CNC Control System
Offers a range of CNC system options, including FANUC, GSK, Siemens, Mitsubishi, and others. The operating interface supports multiple languages, such as Chinese, English, Spanish, and Russian.
HMC Horizontal Machining Center features a horizontal spindle architecture designed for box-shaped, structural and multi-face components, combining efficient chip evacuation, rigid cutting and multi-side machining to reduce re-fixturing and improve machining consistency and production efficiency. Please fill in the inquiry form first. After submitting the form, you can download the PDF directly.
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1.HMC is particularly suitable for parts requiring machining on multiple faces. With an indexing rotary table or B-axis configuration, several machining operations can be completed without repeatedly removing and repositioning the workpiece.
2.The rigid horizontal machining architecture supports stable cutting under demanding machining conditions, making HMCs suitable for large housings, cast components, steel parts and other components requiring substantial material removal.
3.The horizontal spindle provides effective access to side features, deep pockets and internal machining areas on suitable box-shaped components, making HMCs particularly useful for housings and complex prismatic parts.
4.HMCs are particularly well suited to box-shaped and prismatic components that require machining on multiple sides and contain intersecting holes, pockets and precision bores.
|
Name |
Technical parameter |
Unit |
|
|
Table size (length × width) |
500×500 |
mm |
|
|
Stroke of each axis (X/Y/Z) |
800/800/650 |
mm |
|
|
Workbench load |
500 |
kg |
|
|
Table indexing |
1°×360 indexing turntable |
° |
|
|
Table gear ratio |
120 |
|
|
|
Workbench form |
T-slot (5-18mm-100mm) |
|
|
|
Number of workbenches |
1 |
|
|
|
Maximum turning diameter of workpiece |
Φ900 |
mm |
|
|
Maximum height of workpiece |
700 |
mm |
|
|
Spindle end face to |
150~950 |
mm |
|
|
Workbench center distance |
|
mm |
|
|
Spindle centerline to Work surface |
95~745 |
mm |
|
|
Controllable number of axes (standard) |
4 |
kw |
|
|
Control System |
GSK25i |
|
|
|
Spindle system |
Spindle motor power |
11 |
kw |
|
|
Spindle motor continuous rated torque |
52.5 |
n.m |
|
|
Spindle speed |
8000 |
rpm |
|
|
Spindle specification |
BT40-Φ150 |
|
|
|
Spindle taper cleaning method |
Compressed air |
|
|
|
Bearing Lubricant |
Grease |
|
|
|
Transmission mode |
Belt |
|
|
Cutting method |
Spindle ring spray |
Standard |
|
|
|
Spindle center water outlet |
Standard |
piece |
|
Tool magazine |
Shank |
7:24 (BT40) |
|
|
|
Capacity |
24 |
|
|
|
Form |
Knife Arm |
|
|
|
Tool maximum weight |
8 |
kg |
|
|
The maximum diameter of the tool is |
78(full tool) |
mm |
|
|
|
(120Rinkong knife) |
mm |
|
|
Tool length |
Up to 300 |
mm |
|
|
Tool change time |
3 |
sec |
|
Drive System |
X/Y/Z/B motor power |
3.0/3.0/3.0/1.4 |
KW |
|
|
X/Y/Z/B motor torque |
20/20/20/10.5 |
n.m |
|
|
Rapid speed (X/Y/Z) |
30/30/30 |
m/min |
|
|
Turntable maximum rotation speed |
16.7 |
r/min |
|
|
Maximum feed rate |
5-10000 |
mm |
|
|
Guide type Roller guide |
|
″ |
|
JIS standard |
Positioning Accuracy X/Y/Z |
0.005 |
mm |
|
|
Positioning Accuracy B |
10 |
″ |
|
|
Repeat positioning accuracy X/Y/Z |
0.003 |
mm |
|
|
Repeat positioning accuracy B |
5 |
″ |
|
Electrical cabinet |
Seals, heat exchangers |
|
|
|
Lubricating oil distributor |
timed quantification |
|
|
|
working pressure |
7 |
kg/c㎡ |
|
|
Approximate Weight |
7000 |
kg |
|
Offers a range of CNC system options, including FANUC, GSK, Siemens, Mitsubishi, and others. The operating interface supports multiple languages, such as Chinese, English, Spanish, and Russian.
High rigidity—stable, vibration-free operation during heavy-duty cutting. High speed—suitable for both roughing and finishing. High precision—helps reduce the scrap rate.
The workbench surface and sliding guide rails undergo high-frequency hardening, achieving a hardness exceeding HRC 45, while high-precision servo motors enable high-speed, precision movement.
The equipment features an all-metal enclosure. With a sheet metal thickness of 2 mm—far exceeding market standards—it ensures maximum safety for operators during operation.
HMC is particularly suitable for box-shaped and prismatic components that require machining on multiple faces, such as gearbox housings, valve bodies, pump housings, hydraulic manifolds, engine blocks and large industrial components.
An HMC is designed around horizontal spindle access and is commonly combined with a rotary axis or pallet system. This configuration can reduce the number of times a multi-face component needs to be removed and repositioned.
Yes. With a suitable rotary table, B-axis or multi-face fixture, an HMC can access several sides of a component without repeatedly removing the workpiece. The actual number of accessible faces depends on the machine configuration and part geometry.
Yes. The horizontal spindle orientation can provide practical access to side holes, deep pockets and internal features on suitable workpieces. Tool length, spindle reach and workpiece geometry should be checked before selecting the machine.
1. Automotive Components
2.EV Components
3.Hydraulic Manifolds
HMCs are well suited to hydraulic manifolds containing multiple intersecting holes, threaded ports and precision-machined faces.
4.Pump & Valve Bodies
5.Gearbox Manufacturing
6.Heavy Machinery
7. Energy Equipment
8. Aerospace Structural Components
9. General Machinery
Tell us about your project and our engineering team will respond within 24 hours.
Shandong GOLD CNC Machine Tool Co., Ltd.
sales@goldcnc.com
+86 137 9370 5399
No. 999, Xizhong North Road, Economic Development Zone, Tengzhou, Shandong, China
7 × 24 Hours Global Support
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