Types of VMC Machine
As VMC Machine Manufacturers in Pune, we offer vertical machining centers designed for precise
cutting, drilling, and milling work, Maple VMC Machine.
- 3-Axis
VMC: It has the X, Y and Z axes to perform simple machining. Industries
use it extensively in drilling, milling and shaping simple components with precision.
- 4-Axis
VMC: It has an extra rotary axis, which enables the workpiece to turn in
the machining process. It is ideal in making components that need to be worked on both sides in
one arrangement.
- 5-Axis
VMC: It travels over three linear and two rotary axes at the same time
in order to do complicated machining. It is best suited in the production of very accurate and
complex parts with less setups.
- High-Speed VMC: It is constructed to operate at very high spindle speeds in
order to cut at a faster rate. It assists industries in getting higher surface finish and
enhanced production efficiency.
- Double Column VMC: It has a high rigidity and stability because it has a strong
dual-column structure. It is applied in machining of large, heavy and industrial grade
components.
- Mini VMC (Compact VMC): It is a small-scale model that can be used in small
scale production and in small space. It can be used in very small parts with a high degree of
consistency.
Technical Specifications of VMC Machine
As VMC Machine Manufacturers in Pune, we have added here a sheet of technical details for these VMC
Machine Components.
| Category |
Specification Details |
| Axis Travel (Working Range) |
X-Axis Travel |
| 600 mm - 1600+ mm |
Y-Axis Travel |
| 400 mm - 800+ mm |
Z-Axis Travel |
| 400 mm - 700+ mm |
Spindle System |
| Spindle Speed |
6,000 - 12,000 RPM (Optional up to 18,000+ RPM) |
| Spindle Power |
3.7 kW - 15 kW (Continuous / Peak) |
| Spindle Taper |
BT-40 / BT-50 / ISO 40 / HSK |
| Work Table & Load Capacity |
Table Size |
| 800 × 400 mm to 1900 × 900+ mm |
Maximum Table Load |
| 300 kg - 2500+ kg (based on model) |
Automatic Tool Changer (ATC) |
| Tool Capacity |
16 / 20 / 24 / 30 / 40 Tools |
| Tool Change Time |
2 - 4 seconds (chip-to-chip) |
| Accuracy & Precision |
Positioning Accuracy |
| ±0.005 mm - ±0.01 mm |
Repeatability Accuracy |
| ±0.003 mm - ±0.005 mm |
Performance Features |
| Rapid Traverse Rate |
16 - 36+ m/min |
| Cutting Feed Rate |
1 - 10,000 mm/min |
| CNC Controller Options |
Control Systems |
Key Features of VMC Machine
We provide best VMC Machine Services in Pune, our machines deliver excellent accuracy for complex
machining tasks.
- Vertical Spindle Orientation: It has a vertically oriented spindle which
enables the accurate downward cutting that enables machining operation to be more controlled and
easily observed.
- CNC-Based Automation: Installed on it is a high-level CNC control, which
provides high precision, repeatability and automation in machining of complicated components.
- Automatic Tool Changer (ATC): It operates under an automatic tool changing
system that rapidly changes tools in the process, minimizing downtime and enhancing
productivity.
- Multi-Axis Capability: It also allows 3-axis to 5-axis movement which allows it
to efficiently address simple and highly complex multi-sided machining.
- Rigid and Safe Structure: It is constructed using a robust, vibration-free
structure and enclosed construction that guarantees stability, security, and superior chip
control during machining.
- We provide best VMC Machining Service in Pune, our machines deliver excellent accuracy for
complex machining tasks.
Applications of VMC Machine
As VMC Machine Exporters in Pune, our machines are ideal for producing molds, dies, and machine
components.
- Aerospace Industry: It is applied in the production of very accurate aerospace
parts including engine parts, impellers, and complex-shaped structural parts.
