HMC-100 HMC Machining Center

$50000≥1Set/Sets

Payment Type:	L/C,T/T,D/P,D/A,Bank transfer
Incoterm:	FOB,CFR,CIF,EXW
Min. Order:	1 Set/Sets
Transportation:	Ocean,Land
Port:	shenzhen,guangzhou,dongguan

Option:

Gsk controller
Hnc controller
Lnc controller
Syntec controller
Mitsubishi controller
Fanuc controller
Siemens controller

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Product Description

Product Attributes

Model No.: HMC-100

Brand: LEYO

CNC System: Gsk, Fanuc, Mitsubishi, Siemens

Product Name: HMC-100 Hmc Machining Center

Working Table And Load: 1000*1000 mm 1600 kg

Spindle: Belt spindle 22/26 kw 8000 rpm

Xyz Position Accuracy: ±0.005mm

Xyz Reposition Accuracy: ±0.003mm

Machine Weight: 10500 kg

Machine Size: 6500x4700x3700 mm

Tool Magazine Capacity: 24T

Xyz Aixs Travel: 1600/1000/1000 mm

Packaging & Delivery

Selling Units	:	Set/Sets
Package Type	:	wooden case packing

Product Description

LEYO HMC-100 Hmc Machining Center Description

LEYO HMC-100 HMC Machining Center machining range is 1600/1000/1000 mm,adopt 1000*1000 mm horizontal 4 axis rotary table.

LEYO HMC-100 Hmc Machining Center Technical Parameters
Brand:LEYO
Machine Name:HMC-100 Hmc Machining Center
Xyz Aixs Stroke: 1600/1000/1000 mm
Working Table Size and Max load:1000*1000 mm 1600 kg

Spindle Type:Belt spindle

SpindlePower/Speed:22/26 kw 8000 rpm

Xyz Axis Position Accuracy:±0.005 mm
Xyz Axis Reposition Accuracy:±0.003 mm
Machine Weight:10500 kg
Machine Size:6500x4700x3700 mm
Axis Number:3/4/5 axis
Tool Library capacity:24T

Controller System:Gsk/Hnc/Lnc/Syntec/Mitsubishi/Fanuc/Siemens

Hmc 100

FAQ

1.What is the difference between horizontal and Vertical Machining Centers?

Horizontal and Vertical machining Centers (HMCs and VMCs) are two types of machine tools used in the manufacturing industry. The main difference between these two machines is the orientation of the spindle axis.

A Vertical Machining Center has a vertically oriented spindle axis, which allows for the cutting tool to move vertically up and down the workpiece. This makes VMCs ideal for producing parts with complex geometries, such as molds, dies, and aerospace components.

On the other hand, a Horizontal Machining Center has a horizontally oriented spindle axis, which allows for the cutting tool to move horizontally across the workpiece. This makes HMCs ideal for producing parts with long and narrow shapes, such as engine blocks and crankshafts.

In summary, VMCs are best suited for complex parts with intricate geometries, while HMCs are best suited for long and narrow parts. However, both machines can be used for a wide range of applications and are essential tools in modern manufacturing.