TH630/HMC630 Horizontal machining center adopts T word structure,, with the columns fixed on the bed. The spindle box moves up and down along the columns (in the Z direction), the slide moves longitudinally along the bed (in the Y direction), and the worktable moves laterally along the slide (in the X direction).
TH630/HMC630 Horizontal machining center adopts T word structure,, with the columns fixed on the bed. The spindle box moves up and down along the columns (in the Z direction), the slide moves longitudinally along the bed (in the Y direction), and the worktable moves laterally along the slide (in the X direction).
The HMC630 Horizontal Machining Center is designed for manufacturers that need efficient multi-face machining of box-type, housing-type, and structural metal components. It is suitable for operations including milling, drilling, boring, tapping, reaming, contour machining, hole-pattern machining, and precision finishing.
Compared with a vertical machining center, a horizontal machining center is especially suitable for workpieces that require machining on several sides. It can reduce repeated manual repositioning, improve fixture efficiency, and support more consistent machining relationships between multiple surfaces.
The HMC630 can be considered for gearbox housings, transmission cases, valve bodies, pump housings, hydraulic manifolds, automotive castings, engineering machinery components, fixtures, and medium-to-large precision parts.
ACR can help configure the HMC630 according to your part drawing, material, workpiece size, machining process, fixture design, production quantity, and automation target.
Horizontal spindle layout for efficient multi-face machining
Suitable for box-type, housing-type, and complex prismatic workpieces
Designed for milling, drilling, boring, tapping, and contour machining
Suitable for repeated production of automotive, hydraulic, pump, valve, and machinery components
630-class pallet platform for medium-to-large fixture-based machining
BT50 spindle configuration available according to final machine specification
Suitable for larger tools, boring operations, and demanding machining conditions
Optional pallet, tool magazine, coolant, chip-removal, probing, and automation configurations
Practical solution for reducing repeated re-clamping on multi-face parts
Can be configured for export electrical standards and project-specific requirements
The HMC630 is suitable for medium-to-large parts that require machining on multiple faces in one fixture setup.
Typical workpieces include:
Gearbox housings
Transmission cases
Differential housings
Pump bodies
Hydraulic valve blocks
Hydraulic manifold blocks
Valve bodies
Compressor housings
Engine-related castings
Automotive structural components
EV drive housings
Motor housings
Machinery bases
Industrial equipment housings
Bearing housings
Fixture bodies
Inspection fixtures
Construction machinery components
Agricultural machinery components
Energy-equipment components
Precision box-type metal parts
For shaft-type, sleeve-type, flange-type, and other rotational workpieces, please review our Slant Bed CNC Lathe Machines or CNC Turning and Milling Machines.
Many industrial parts require drilling, boring, tapping, milling, and finishing on several sides. When these operations are completed on a vertical machining center, operators may need to stop the machine, remove the part, reposition it, and clamp it again.
For parts with multiple critical surfaces, repeated handling can increase setup time and create alignment risks.
The HMC630 can help support:
Multi-face machining in fewer setups
More efficient fixture use
Better access to side faces of box-type parts
Reduced manual turning of heavy workpieces
Improved consistency between holes, bores, and mounting surfaces
More efficient production of repeat parts
Better chip evacuation for selected machining operations
Easier integration with pallet systems and automation planning
Gearbox housings, transmission cases, and differential housings usually contain multiple bores, threaded holes, mounting faces, oil channels, and precision reference surfaces.
The HMC630 can be considered for:
Bearing-seat boring
Multi-side drilling
Tapping
Mating-face milling
Bore finishing
Threaded-hole machining
Mounting-surface machining
Fixture-based repeat production
Cast iron and aluminum housing machining
For automotive gearbox and transmission projects, machine selection should consider the part material, workpiece size, fixture arrangement, annual volume, number of machining faces, and required tolerance.
Learn more about CNC Machines for Automotive Parts.
Hydraulic and fluid-control components often include port holes, internal passages, sealing surfaces, threaded connections, mounting faces, and multiple machining directions.
The HMC630 can be considered for:
Hydraulic manifold blocks
Valve blocks
Pump housings
Motor housings
Compressor bodies
Fluid-control components
Large valve bodies
Industrial pump components
Precision castings
Multi-port housings
For projects involving complex multi-face workpieces, a horizontal machining center can help reduce repeated re-clamping and improve the alignment relationship between different ports and surfaces.
Automotive component manufacturers often need stable, repeatable machining of medium-to-large castings and housings.
Typical applications include:
Transmission housings
Gearbox cases
Differential housings
Motor housings
EV drive-system housings
Engine-related castings
Pump bodies
Brake-system components
Automotive fixture plates
Production jigs
Inspection fixtures
Aluminum and cast-iron housings
For automotive shaft, hub, sleeve, ring, and flange production, consider a Slant Bed CNC Lathe Machine or CNC Turning and Milling Machine.
Engineering machinery, agricultural machinery, energy equipment, and industrial systems often use heavy box-type or housing-type components.
