LEYO M7 High Speed Cnc Milling Machine Prouduct Description:
LEYO M7 small CNC milling machine is mainly widely used in industries such as 5G/3C/automotive parts, precision parts, small molds, medical equipment, and precision molds for small plate parts, disc-shaped parts, and shell processing. It is suitable for processing small and medium-sized precision parts and molds.LEYO M7 high speed cnc milling machine has the characteristics of high rigidity, high precision, and high speed machining. The machining range of this machine is 700/600/300 mm.The machine adopts an 11kw, 3000rpm electric spindle, which improves torque and cutting force while also improving smoothness. Suitable for small precision mold processing.
LEYO M7 High Speed Cnc Milling Machine Technical Parameters
Brand:LEYO
Product Name:M7 CNC Milling Machine
Xyz Aixs Travel: 700/600/300 mm
Working Table and load: 700x600 mm 600 kg
Spindle:Motorized spindle BT30 11 kw 30000 rpm
Xyz Position Accuracy: ±0.005mm
Xyz Reposition Accuracy: ±0.003mm
Machine Weight: 4200kg
Machine Size:1900*2376*2500 mm
Axis Number:3/4/5 axis
Tool magazine capacity:None/12T/16T
Controller:Gsk/Hnc/Lnc/Syntec/Mitsubishi/Fanuc/Siemens
FAQ:
What is the difference between electric spindle and mechanical spindle?
1. The mechanical spindle works by driving the spindle to rotate through the spindle motor and the intermediate transmission device (variable speed gear, belt or coupling). Its output torque and power are high, but the speed, accuracy, and stability are relatively poor.
2. Electric spindle is a new type of spindle component that integrates the functions of machine tool spindle and motor from a structural perspective. It means that a high-speed motor is placed inside the spindle component, and through a control system, the spindle obtains the required working speed and torque. Therefore, it is also known as an internal electric spindle; It eliminates the transmission link of belts, gears, or couplings, achieving "zero transmission" of the machine tool spindle system, and is a significant transformation of the CNC machine tool transmission system; It overcomes the shortcomings of traditional mechanical spindles such as slipping, high vibration and noise, and large inertia at high speeds, effectively improving the overall performance of the spindle at high speeds, and has the advantages that mechanical spindles cannot replace.
