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CNC High Precision Whirling Solution
Worm

CNC High Precision Whirling Solution

What is Worm Purpose: The core worm of the automotive electric power steering (EPS) system, responsible for transmitting steering torque and ensuring self-locking; Material: HRC60±2 degree high hardness alloy; Geometric characteristics: small modulus precision thread structure, tolerance requirement ±0.01mm; Common

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CNC Worm Grinding Solution
Worm

CNC Worm Grinding Solution

What is Worm Grinding Purpose: The worm is the core component of the transmission system, which is used for medium-load precision transmission links such as machine tool feed/indexing, packaging equipment slitting, textile machinery winding, and synchronous drive of printing equipment.Material/geometric

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CNC Worm Thread Grinding Solution
Thread

CNC Worm Thread Grinding Solution

What is Worm Usage: The worm is the core component of the transmission system, which is used to achieve precision meshing, deceleration/reversing transmission; Materials: carbon steel, alloy steel, superalloys, etc.; Geometric characteristics: complex thread tooth shape, variable lead, wide range

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CNC High Precision Internal Grinding Solution
Ball Screw

CNC High Precision Internal Grinding Solution

What is High Precision Ball Screw Usage: Ball screw nuts are combined with screw screws to achieve rotational/linear motion conversion, which is the core component of precision devices such as CNC machine tools, industrial robots, and semiconductor equipment.Material/geometric features: High

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CNC Ball Screw Thread Grinding Solution
Ball Screw

CNC Ball Screw Thread Grinding Solution

What is Ball Screw Ball screws are the core transmission components of machine tools, robots, and high-end equipment, responsible for converting rotational motion into linear motion. Commonly used materials include superalloys, stainless steel, titanium alloys, etc., and the geometric characteristics

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CNC External Thread Grinding Solution
Thread

CNC External Thread Grinding Solution

What is External Thread Usage: Threaded components such as plug gauges, screws, and worm rods are the core components of machinery manufacturing and measuring tool testing, and are widely used in automotive, aerospace, and measuring tool production fields to ensure

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CNC High Precision Whirling Solution
Worm

CNC High Precision Whirling Solution

What is Worm Purpose: The core component of the automobile sunroof drive system, to achieve deceleration and torque increase, and to accurately control the opening and closing of the sunroof;Material/geometric features: high-quality alloy steel (40Cr/20CrMnTi), HRC60±2 after heat treatment, helix

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CNC High Precision Whirling Solution
Worm

CNC High Precision Whirling Solution

What is Worm Multi-head worm is the core component of mechanical transmission, which is used in metallurgical rolling mills, construction machinery rotary mechanisms, valve opening and closing systems and other scenarios. The common material is HRC60±2 hard material, which is

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CNC Trapezoidal Screw Whirling Solution
Ball Screw

CNC Trapezoidal Screw Whirling Solution

What is Trapezoidal Screw T-screws: the “skeleton” of automation equipment Trapezoidal Screw Whirling Core Pain Point Three major processing bottlenecks hinder the mass production of automation equipment Trapezoidal Screw Whirling Process PH80-4000 core link: cyclone millingComplete link: blank preparation→ roughing→

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CNC Ball Screw Thread Grinding Solution
Ball Screw

CNC Ball Screw Thread Grinding Solution

What is Ball Screw Ball screws are the core transmission components in high-end equipment – they convert rotational motion into linear motion with minimal friction, which is essential for CNC machines (5-axis mills/lathes), industrial robots (joints) and automation systems (linear

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CNC External Thread Grinding Solution
Thread

CNC External Thread Grinding Solution

What is External Thread External Thread Grinding Core Pain Point There are three major problems in traditional grinding machines: (1) insufficient accuracy (Ra≥0.6μm) → plug gauge scrap rate of 12%+; (2) Low efficiency→ single piece processing time 2h + delay

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