ±0.1g.
PALKI’s series of servo drives is designed for harsh and extreme working conditions, featuring compact size, high power density, rich interfaces, easy installation and commissioning, and high reliability. It operates stably from -40°C to +70°C.
Built-in 32-bit dedicated servo DSP supports absolute/incremental encoders and Hall feedback. Adopting an improved closed-loop algorithm, it delivers excellent low-speed precision. Parameters can be set via supporting software, with current, speed and position control modes available. It is ideal for pods, turntables, humanoid robot joints and other space-constrained applications with strict size and power requirements.
Industrial Standard Environment | Harsh & Extreme Environment |
✔ High precision control (Force precision ±0.1g) | ✔ Extreme temperature resistance (-40°C to +70°C) |
✔ Multi-axis synchronization (EtherCAT 4kHz) | ✔ Anti-vibration & rugged design (High shock/vibration tolerance) |
✔ High-speed closed-loop response | ✔ High durability components (Military/industrial grade selection) |
✔ Standard protocols support (EtherCAT, CANopen) | ✔ Enhanced protection system & conformal coating |
✔ AI-based motion optimization algorithms | ✔ Compact structure with ultra-high power density |
Hollow shaft encoders simplify direct mounting on rotating shafts, eliminating the need for flexible couplings and reducing axial length, while solid shaft designs are suited to applications using couplings or dedicated mechanical interfaces for higher mechanical isolation.
Yes. PALKI motion control products support standard communication protocols and standard mechanical mounting interfaces, making them fully compatible with a wide range of industrial automation controllers, PLCs, and third-party robotic platforms.
PALKI offers multiple mechanical configurations—including various shaft diameters, flange types, clamping collars, and housing styles—to meet diverse installation constraints and load requirements.
Selected products are designed for demanding environments with high shock and vibration resistance, featuring reinforced structures and encapsulated electronics suited for mobile robotics, heavy industrial machinery, and other dynamic applications.
Yes. PALKI application engineers offer technical consultation to evaluate your speed, torque, precision, and environment parameters to recommend optimally matched encoders, servo drives, motors, and joint modules.
