Complete list of gear reducer matching schemes for different lathe operating conditions

1. Small precision CNC lathe (small piece precision machining): suitable for low backlash helical gear planetary reducers. This type of equipment focuses on high-precision machining, with small workpiece size and high precision requirements. The helical gear structure transmission is smoother and quieter, with a design of ≤ 2 arc minutes and low backlash. It is perfectly suitable for precision turning, thread machining, and surface machining scenarios.

2. Ordinary horizontal lathe (conventional rough and fine machining): suitable for straight tooth planetary reducer/small turbine worm reducer. Moderate working conditions, balancing accuracy and efficiency, conventional material processing does not require ultra-high precision, and both reducers can meet the requirements, with high cost-effectiveness and strong stability.

3. Heavy duty CNC lathe (heavy-duty cutting of large parts): compatible with flange type high rigidity planetary reducer. Large cutting has high impact force and load, and the flange output structure has stronger rigidity, which can withstand ultra large radial loads, prevent transmission deformation and jamming, and is suitable for hard heavy-duty processing such as stainless steel, forgings, and castings.

4. High speed feed lathe and milling composite machine: compatible with high-speed and efficient planetary reducers. High speed, fast tool change, and high-frequency feed conditions require a reducer with high transmission efficiency and fast dynamic response to avoid speed lag and transmission lag, ensuring high-speed and stable operation of the equipment.