CVA Precision Lathe Machine

Price 2500 USD ($)/ Piece

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CVA Precision Lathe Machine Specification

Product Type
Precision Lathe Machine

Material
Cast Iron

Cutting Thickness
Up to 10 mm

Cutting Speed
Variable, up to 1500 RPM

CNC Or Not
No

Automatic Grade
Semi-Automatic

Control System
Manual

Max. Swing Diameter
300 mm

Voltage
415 V

Weight (kg)
900 kg

Dimension (L*W*H)
1400 x 600 x 1150 mm

Capacity
Heavy Duty

Feature
High Precision, Long Service Life, Robust Construction

Color
Blue & White

Tailstock Quill Diameter
38 mm

Tailstock Quill Travel
110 mm

Chuck Size
200 mm

Centre Height
150 mm

Main Motor Power
2 HP

Spindle Bore
38 mm

Distance Between Centres
750 mm

Application
Metal Turning, Tool Room Work

Bed Type
Hardened and Ground

Number of Spindle Speeds
8

Tool Post
4-Way

About CVA Precision Lathe Machine

Technical Details

Make - CVA (England)
Model - 1A
Center Height - 160 mm
Max. Length of Job - 750 mm
Max. Diameter over Bed - 320 mm
Max. Diameter over Cross-Slide - 170 mm
Bed Width - 265 mm
Spindle Speeds - 29 rpm to 2220 rpm
Spindle Bore - 35 mm
Chuck Diameter - 155 mm
Machine complete with Steady, change gears, collets etc.
Machine is in excellent working condition.
Video Link - https://youtu.be/jHNUV3a4Fes

Exceptional Precision and Durability

Built with a hardened and ground bed, the CVA Precision Lathe Machine delivers reliable accuracy for every operation. Its cast iron construction and robust design ensure longevity and consistent performance, even under continuous heavy workloads.

Versatile Metalworking Capabilities

With a maximum swing diameter of 300 mm, variable speeds up to 1500 RPM, and a 4-way tool post, this lathe can handle diverse tool room and metal turning applications. The 750 mm distance between centres allows for machining a variety of workpiece lengths efficiently.

User-Friendly Manual Controls

The manual control system offers operational flexibility, enabling experienced machinists to perform precise adjustments for intricate jobs. Its semi-automatic grade simplifies common tasks without compromising control over fine details.

FAQs of CVA Precision Lathe Machine:

Q: How does the hardened and ground bed enhance the lathe machines performance?

A: The hardened and ground bed increases the machines resistance to wear, providing stable and precise support for metalwork operations. This results in higher accuracy and longer life, making it suitable for demanding tool room and metal turning tasks.

Q: What types of jobs can the CVA Precision Lathe Machine handle?

A: This lathe is ideal for heavy-duty metal turning, precision tool room work, and machining tasks requiring high accuracy. It can cut thicknesses up to 10 mm and handle workpieces with a maximum swing diameter of 300 mm, making it versatile for various industrial applications.

Q: When should variable cutting speed be used during operation?

A: Variable cutting speed, up to 1500 RPM, should be adjusted based on material type, tool geometry, and desired finish. Slower speeds suit harder metals or deep cuts, while higher speeds optimize production efficiency for softer materials or fine finishes.

Q: Where can the CVA Precision Lathe Machine be installed?

A: With dimensions of 1400 x 600 x 1150 mm and a weight of 900 kg, the machine is suitable for industrial workshops, manufacturing facilities, and tool rooms with sufficient space and floor strength to support heavy machinery.

Q: What is the process for setting up the manual controls on this lathe?

A: Setting up manual controls involves adjusting the spindle speed using the selector, positioning the workpiece in the 200 mm chuck, setting the tool in the 4-way tool post, and configuring the tailstock as needed for quill travel and support. Each step ensures precise alignment and safe operation.

Q: How is the long service life of this lathe machine beneficial for users?

A: The robust construction and quality materials, such as cast iron and a hardened bed, reduce maintenance requirements and downtime. Users benefit from reliable, sustained performance, lower operating costs, and consistent machining accuracy over years of service.

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