Machinne Shop

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Machinne Shop Specification

Product Type
Machinne Shop Lathe

General Use
Metal and Industrial Fabrication

Material
Cast Iron and Alloy Steel

Type
CNC Lathe

Capacity
Max workpiece weight 350 kg

Weight (kg)
1200 kg

Computerized
Yes

Automatic
Fully Automatic

PLC Control
Yes

Bar Feeder
Available

Power Source
Electric

Power Consumption
3.7 kW

Rigidity
High structural rigidity

Motor
Powerful Induction Motor

Table Size
800 x 400 mm

Spindle Speed
Variable, up to 3000 rpm

Dimension (L*W*H)
2100 x 1100 x 1600 mm

Feature
Precision, Durability, Easy Operation

Color
Standard Grey

Machinne Shop Trade Information

Minimum Order Quantity
1 Set

Supply Ability
Set

Delivery Time
15 Days

About Machinne Shop

We have set up our own inhouse machining facility to minimize the time required for mechanical testing and to provide prompt service to its clients. Our Machine Shop combines our expertise with innovative technologies. Machine offered by us, are manufactured from the superior quality raw materials to add high durability and excellent performance to all our products. Our infrastructure comprises a capacious warehouse for safe storage of these machines keeping its quality intact.

Precision Engineering and Enhanced Rigidity

Our CNC lathe machine is designed to deliver outstanding precision, backed by high structural rigidity and durable materials such as cast iron and alloy steel. The robust construction ensures minimal vibration and improved machining accuracy for even the most demanding industrial fabrication tasks.

Cutting-Edge Power and Automation

The powerful 3.7 kW induction motor supports variable spindle speeds up to 3000 rpm, enabling versatile production workflows. Fully automatic operation and PLC control systems simplify programming, making complex machining tasks straightforward and repeatable.

Adaptable for Heavy-Duty Applications

With a spacious 800 x 400 mm table and a maximum capacity of 350 kg, this CNC lathe is engineered to handle a wide range of metalworking and fabrication jobs. Its durability and advanced features cater to manufacturers and service providers seeking reliability and productivity.

FAQs of Machinne Shop:

Q: How does the bar feeder enhance the machining process?

A: The integrated bar feeder automates the material supply to the CNC lathe, increasing efficiency and minimizing downtime between jobs. This setup is ideal for continuous production runs, especially in high-volume industrial applications.

Q: What benefits does high structural rigidity offer during operation?

A: High structural rigidity minimizes machine vibrations, which elevates machining precision and surface finish quality. This attribute is essential for achieving tight tolerances in metal fabrication processes.

Q: When should I use variable spindle speed on this CNC lathe?

A: Utilizing variable spindle speedsup to 3000 rpmallows you to match the machining parameters to different materials and cutting requirements. This flexibility optimizes productivity and extends tool life for a wide range of fabrication tasks.

Q: Where is this machine typically used?

A: This CNC lathe is commonly utilized in metalworking shops, manufacturing plants, and industrial fabrication facilities across India, where high precision and efficient automation are top priorities.

Q: What is the process for operating the fully automatic CNC lathe?

A: Operation involves programming the required machining cycle via the PLC control panel or the computerized interface. Once set up, the automatic featuresincluding the bar feedermanage the entire workflow with minimal operator intervention.

Q: What materials can be machined on this equipment?

A: The CNC lathe is suitable for working with ferrous and non-ferrous metals, primarily engineered for machining cast iron, alloy steels, and other industrial-grade materials often encountered in fabrication tasks.

Q: What advantages does computerized and PLC control provide?

A: Computerized and PLC controls improve accuracy and repeatability while simplifying complex programming. These features streamline production, reduce the chance of error, and facilitate easy operation by both new and experienced users.

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