Bench Type Machining Center

Desktop machining center is an essential piece of equipment in the manufacturing industry. It is used to cut, shape, and drill materials such as metal, plastic, and wood. There are different types of machining centers, but in this article, we will focus on two of them: the three-axis linear guide machining center and the two-axis linear guide and hard rail machining center.

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Bench type machining center

The three-axis linear guide machining center is a machine that has a moving table and three linear guide axes: X, Y, and Z. The linear guides provide accurate and smooth movement for the machine. This type of machining center is suitable for heavy-duty cutting and high-precision drilling. It is widely used in various industries such as aerospace, automotive, and medical.

The two-axis linear guide and hard rail machining center is a machine that has a moving table and two linear guide axes: X and Y, and a hard rail for the Z-axis. The hard rail provides stronger support for the machine, which is suitable for heavier cutting and drilling. This machine is commonly used in the production of large parts or parts that require high precision.

Both of these machines have their benefits and drawbacks. The three-axis linear guide machining center has a higher accuracy, smoother movement, and requires less maintenance. However, it is more expensive than the two-axis linear guide and hard rail machining center. On the other hand, the two-axis linear guide and hard rail machining center is more affordable and has better durability and stability.

In terms of operation, both machines have similar features. They usually come with a control panel that allows the user to set the cutting speed, spindle speed, and toolpath. Most of these machines also come with a computer-aided design (CAD) and computer-aided manufacturing (CAM) software, which allows the user to create the design and generate the toolpath.

By using these machines, manufacturers can increase their productivity and reduce their production time. The accuracy and precision of these machines also ensure that each product is consistent and meets the required specifications. As a result, it can help improve the quality of the product and reduce the chances of defects.

In conclusion, the desktop machining center is a valuable tool in the manufacturing industry. The three-axis linear guide machining center and the two-axis linear guide and hard rail machining center both have their pros and cons. However, they both offer high accuracy, precision, and efficiency in production. Therefore, investing in these machines is a smart move for any business looking to improve its production capabilities.

VMC1275 Vertical machining center

1.VMC1275Mechanical specification sheet

Project	unit	VMC1275
X axis itinerary	mm	1250
Y axis itinerary	mm	750
Z axis itinerary	mm	750
Number of workbench	PCS	1
Distance from spindle end face to workbench center	mm	150-900
Distance from spindle center to worktop	mm	800
Spindle speed	Rpm	8000
Spindle power	KW	11
Spindle taper		BT40-150 / BT50
Workbench area	mm	1400×750
Maximum load of the workbench	kg	1500
T-type slot size	mm	5-18-125
X-axis rapid displacement	m/min	36
Y-axis rapid displacement	m/min	36
Z-axis rapid displacement	m/min	36
Cut into give speed	mm/min	1-10000
Controller system	Taiwan Syntech	Syntech 22MA (optional Siemens / Fanuc / Mitsubishi / Emperor / Kane / Guangzhou / Huazhong)
X / Y / Z guide rail form		Three axis rail
X / Y / Z ball guide rail	mm	45/45/45
Tool magazine form		Disk tool magazine
Tool magazine	pcs	24
Tool change time	s	2.5
Accuracy detection standard		JISB6336-4:2000/GS/T 18400.4-2010
X / Y / Z axis accuracy	mm	±0.005
Repeat positioning accuracy of the X / Y / Z axis	mm	±0.003
Machine weight	Kg	7500(±5%)
Outer dimension of the machine tool (length, width and height)	mm	3500×2700×3000

This product can be customized according to the customer needs.

2.Optional

Spindle (Domestic / imported brands are optional)	Electric spindle 18000-24000 turn with turning function
Tool magazine	Disk 24 tool magazine
Rotating platform (Domestic / imported brands are optional)	The fourth axis of the platform Cradle turn Cradle with turning function transfer table
Controller system	Siemens 840 Fanuc Mitsubishi Syntech ( China KND Digital) GSK( China Guangzhou Digital) H N C( China Huazhong Digital)

3.Brand and specifications of main parts

NO.	Part name	Brand	Producers	Precision grade
1	CNC system	Syntech	Taiwan, China	High performance level
2	Spindle unit	Dan Quan / Okada	Taiwan, China	High performance level
3	Spindle bearing	FAG/NSK/NTN	Germany / Japan	P4
4	Three-axis bearing	FAG/NSK	Germany / Japan	P4
5	Three-axis guide rod	Haidong, Liuding	Taiwan, China	C3
6	Three axis guide rail	Haidong, Liuding	Taiwan, China
7	Three axis telescopic cover	Haidong, Liuding	China
8	Three-axis telescopic shield	Luo Rui	Taiwan, China
9	Air pressure parts	Yadeke	Taiwan, China
10	transformer	Jinbao	Taiwan, China
11	Electrical parts	Omron / Schneider / Delixi	Japan / French / domestic products
12	Spindle belt	8YU	Germany
13	Spiral filter (optional)	Hao kun	China
14	automatic lubricator	Bao teng	China
15	Spindle knife cylinder	Xi take card	Taiwan, China
16	Machine tool structure cast iron	Resin sand grey ball cast iron	China
17	hydraulic pressure station		China
18	BT40 knife library	Desu / Okada	Taiwan, China	24PCS
Note: When the supply is insufficient, products from other brands will be replaced, but there will be no difference in quality and grade

4.Random attachment

NO.	Name of a part	Specifications	Quantity
1	Operating specification	Syntech	1
2	Syntech	Syntech	1
3	Circuit diagram	Chinese Standard	1
4	Random accuracy table	Chinese Standard	1
5	Tool cabinet	15″	1
6	Foundation supplies		1

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