User-Friendly HMC CNC Machine Center HMC800 HMC630 Horizontal Machining Center 3/4/5 Axis Good Performance CNC Milling

Product Description

Horizontal Machining Center Overview
Horizontal Machining Center Structure

Horizontal Machining Center Performance Characteristics

  • The base adopts the popular inverted "T" type layout, and the overall structure is rigid. The whole stroke does not produce a subversive moment.
  • The base casting is machined with high-precision five-sided gantry, which can complete five sided milling, drilling and tapping in one setup, reducing the clamping error and improving the machining accuracy.
  • The lead screw adopts a group of 60° angular contact ball bearings, double support and pre-stretching to ensure the transmission precision roller guide rail, which can withstand heavy load cutting and has good shock absorption.
  • Adopt high-precision spindle with spindle air curtain protection device to ensure stable spindle accuracy and long life.
  • CNC rotary table, indexing table, exchange table optional.
SPECIFICATIONS Units HMC630 HMC800 HMC1000
Table size mm 630*630 800*800 1000*1000
X axis travel mm 1050 1300 1600
Z axis travel mm 900 1000 1000
Y axis travel mm 700 1000 1000
Distance from spindle center to table surface mm 120-870 150-1150 120-1120
Distance between spindle nose and table center mm 130-1030 200-1200 200-1200
Table quantity pcs 2 2 2
T slot(number-width*pitch) mm 5-22*125 5-22*125 5-22*125
Max. worktable load kg 800 1500 1500
Table indexing ° 1°*360 1°*360 1°*360
Maximum speed of table r/min 10 10 10
Main motor power kw 15/18.5 15/18.5 15/18.5
Spindle taper BT50-190 BT50-190 BT50-190
Max. spindle speed rpm 6000 6000 6000
Cutting feed speed mm/min 1-10000 1-10000 1-10000
Rapid traverse speed m/min 36 / 20 / 24 24 / 20 / 24 24 / 20 / 24
Tool magazine Arm 30 Arm 30 Arm 30
Max. tool diameter mm 112/200 112/200 112/200
Max. tool length mm 400 400 400
Max. tool weight kg 18 18 18
Tool change time (tool to tool) sec 3 3 3
Machine minimum setting unit mm 0.001 0.001 0.001
X,Y,Z axis positioning accuracy mm 0.012 0.012 0.012
X,Y,Z axis repeat positioning accuracy mm 0.008 0.008 0.008
B axis positioning accuracy 10″ 10″ 10″
B axis repeat positioning accuracy 5″ 5″ 5″
Machine weight kg 15000 20000 22000
Overall dimension(L*W*H) mm 6200*4100*3200 6600*4300*3300 7000*4500*3300
Machining Center Inside Structure
Horizontal Machining Tool Spindle
Machining Center Linear Guide Rails
Machining Center Axis Details
Machining Center Worktable System
Horizontal Machining Center Setup
Machining Process Details 1
Machining Process Details 2
Machining Process Details 3
Machining Process Details 4
Machining Process Details 5
Machining Process Details 6
Machining Process Details 7
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Frequently Asked Questions (FAQ)

What are the benefits of the inverted "T" layout base?
The inverted "T" type layout provides a highly rigid structural design. This setup ensures that the machine does not produce a subversive moment throughout the entire stroke, maintaining high stability during heavy-duty cutting operations.
How does the five-sided gantry machining process improve base quality?
The base casting is machined in a single setup using a high-precision five-sided gantry. By completing the milling, drilling, and tapping processes in one setup, clamping errors are significantly reduced, which directly improves final machining accuracy.
What type of spindle protection is equipped on these machining centers?
These machines are equipped with a high-precision spindle featuring an air curtain protection device. This setup prevents contaminants like dust and coolant from entering, ensuring stable spindle accuracy and extending the spindle's service life.
What options are available for the worktable configuration?
Depending on your specific machining requirements, you can choose from optional configurations such as a CNC rotary table, indexing table, or an exchange table for optimized loading and unloading efficiency.
How does the lead screw configuration ensure precision?
The lead screw utilizes a specialized group of 60° angular contact ball bearings along with double support and pre-stretching. This design guarantees transmission precision on the roller guide rail, offering excellent shock absorption and resistance to heavy cutting loads.
What are the differences in worktable load capacity among the models?
The HMC630 supports a maximum worktable load of 800 kg. For heavier components, the HMC800 and HMC1000 models both support a maximum load capacity of 1500 kg.

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