HMC500 Industrial Machinery High-Accuracy Automatic CNC Horizontal Milling Machine Heavy Duty HMC Machining Centre GSK BT40

Product Description

HMC500 CNC Horizontal Milling Machine

HMC500 Industrial Machinery High-Accuracy Automatic CNC Horizontal Milling Machine Heavy Duty HMC Machining Centre Fanuc BT40

Horizontal Machining Center Design

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.

Technical Specifications

Project Unit HMC500
Workbench mm 500*500
Working table indexing - 1°x360
T-slot (number of slots * slot width * spacing) mm 5*18*100
Work table left and right stroke (X axis) mm 700
Work table front and rear stroke (Z axis) mm 810
Headstock up and down stroke (Y axis) mm 700
Spindle center line to table center distance (vertical) mm 0~810
Spindle end to work surface distance (vertical) mm -10~690
Spindle center line to work surface distance (horizontal) mm 50~750
Spindle end to table center distance (horizontal) mm -130~680
Spindle taper dimension number - BT40
Spindle speed r/min 20~3000
Main motor power kw 7.5/11/15
Fast moving speed (X, Y, Z) mm/min 2400
Feed rate (X, Y, Z) mm/min 1~10000
Machining center main setting unit mm 0.001
Tool magazine capacity - 30
Tool selection - Randomization
Maximum tool weight kg 8
Tool exchange time (knife-to-knife) s 2.5
Turntable maximum speed r/min 5
Dimensions (L*W*H) cm 365*280*234
Horizontal Machining Center Applications

Horizontal Machining Center Applications

Mass Production of Parts
HMCs are often used in mass production environments where large quantities of identical or similar parts need to be machined. The horizontal spindle orientation allows for good chip evacuation, reducing downtime and improving overall machining efficiency.
Multi-Sided Machining
The horizontal setup of the spindle in an HMC allows for multi-sided machining of a workpiece without the need for repositioning. This is especially beneficial for complex parts that require machining on multiple surfaces.
Large and Heavy Workpieces
HMCs are well-suited for machining large and heavy workpieces. The horizontal spindle orientation provides stability and rigidity, making it possible to handle larger and heavier materials effectively. This is particularly important in industries such as aerospace and energy.
Complex Contouring
The multi-axis capability of many HMCs allows for the machining of complex contours and shapes. This is advantageous in industries like die and mold manufacturing, where intricate shapes and details are often required.
Automotive Industry
HMCs are extensively used in the automotive industry for manufacturing various components such as engine blocks, transmission cases, and chassis parts. The ability to perform multi-axis machining and efficiently handle large quantities makes HMCs suitable for automotive production lines.
Energy Sector
In the energy sector, HMCs are employed for machining components used in the production of turbines, generators, and other power generation equipment. The versatility of HMCs makes them suitable for handling the diverse range of parts required in this industry.
Railroad and Heavy Equipment Manufacturing
HMCs find applications in the machining of components used in the manufacturing of railroad equipment and heavy machinery. The horizontal spindle orientation allows for efficient machining of parts like axles, gears, and other critical components.
Job Shops and Prototyping
While HMCs are often associated with high-volume production, they are also used in job shops and prototyping environments. The flexibility of these machines allows for quick setups and the machining of a variety of different parts.

Product Details Gallery

Frequently Asked Questions

Your products look similar, but the prices are different. What's the difference?
The appearances are similar, but the models, parameters and configurations are different, so the prices are different. A better configuration leads to higher prices. If you want to get an exact quotation, please contact our support team.
Can you offer customized services?
Yes, we can. Please provide the technical specifications for the machine tool you need and state your detailed custom requirements.
With so many machine tools, how do I choose one that suits me?
Please provide the processing requirements for your target products, including detailed engineering drawings, dimensions, and workpiece sizes. We will recommend the most appropriate model based on this data.
Is your machine tool 3-axis, 4-axis or 5-axis?
We offer 3-axis, 4-axis, and 5-axis options. To provide an exact quotation, we will need to know your requirements for the 4th/5th rotary table size, NC controller brand, motor brands, and associated models.
What are the key layout advantages of the HMC500 base casting?
The base adopts a rigid inverted "T" layout which prevents subversive moment during full strokes. Additionally, the base casting undergoes five-sided gantry machining to allow single-setup milling, drilling, and tapping to minimize clamping errors.
What standard components are used in the spindle configuration?
The HMC500 utilizes a high-precision spindle with a BT40 taper. The system is designed with a spindle air curtain protection device to protect structural integrity, guarantee stable accuracy, and maximize operating lifetime.

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