High Rigidity Structure
The machine body uses high-quality cast iron and an optimized rib structure to improve vibration resistance during continuous machining.
Product Page V3.0
The VMC1060 Vertical Machining Center is designed for high precision machining of Automotive / Mold / Aerospace. Featuring a rigid cast iron structure, configurable spindle, automatic tool changer and reliable CNC controller options, the VMC1060 delivers stable performance and high productivity for modern manufacturing.
Quick Specifications
| X/Y/Z Travel | 1000 / 600 / 600 mm |
|---|---|
| Spindle | 8000 rpm, optional 12000 rpm |
| Controller | Fanuc / Siemens |
| Tool Magazine | 24T / 30T ATC |
| Table Size | 1200 x 600 mm |
| Positioning Accuracy | +/-0.008 mm |
Features
The machine body uses high-quality cast iron and an optimized rib structure to improve vibration resistance during continuous machining.
Configurable spindle speed and taper options support steel, aluminum, mold and general machining with stable surface finish.
Reliable ATC options reduce non-cutting time and help the machine handle multi-process machining in batch production.
Precision ball screws support smooth feed movement, stable positioning and long-term machining repeatability.
Low-friction guideways help improve dynamic response, rapid feed performance and surface quality.
Stable structure, CNC control and precision feed components help maintain positioning accuracy for demanding parts.
Chip conveyor and coolant options keep the work area clean and support reliable long-cycle machining.
Fanuc, Siemens, Mitsubishi and other controller options are available for global service and operator familiarity.
Applications
Suitable for machining battery housing, gearbox, brake disc and motor housing.
View IndustrySuitable for machining injection mold, die casting mold and precision mold.
View IndustrySuitable for machining titanium parts, structural components and aluminum alloy parts.
View IndustrySuitable for machining medical housings, surgical tools and precision fixtures.
View IndustrySuitable for machining aluminum frames, heat sinks and precision electronic housings.
View IndustrySuitable for machining plates, brackets, fixtures and mechanical components.
View IndustryMachine Configuration
Technical Specifications
| X Axis | 1000 |
|---|---|
| Y Axis | 600 |
| Z Axis | 600 mm |
| Table / Pallet Size | 1200 x 600 mm |
|---|---|
| T Slot | Standard T-slot, project based |
| Max Load | Project based |
| Taper | 8000 rpm, optional 12000 rpm |
|---|---|
| Speed | 8000 rpm, optional 12000 rpm |
| Motor Power | Project based |
| Rapid Feed | Project based |
|---|---|
| Cutting Feed | Project based |
| Guideway | Linear guideway / box way, project based |
| Tool Capacity | 24T / 30T ATC |
|---|---|
| Tool Change Time | Project based |
| Max Tool Weight | Project based |
| Positioning Accuracy | +/-0.008 mm |
|---|---|
| Repeatability | Project based |
| Inspection Standard | Factory inspection report available |
| Machine Weight | Project based |
|---|---|
| Machine Dimensions | Project based |
| Power Supply | 380V / 50Hz or customized |
Processing Samples
Optional Accessories
Workpiece probing improves setup speed, alignment and in-process inspection.
Automatic tool setting reduces manual measurement time and tool length errors.
Rotary axis options support multi-side machining and fewer setups.
CTS improves chip evacuation and deep-hole machining performance.
Mist collection helps improve workshop cleanliness during high-speed machining.
Oil skimming helps keep coolant cleaner for stable production.
Product Video
Video content can include machine running, tool change, heavy cutting, surface finish inspection and customer factory applications.
Customer Case
FAQ
VMC1060 is a CNC machine designed for precision industrial machining and batch production.
VMC1060 can machine aluminum, steel, cast iron and other materials when configured with suitable spindle, tooling and coolant.
It is suitable for automotive, mold, aerospace, energy and general manufacturing projects depending on configuration.
Spindle speed depends on the selected configuration. Common options include standard and high-speed spindle packages.
Common controller options include Fanuc, Siemens and Mitsubishi.
Yes. With the right spindle torque, tooling, coolant and cutting parameters, it can machine steel components.
Yes. The machine can be configured for aluminum machining with suitable spindle speed, tooling and coolant.
Many models can support a 4th axis or rotary table. The final configuration depends on part size and controller options.
Product Reverse Links
Industry application article prepared for Aerospace Machining Trends.
Electronics CNC machining is the process of manufacturing precision electronic components using computer numerical control machines.
Mold core machining is one of the most critical processes in injection mold manufacturing. The mold core defines the internal shape of the final plastic part, which means it directly determines product accuracy, fit, and function. In modern CNC manufacturing, mold core machining requires micron-level precision and stable thermal control.
Connector molds are essential for producing electronic connectors used in automotive, consumer electronics, and industrial systems. They require extreme precision and high-volume stability.
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.
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.
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.
Quick answer: Precision CNC machining is computer-controlled machining that produces parts to tight tolerances and high repeatability, typically in the single-digit-micron to few-hundredths-of-a-millimeter range, by combining a rigid, accurate machine with thermal control, quality tooling, stable workholding and disciplined measurement.
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