Introduction
The Dairuike 170FS Square Hole Full-Stroke Laser Chuck is a high-precision clamping device designed for advanced laser cutting and machining applications. Engineered for stability, durability, and exceptional gripping power, this chuck is ideal for industries requiring tight tolerances and repeatable accuracy. Its unique square hole design ensures secure workpiece fixation, while the full-stroke capability allows for versatile material handling.
| OD (mm) |
Spindle Bore （mm） |
Center-height (mm) |
Total Weight (Kg) |
Inertia (kg. cm2) |
Repeatability （mm） |
Rotary Precision mm |
| Φ500 | 180×180 | 260±0.05 | 280 | 37300 | ≤0.15 | ≤0.1 |
Key Benefits
1、Square Hole Design to Increase Stability
The 170FS’ heart is the unique square hole design that is engineered to provide a more solid and centered grasp on non-round or uneven-shaped pieces of work. Unlike traditional spherical chucks that may have uneven distribution of force, the square hole design has a multi-point contact that enhances stability in the axial direction, decreases lateral shift, and virtually eliminates slippage during rapid rotation.
Whether you’re using a Square Tube Clamp, a flat bar, or an asymmetrical design, the 170FS guarantees that the workpiece will be positioned consistently, which minimizes the risk of micro-deviations that can lead to mislabeled cutlines.
2、Complete mechanism for maximum flexibility.
The 170FS contains a full-stroke mechanism that enhances the efficiency of operation greatly. By allowing the jaws to travel all of the motion range without requiring manual repositioning, it can adapt to different sized materials: from thin plates to thick rods, with no downtime.
This is particularly beneficial in high-mix or automated production lines, where the part sizes are frequently changing. The full-stroke system guarantees a consistent pressuring force across all sizes, it maintains precise tolerances without the need for constant re-calibration.
3、High Density & Resistance to Heat
Laser environments are characterized by extreme temperature fluctuations, contamination, and constant mechanical pressure. The 170FS chuck is made from hardened steel that provides both thermal resistance and structural support, even when it’s loaded.
Its precision-machined surfaces are subjected to heat treatment and an anti-corrosion coating, this increases the life of the chuck while maintaining its performance. This tough design makes it a popular choice for production floors that require reliability.
4、Precision Engineering in the Laser World
Designed with the speed of laser cutting and writing systems in mind, the Dairuike 170FS has a low runout and is constructed with a dampening mechanism. Every Chuck is dynamically compensated to reduce mechanical vibrations, which results in cleaner cuts, less tool wear, and a longer life of the laser head.
The internal mechanism is designed to maximize micro-movement accuracy, which is essential for industries like aerospace, electronics, and medical device creation. A 0.1mm deviation can lead to a failed component.
Interesting Areas
With its high flexibility and precise control, the 170FS is ideal for a variety of industrial endeavors, including but not limited to:
- Laser machines that cut material by moving a fiber optic cable are available (CO₂, fiber, ultraviolet, or diode laser).
- CNC centers that turn and write with a CNC machine
- Aerospace component manufacturing ( turbine blades, brackets, casings)
- The production of automotive components (fences, structural supports)
- Precision electronics (enclosures, PCBs, or small metal sheets)
The square hole chuck also has a successful reputation in the composite material industry. This profession requires delicate but consistent clamping to avoid internal delamination during the process of machining.
A Future-Clamping Solution that is Next Generation.
The Dairuike 170FS Square Hole Full-Stroke Laser Chuck is more than just a device for holding work. It’s a way to increase the value of any high-precision manufacturing endeavor. By combining cutting-edge geometry that fuses with full range adjustability and superior material properties, it creates a new standard in laser technology that is associated with the chuck.
For manufacturers that want to increase productivity, reduce downtime, and increase accuracy while maintaining precision, the 170FS is a superior choice. It’s not simply intended for today’s laser systems, but also for the future of intelligent, high volume manufacturing.