The HMC630 can be considered for:
Hydraulic equipment housings
Gearbox parts
Construction machinery components
Agricultural machinery transmission parts
Pump and motor housings
Industrial reducer housings
Mining-equipment components
Bearing-support structures
Machine-tool components
Heavy fixture bodies
Energy-equipment components
For oversized structural parts, large molds, or long workpieces, please review our Gantry Machining Centers.
| Consideration | HMC630 Horizontal Machining Center | Vertical Machining Center |
| Best For | Box-type, housing-type, and multi-face parts | Plates, molds, brackets, covers, and top-face machining |
| Spindle Direction | Horizontal | Vertical |
| Multi-Face Access | More efficient for several side faces | May require multiple re-clamping steps |
| Typical Workpieces | Gearboxes, valve blocks, pump bodies, housings | Mold plates, fixtures, brackets, covers |
| Fixture Strategy | Often uses pallets and tombstone fixtures | Often uses direct table clamping |
| Batch Production | Strong potential for repeat production and automation | Suitable for flexible, general-purpose machining |
| Chip Management | Suitable for chip fall-away during selected operations | Depends on workpiece shape and machine setup |
| Automation Potential | Well suited to pallet and loading planning | Can also be automated, depending on configuration |
For plate-type parts, mold components, brackets, and general precision milling, please review our Vertical Machining Centers.
| Project | Content | Unit | HMC 630 |
| Table | Table area | mm | 630×630 |
| Table indexing | ° | 1°×360 | |
| Max capacity | Kg | 1000 | |
| Workpiece | Maximum workpiece turning diameter | mm | 1380 |
| Travel | X、Y、Z Travel | mm | 1050×750×900 |
| Distance from spindle nose to worktable | mm | 130-1030 | |
| Distance from the center line of the spindle to the worktable | mm | 50-900 | |
| Feed | X、Y、Z Rapid traverse | m/min | 24/24/24 m/min |
| Spindle | Spindle taper | BT50 | |
| Spindle speed | r/min | 0-6000pm | |
| Spindle power | kw | 18.5servo | |
| Tool | Magazine capacity | 把 | 24ARM |
| Maximum tool weight | kg | 15kg | |
| Accuracy | Positioning accuracy | mm | ±0.01 |
| Repeat positioning accuracy | mm | ±0.006 | |
| Weight | NW | kg | 10000 |
| Standard configuration | Picture |
| KND 2000 system |  |
| BT50 spindle 8000rpm |  |
| Disc tool magazine 24 |  |
| NSK Screw bearings |  |
| HIWIN Ball screw |  |
| HIWIN Linear Guide Rails |  |
| Alarm lamp |  |
| Schneider Electric components |  |
| Electrical cabinet heat exchanger |  |
| USB interface and DNC function | |
| Automatic Lubrication |  |
| Toolbox | |
| Work lamp | |
| CE/ISO Certificate |  |
| Technical Documents | |
| Full enclosure protection |
| Optional configuration | |
| 1 | Fanuc oi TF plus system |
| 2 | Siemens 808/828D system |
| 3 | SYNTEC System |
| 4 | Mitsubishi system |
| 5 | GSK System |
| 6 | Tool measurement |
| 7 | Workpiece measurement |
| 8 | Oil mist collector |
| 9 | Oil mist processor |
| 10 | Tool library |
| 11 | Chip conveyor |
| 12 | 4-Axis |
The HMC630 is suitable for gearbox housings, transmission cases, valve blocks, pump housings, hydraulic manifolds, automotive castings, motor housings, fixture bodies, and other multi-face box-type or housing-type parts.
A horizontal machining center is often more suitable for parts that need machining on multiple sides. It can reduce repeated re-clamping and improve efficiency for housings, valve bodies, pump bodies, gearbox cases, and other box-type parts.
The HMC630 can be configured for cast iron, carbon steel, alloy steel, stainless steel, aluminum alloy, cast aluminum, and other machinable materials. Final spindle, tooling, coolant, and cutting parameters should be selected according to the material and machining process.
Yes. The HMC630 can be considered for gearbox housings, transmission cases, differential housings, pump bodies, motor housings, and other automotive castings that require multi-face machining.
Pallet and pallet-changing configurations can be discussed according to the selected machine version, production volume, fixture arrangement, and automation requirement.
Touch probes and tool-setting devices can be discussed according to your part tolerance, inspection process, fixture design, and production target.
Please provide your part drawing, material, maximum dimensions, workpiece weight, required machining operations, number of machining faces, tolerance, production quantity, fixture requirements, loading method, and destination-country power supply information.
Yes. Send your part drawing, material, dimensions, required machining operations, fixture concept, tolerance requirement, expected quantity, and automation target. ACR can help evaluate a suitable HMC630 configuration and relevant options.
Looking for an HMC630 Horizontal Machining Center for gearbox housings, valve bodies, pump housings, hydraulic manifolds, automotive components, fixtures, or other multi-face metal parts?
Send ACR your part drawing, material, dimensions, workpiece weight, machining process, required accuracy, and expected production quantity. Our team will help evaluate a suitable HMC630 configuration and prepare a machine proposal for your project.
Contact ACR for HMC630 Horizontal Machining Center
Within 2 hours.
24/7 online.
One year, with lifetime cost-of-sale service after that.
One-year trade-in for accessories.
Lifetime free online and paid offline support.
All products come with a factory-provided certificate of conformity.
