- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
 |
| Quantity: | |
|---|---|
High Precision & Self-Aligning Capability
The circular-arc groove design effectively absorbs installation errors, ensuring low-friction, high-precision linear motion at high speeds, while enhancing overall stability and reliability.
High Interchangeability & Multi-Model Compatibility
The HGW series (HGW15CC to HGW65CC) shares standardized mounting dimensions, allowing seamless replacement with other HG components and simplifying maintenance across various load requirements.
Exceptional Rigidity & Load Capacity
The four-row design provides equal load ratings in radial, reverse radial, and lateral directions, ensuring superior rigidity. This makes the slider ideal for applications demanding both stability and accuracy.
Low-Friction Design for High-Speed Motion
Optimized structure significantly reduces friction, enabling high responsiveness, low energy consumption, and smooth high-speed operation—perfect for modern automation and high-cycle processing.
CNC Machinery
Ideal for machining centers, engraving machines, and grinders, the HGW15CC ensures high-speed, high-precision motion of tools or tables, making it essential for precision machining systems.
Industrial Automation Systems
Enables responsive linear movement in robotic arms, transfer modules, and automated assembly units—enhancing accuracy and efficiency across production lines, electronics manufacturing, and inspection equipment.
Precision Medical & Packaging Equipment
Supports stable, repeatable positioning in medical imaging systems, surgical robotics, and high-speed packaging machines where compact structure and long-term reliability are critical.
Semiconductor & Optoelectronics Manufacturing
Provides ultra-precise motion control for wafer handling, laser alignment, and chip packaging processes in cleanroom and high-frequency environments.
The PRIO HGW-CC flanged linear guide sliders are designed for applications requiring high precision, rigidity, and smooth motion. The following tables summarize model recommendations based on application needs and highlight the top-performing specifications across the CC series.
| Application Scenario | Recommended | Reason |
|---|---|---|
| Compact precision equipment | HGW15CC | Lightweight, low-friction, ideal for medical and miniature devices |
| Standard automation / medium load | HGW25CC / HGW30CC | Balanced rigidity and load, suitable for general-purpose industrial setups |
| High-speed modules / electronics lines | HGW35CC | Enhanced dynamic capacity and stability for automation systems |
| CNC machines / medium–heavy machining | HGW45CC / HGW55CC | High moment ratings and stiffness, ideal for tooling and milling machines |
| Heavy-duty CNC or industrial robotics | HGW65CC | Maximum load, moment, and rigidity performance for demanding applications |
| Metric | Model | Value | Unit | Meaning |
|---|---|---|---|---|
| Dynamic Load Capacity © | HGW65CC | 163.63 | kN | Max continuous load during operation |
| Static Load Capacity (C₀) | HGW65CC | 324.71 | kN | Max load when stationary, relates to shock resistance |
| Allowable Moment Mr (Roll) | HGW65CC | 6.44 | kN·m | Resistance to rolling torque |
| Allowable Moment Mp (Pitch) | HGW65CC | 10.02 | kN·m | Resistance to pitching torque |
| Allowable Moment My (Yaw) | HGW65CC | 9.17 | kN·m | Resistance to yawing torque |
| Slider Weight | HGW65CC | 9.17 | kg | Net weight of slider |
| Rail Weight | HGW65CC | 15.08 | kg/m | Weight per meter of rail, related to structural support and logistics load |
 |  |  |  |
 |  |  |  |
 |  |  |  |
 |  |  |  |