- Automotive Industry: It is commonly employed in the manufacture of engine
parts, housings, and prototypes at a high speed and with excellent consistency.
- Die and Mold Making: It is taken to form accurate molds and dies needed in
plastic molding, casting, and forging.
- Medical Industry: It is used in production of surgical equipment, implants and
medical equipment whereby high accuracy and quality is needed.
- General Engineering: It is also applied in drilling, milling and tapping of
different metal and composite components that are used in various engineering industries.
Why Choose Us?
- Established Expertise Since 2003: We are an experienced manufacturer
established in 2003, delivering trusted and precision-driven VMC machine solutions backed by
strong industry knowledge and Precision VMC Machining services.
- Precision Engineering & Quality Assurance: Our high-performance VMC
machines are designed and produced with a high standard of quality to achieve accuracy,
durability and repeatability of machining.
- Reliable Support & Customer Satisfaction: We offer timely services and
reliable solutions that guarantee successful operations and sustainability in the long term to
enhance productivity and efficiency.
Abrigor Megacorp Pvt Ltd. is
trusted VMC Machine Manufacturers in Pune, Exporters in Pune. We are
dedicated to providing high quality VMC Machine solutions that are both precise, performance and
reliable in the contemporary industries. With strong engineering expertise and a focus on
innovation, we ensure every machine meets strict quality standards. We continue to support our
customers with efficient, durable, and advanced machining solutions that enhance productivity and
long-term value. Get in touch with
us to get more information.
FAQ's
1. What is a VMC machine?
A VMC (Vertical Machining Center) is a CNC machine with a vertically oriented spindle used for
precision milling, drilling, tapping, boring, facing, and other machining operations. It is widely
used for manufacturing accurate and repeatable components.
2. What is a VMC machine used for?
VMC machines are used for precision milling, drilling, tapping, boring, facing, pocketing, slotting,
and contouring. They are commonly used in automotive, engineering, aerospace, tooling, die and
mould, and general manufacturing industries.
3. What are the benefits of a VMC machine?
VMC machines offer high machining accuracy, excellent repeatability, faster production, CNC
automation, reduced setup time, and the ability to perform multiple machining operations in a single
setup.
4. What is the difference between CNC and VMC machines?
CNC refers to computer numerical control technology, while a VMC is a specific type of CNC machining
center with a vertical spindle. VMC machines are primarily designed for milling and other precision
machining operations.
5. How many axes does a VMC machine have?
A standard VMC machine typically has three linear axes: X, Y, and Z. Advanced VMC machines can have
four or five axes, allowing manufacturers to machine complex components and multiple surfaces with
fewer setups.
6. What materials can be machined on a VMC machine?
VMC machines can machine materials such as aluminium, mild steel, alloy steel, stainless steel, cast
iron, brass, and other engineering materials, depending on the machine specifications, tooling, and
machining requirements.
7. What specifications should I consider when choosing a VMC machine?
Important VMC machine specifications include X, Y, and Z axis travel, spindle speed, spindle power,
spindle taper, table size, maximum table load, ATC tool capacity, positioning accuracy,
repeatability, and CNC controller.
8. Who are the VMC machine manufacturers in Pune?
Abrigor Megacorp Pvt. Ltd. is a VMC machine manufacturer and precision machining company based in
Bhosari, Pimpri-Chinchwad, Pune. The company provides VMC machining and CNC manufacturing solutions
for industrial applications.
9. Does Abrigor provide VMC machining services in Pune?
Yes, Abrigor provides VMC machining services in Pune for precision manufacturing applications. Its
capabilities include CNC milling and VMC machining for industrial components requiring accuracy,
repeatability, and consistent quality.
10. How can I get a quotation for VMC machining in Pune?
To get a quotation for VMC machining in Pune, provide the component drawing or CAD file, material
specification, required quantity, dimensional tolerances, surface-finish requirements, and
production volume. These details help determine the appropriate machining process and quotation.
