3 Axis Machining Center V1370

Dongguan Jide Precision Machinery Technology Co., Ltd. is one of the most credible manufacturers and suppliers of 3 axis machining center v1370 in China. If you're going to wholesale high quality 3 axis machining center v1370 made in China, welcome to get quotation and free sample from our factory. All customized products are with high quality and competitive price.

This machine is a vertical heavy-duty 3 Axis Machining Center V1370

Taiwan three-axis rail (Y-axis four-rail), Taiwan BT40-8000r spindle;

Optional:

System: FANUC OI MF, SIEMENS, Mitsubishi M80, GSK25i, etc.;

Tool magazine: disc type 24T tool magazine

Protection: full protection, simple protection

Others: the fourth axis, chip conveyor, 12000r spindle;

Spindle optional

(Taiwan Royal/Kerturn with 8,000 rpm spindle) BT40 11/15KW Belt type high level spindle speed

HIWIN Ball Screw

Class C3 ball screw, stable operation, small backlash

Control system :

 customers can install FANUC0IMF/SIEMENS 828D/MITSUBISHI M80B

Y axis 4 pcs roller guideway 

Parameter

High standard level assembly

The precipitation of senior professional technology injects more technical guarantees into the products.

Professional assembly tools

Assembling tools in all links adopt domestic and foreign first-line brands.

3 Axis Machining Center V1370 it is packaged in a wooden package . standard for export .

its delivery time 30-45days after downpayment . 

Renishaw laser interferometer, ballbar, spindle balance

Various detectors

Repeat positioning accuracy 0.003MM

How to judge the accuracy of a 3 Axis Machining Center V1370 ?

1. The positioning of the test piece of the vertical machining center:

The test piece should be in the middle of the X stroke and placed along the Y and Z axes at an appropriate location for the test piece and fixture positioning and tool length. When there are special requirements for the positioning position of the test piece, it shall be stipulated in the agreement between the manufacturer and the user.

2. Fixing of the test piece:

The test piece should be conveniently mounted on a special fixture to achieve maximum stability of the tool and fixture. The mounting surface of the fixture and the test piece shall be straight.

The parallelism between the mounting surface of the test piece and the clamping surface of the fixture shall be checked. A suitable clamping method should be used to allow the tool to penetrate and machine the full length of the center hole. It is recommended to use countersunk screws to fix the specimen to avoid interference between the cutter and the screws, and other equivalent methods can also be used. The overall height of the specimen depends on the chosen fixing method.

3. Material, cutting tool and cutting parameters of the test piece:

The material, cutting tools and cutting parameters of the test piece are selected according to the agreement between the manufacturer and the user, and should be recorded. The recommended cutting parameters are as follows:

1) Cutting speed: about 50m/min for cast iron parts; about 300m/min for aluminum parts.

2) Feed rate: about (0.05~0.10) mm/tooth.

3) Cutting depth: All milling processes should have a radial cutting depth of 0.2mm.

4. The size of the test piece:

If the test piece has been cut several times, the overall size is reduced, and the hole diameter is increased. When it is used for acceptance inspection, it is recommended to select the final contour processing test piece size consistent with the provisions in this standard, so as to reflect the cutting accuracy of the machining center faithfully. The test piece can be used repeatedly in the cutting test, and its size should be kept within ±10% of the characteristic size given in this standard. When the test piece is used again, before a new fine cutting test, a thin layer cutting should be carried out to clean all the surfaces before testing.

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