Precision light duty live center DM311/312/313/314/315/316/317

Structure and process characteristics

1. Lightweight and compact shell

Narrow outer diameter body, minimal interference, suitable for precision machining of slender shafts and small precision parts, without rubbing against the knife.

2. Precision bearing assembly

Deep groove ball+thrust needle roller composite bearing, smooth rotation, low vibration, ensuring high speed accuracy and stability.

3. High hardness and wear-resistant top

Top 60 ° standard centering cone, quenched and ground, center hole wear-resistant, long-term processing without deformation.

4. Fully enclosed and maintenance free lubrication

Factory long-lasting grease seal, no need for frequent oiling during normal use, dustproof and waterproof.

5. Overall precision grinding

The taper handle, shell, and tip are all finely ground, and the taper fits the lathe tailstock without any gaps.

Applicable Scenarios

1. Equipment matching: Instrument lathe, small ordinary lathe, CNC small lathe (tailstock MT1 taper hole)

2. Processing workpieces: slender shafts, small shafts, copper aluminum precision small parts, hardware micro parts, mold ejector pins, clock accessories

3. Processing technology: outer circle precision machining, semi precision machining, high-speed high gloss machining, processes with high requirements for roundness and roughness

4. Working condition limitations: only light load, high speed; Not suitable for heavy-duty forgings, large cutting allowances, and rough turning

Precautions for use

1. Only suitable for MT Morse tailstock, clean the taper handle before installation to avoid excessive jumping;

2. The single cutting load should not be overloaded, otherwise the bearing is prone to heating and the accuracy will rapidly deteriorate;

3. Regularly check the oil seal during long-term high-speed processing, and do not let the coolant rush directly into the bearing gap for a long time;

4. Store for rust prevention, with the top cone surface to avoid collision and damage to the centering accuracy.