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 characteristics: Commonly used materials are 45 steel, alloy steel (such as 40Cr); The structure is
What is Worm Grinding Usage: grinding cylindrical worm and trapezoidal screw/ball screw, used in the field of medium-load precision transmission (machine tool feeding mechanism, packaging equipment slitting system, textile machinery winding parts, etc.).Material/geometric features: The workpiece is made of alloy steel/stainless steel; The structure is threaded type (the number of worm heads is 1-2/≥3); Dimensions:
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 angle about 6°, compact structure;Common risks: low efficiency of traditional vertical machining centers (15min per
What is Worm External Thread Purpose: The steering worm is the core component of the electric power steering (EPS) system, which converts motor torque into steering force and determines the lightness and accuracy of steering. Geometric characteristics: complex thread tooth shape (trapezoidal/ball screw tooth shape), high lead accuracy requirements, sensitive tooth surface roughness; Common risks:
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 of helix angle (+30°~-160°); Common risks: Tooth shape error leads to poor meshing, poor surface
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 risks: insufficient machining accuracy leads to steering stuttering, rough surface affects transmission efficiency, and fast
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 characterized by multi-head plane secondary envelope type, and traditional processing is prone to risks such
What is High Precision Worm Purpose: The steering worm is the core component of the electric power steering (EPS) system, which converts motor torque into steering force and determines steering accuracy and smoothness. Materials: commonly used HRC58-62 degree hard alloy steel (such as 20CrMnTi carburizing and quenching); Geometric characteristics: complex tooth shape (Archimedes worm/involute worm),
What is Worm Worm use: the core component of the transmission system, widely used in the deceleration/steering mechanism of machine tools, automobiles, textile machinery, and construction machinery;Materials: 45 steel, 40Cr alloy steel, 304 stainless steel, etc.;Geometric characteristics: helical tooth shape, multi-wire thread (1-4 heads), high tooth surface accuracy requirements;Common risks: tooth shape deviation leads to
What is Worm High Precision Whirling Core Pain Point There are three major pain points in traditional vertical machining center processing: High Precision Whirling Process Blank (Forgings/Castings) → Roughing (Removal of Allowances) → MX500-N50 Cyclone Milling Finishing (Thread Forming) → Surface Treatment (Deburring) → Inspection (Dimension + Roughness)Key points of the sub-link High Precision Whirling