High Rigidity Structure
The machine body uses high-quality cast iron and an optimized rib structure to improve vibration resistance during continuous machining.
CNC Machine
HMC800 Horizontal Machining Center
High Precision CNC Machine for Modern Manufacturing
The HMC800 Horizontal Machining Center is designed for high precision machining of Automotive / Energy / General Manufacturing. Featuring a rigid cast iron structure, configurable spindle, automatic tool changer and reliable CNC controller options, the HMC800 delivers stable performance and high productivity for modern manufacturing.
X/Y/Z Travel: 1400 / 1200 / 1200 mm Spindle: 8000 rpm, optional 10000 rpm Controller: Fanuc / Siemens Tool Magazine: 60T / 80T ATC
X/Y/Z Travel 1400 / 1200 / 1200 mm
Spindle 8000 rpm, optional 10000 rpm
Controller Fanuc / Siemens
Tool Magazine 60T / 80T ATC
Quick Specifications
Key specifications buyers check first.
| X/Y/Z Travel | 1400 / 1200 / 1200 mm |
|---|---|
| Spindle | 8000 rpm, optional 10000 rpm |
| Controller | Fanuc / Siemens |
| Tool Magazine | 60T / 80T ATC |
| Pallet Size | 800 x 800 mm |
| Positioning Accuracy | +/-0.01 mm |
Features
Machine features for stable, repeatable production.
High Speed Spindle
Configurable spindle speed and taper options support steel, aluminum, mold and general machining with stable surface finish.
Automatic Tool Changer
Reliable ATC options reduce non-cutting time and help the machine handle multi-process machining in batch production.
Precision Ball Screw
Precision ball screws support smooth feed movement, stable positioning and long-term machining repeatability.
Linear Guideways
Low-friction guideways help improve dynamic response, rapid feed performance and surface quality.
High Accuracy
Stable structure, CNC control and precision feed components help maintain positioning accuracy for demanding parts.
Efficient Chip Removal
Chip conveyor and coolant options keep the work area clean and support reliable long-cycle machining.
Reliable CNC Controller
Fanuc, Siemens, Mitsubishi and other controller options are available for global service and operator familiarity.
Applications
Applications for HMC800.
Automotive
Suitable for machining battery housing, gearbox, brake disc and motor housing.
View IndustryMold & Die
Suitable for machining injection mold, die casting mold and precision mold.
View IndustryAerospace
Suitable for machining titanium parts, structural components and aluminum alloy parts.
View IndustryMedical
Suitable for machining medical housings, surgical tools and precision fixtures.
View IndustryElectronics
Suitable for machining aluminum frames, heat sinks and precision electronic housings.
View IndustryGeneral Machinery
Suitable for machining plates, brackets, fixtures and mechanical components.
View IndustryMachine Configuration
Common configuration options.
CNC Controller
Fanuc 0i MF PlusSiemens 828DMitsubishi M80GSK or project based controller
Spindle
BT40BT50Direct drive spindleBelt drive spindle
Tool Magazine
24T ATC30T ATC40T ATC60T or larger ATC for HMC and gantry machines
Cooling
Oil coolerSpindle coolingCoolant through spindleFlood coolant system
Chip Removal
Chain chip conveyorAuger type conveyorChip cartCoolant filtration
Technical Specifications
Detailed machine specification table.
Travel
| X Axis | 1400 |
|---|---|
| Y Axis | 1200 |
| Z Axis | 1200 mm |
Table
| Table / Pallet Size | 800 x 800 mm |
|---|---|
| T Slot | Standard T-slot, project based |
| Max Load | Project based |
Spindle
| Taper | 8000 rpm, optional 10000 rpm |
|---|---|
| Speed | 8000 rpm, optional 10000 rpm |
| Motor Power | Project based |
Feed
| Rapid Feed | Project based |
|---|---|
| Cutting Feed | Project based |
| Guideway | Linear guideway / box way, project based |
ATC
| Tool Capacity | 60T / 80T ATC |
|---|---|
| Tool Change Time | Project based |
| Max Tool Weight | Project based |
Accuracy
| Positioning Accuracy | +/-0.01 mm |
|---|---|
| Repeatability | Project based |
| Inspection Standard | Factory inspection report available |
Others
| Machine Weight | Project based |
|---|---|
| Machine Dimensions | Project based |
| Power Supply | 380V / 50Hz or customized |
Processing Samples
Typical parts and machining references.
Automotive Parts
- Material
- Aluminum 6061 / steel
- Tolerance
- +/-0.01 mm
- Surface Finish
- Ra 0.8~1.6
Aluminum Housing
- Material
- Aluminum 6061
- Tolerance
- +/-0.01 mm
- Surface Finish
- Ra 0.8
Mold Components
- Material
- P20 / H13 steel
- Tolerance
- +/-0.01 mm
- Surface Finish
- Fine milling or polishing
Steel Components
- Material
- Carbon steel / alloy steel
- Tolerance
- +/-0.015 mm
- Surface Finish
- Project based
Valve Body
- Material
- Cast iron / aluminum
- Tolerance
- +/-0.01 mm
- Surface Finish
- Sealing surface controlled
Aerospace Parts
- Material
- Aluminum / titanium alloy
- Tolerance
- +/-0.008 mm
- Surface Finish
- Ra 0.4~0.8
Medical Parts
- Material
- Stainless steel / titanium
- Tolerance
- +/-0.008 mm
- Surface Finish
- Fine surface finish
Precision Fixtures
- Material
- Aluminum / steel
- Tolerance
- +/-0.01 mm
- Surface Finish
- Stable flatness
Optional Accessories
Accessories to match production requirements.
