Surface Grinder Chuck Disk Machines and Processing 100*150 150*200 CNC Parts

Description

Surface Grinder Chuck Disk Machines and Processing 100*150 150*200 CNC Parts
Description
【Product name】： Chuck For Grinding Machine Fine Pole Magnetic Chuck Machining Workholding 6*12 inch 150*300) Surface Grinder Permanent
【Type】：Plunger slide
【Model】：SRDPN1212/1616/2020H10T3
【 Magnet thickness】：2.0mm-3.0mm
【Gap density】：0.5mm*1mm
【Thickness】：4.5mm - 55mm
【Magnetic force】：8KG-15KG
Note:
Fine Pole Magnetic Chuck Machining Workholding 6*12 inch(150*300) Surface Grinder Permanent Magnetic Chuck For Grinding Machine Magnetic Chuck is mainly used in a variety of surface grinding machine, tool grinding machine as a workpiece positioning processing. It has the features of high precision, uniform suction and safety, so that it is a processing positioning sucker sucker.
Method of use：
Put the workpiece on the suction table, and then insert the wrench into the shaft hole to turn clockwise180°, the workpiece can be sucked for processing.
The workpiece is completed, the wrench can be inserted into the shaft hole to turn counterclockwise 180 °, you can remove the workpiece
Maintenance：
Sucker should be wiped clean before use to avoid scratching the surface, after using, the surface should be coated with oil to prevent corrosion.
Use of ambient temperature: -40 ℃ -50 ℃.
Do not knock, to prevent magnetic reduction.
Strong dense pole permanent magnet sucker is for surface grinder, sparks machine, WEDM.
Very fine spacing, uniform magnetic distribution, particularly for processing small thin parts.
Worktable precision no change while magnetizing and demagnetizing.
Panel with special treatment, no leakage, to prevent corrosion of cutting fluid. To prolong service life of the disk, it can be placed on the cutting fluid for storage. Six-surface fine grinding processing, the sucker can be used in vertical direction on the wire cutting machine cutting.
High-performance magnetic steel disk, with suction, almost no remanence.
Package Includes:
Selected variation