Renishaw Probe
Workpiece probing improves setup speed, alignment and in-process inspection.
Tool Setter
Automatic tool setting reduces manual measurement time and tool length errors.
4th Axis
Rotary axis options support multi-side machining and fewer setups.
Coolant Through Spindle
CTS improves chip evacuation and deep-hole machining performance.
Mist Collector
Mist collection helps improve workshop cleanliness during high-speed machining.
Oil Skimmer
Oil skimming helps keep coolant cleaner for stable production.
Product Video
HMC800 video reference.
Video content can include machine running, tool change, heavy cutting, surface finish inspection and customer factory applications.
Case Studies
Gearbox Housing Production
- Material
- Aluminum
- Machine
- HMC800
- Accuracy
- +/-0.01 mm
- Cycle Time
- 3.5 min
Case Studies
Production cases connected to this machine.
Aerospace
Aircraft Engine Housing
Aircraft engine housing machining for multi-face accuracy and reliable boring.
Electric Vehicles
Motor Housing Machining Case Study
The electric motor housing is one of the most important structural components in an electric drive system. It supports the rotor and stator assembly, protects internal components, dissipates heat, and provides installati...
Electric Vehicles
Inverter Housing Machining Case Study
The inverter is the control center of an electric drive system. It converts the direct current (DC) from the battery pack into alternating current (AC) to drive the electric motor while managing power distribution, regen...
Electric Vehicles
E-Axle Housing Machining Case Study
The E-Axle housing is the core structural component of an integrated electric drive system.
FAQs
Common questions about HMC800.
What is HMC800?
HMC800 is a CNC machine designed for precision industrial machining and batch production.
What materials can HMC800 machine?
HMC800 can machine aluminum, steel, cast iron and other materials when configured with suitable spindle, tooling and coolant.
What industries is HMC800 suitable for?
It is suitable for automotive, mold, aerospace, energy and general manufacturing projects depending on configuration.
What is the spindle speed of HMC800?
Spindle speed depends on the selected configuration. Common options include standard and high-speed spindle packages.
What controller does HMC800 use?
Common controller options include Fanuc, Siemens and Mitsubishi.
Can HMC800 machine steel?
Yes. With the right spindle torque, tooling, coolant and cutting parameters, it can machine steel components.
Can HMC800 machine aluminum?
Yes. The machine can be configured for aluminum machining with suitable spindle speed, tooling and coolant.
Can HMC800 support 4th axis?
Many models can support a 4th axis or rotary table. The final configuration depends on part size and controller options.
Knowledge Articles
Technical articles connected to this product.
What Is Electronics CNC Machining?
Electronics CNC machining is the process of manufacturing precision electronic components using computer numerical control machines.
What Is CNC Machine? Complete Beginner to Expert Guide 2026
A practical CNC machine selection guide linking applications such as small molds, automotive parts, large molds and heavy cutting to suitable HYR-CNC VMC models.
Automotive Mold Manufacturing Guide 2026
An automotive mold manufacturing guide for medium interior parts, large bumpers, EV battery molds and deep-cavity steel cutting.
Thin Wall Aerospace Parts Machining: Ribs, Isogrid and Bulkheads
Quick answer: Aerospace thin-wall machining pushes every challenge to the extreme: aspect ratios above 30:1, walls under 1 mm, tight flatness, and expensive aluminum or titanium billets where late-stage scrap is costly.
What Is a Vertical Machining Center? A Complete Guide to VMC Technology, Selection and Applications
Quick answer: A vertical machining center (VMC) is a computer-controlled milling machine whose spindle is oriented vertically, combined with an automatic tool changer so it can mill, drill, bore and tap in a single setup. It is the most widely used machine tool in modern metalworking.
What Is a Horizontal Machining Center? A Complete Guide to HMC Technology, Pallets and Applications
Quick answer: A horizontal machining center (HMC) is a CNC machine tool with a horizontally oriented spindle, usually paired with an indexing B-axis pallet and an automatic pallet changer, built for high-productivity, multi-face machining of box-type parts with excellent chip evacuation.
Aerospace CNC Machining: A Complete Guide to Materials, Parts, Tolerances and Machine Selection
Quick answer: Aerospace CNC machining is the precision manufacture of flight-critical components from demanding materials such as aluminum, titanium and nickel superalloys, held to tight tolerances and strict quality standards, most often on rigid 5-axis machining centers.
Best CNC Machine for Aerospace: How to Choose by Part, Material and Tolerance
Quick answer: For most aerospace work the best CNC machine is a rigid 5-axis machining center, because it cuts complex contours and deep pockets in one setup with short tools; aluminum structural parts and brackets often suit a high-rigidity VMC, and multi-face production fittings an HMC.
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