CVA Precision Tool Room Lathe

Price 2800 USD ($)/ Piece

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CVA Precision Tool Room Lathe Specification

Product Type
Tool Room Precision Lathe

Material
Cast Iron, Hardened and Ground Bed

Cutting Thickness
Up to 10 mm (depending on material)

Cutting Speed
Variable, up to 2000 RPM

CNC Or Not
Not CNC, Manual Operation

Automatic Grade
Manual

Control System
Manual

Max. Swing Diameter
250 mm

Voltage
415 V, 3 Phase

Weight (kg)
Approx 1200 kg

Dimension (L*W*H)
1500 x 800 x 1200 mm (approx)

Capacity
Suitable for precision tool room operations

Feature
High Precision, Hardened Bed, Accurate Feed Mechanism

Color
Green

Coolant System
Yes, Fitted with Pump

Bed Width
180 mm

Distance Between Centers
900 mm

Power Consumption
2 HP Main Motor

Cross Slide Travel
155 mm

Chuck Size
160 mm (3 Jaw)

Longitudinal Feed Range
0.02-0.45 mm/rev

Spindle Bore
35 mm

Thread Cutting Range
Whitworth 4-56 TPI, Metric 0.45-7 mm

Tailstock Quill Travel
120 mm

Spindle Speeds
Variable, 12 Steps

About CVA Precision Tool Room Lathe

CVA Precision Tool Room Lathe

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 - 160 mm
Bed Width - 265 mm
Spindle Speeds - 29 rpm to 2220 rpm
Spindle Bore - 35 mm
Chuck Diameter - 155 mm
- Machine is equipped with a 2-Axis DRO.
- Complete with Faceplate, Collets, Change Gears etc.
- Machine is in excellent working condition.

High Precision for Demanding Tasks

This CVA lathe is engineered for tool room accuracy, boasting a hardened, ground bed and meticulous feed mechanisms. Its 12-step variable spindle speed system optimizes machining for a broad spectrum of materials and tasks, ensuring reliable results with every use.

Flexible Thread Cutting Capabilities

Easily switch between Whitworth (4-56 TPI) and metric (0.45-7 mm) threads, providing versatile threading solutions to meet diverse industrial standards. This adaptability makes it suitable for manufacturers requiring frequent thread configuration changes.

Built for Durability and Longevity

Manufactured from high-quality cast iron and equipped with a hardened bed, the lathe ensures superior stability and resistance to wear. The integrated coolant system enhances tool life while supporting extended operation in precision environments.

FAQs of CVA Precision Tool Room Lathe:

Q: How is the distance between centers of 900 mm beneficial in tool room operations?

A: A 900 mm distance between centers allows for machining longer workpieces, providing versatility for precision tool room projects that demand extended material handling and support.

Q: What types of threads can the CVA Precision Lathe cut?

A: It can cut both Whitworth threads ranging from 4-56 TPI and metric threads from 0.45 to 7 mm, ensuring compatibility with a variety of industrial and engineering requirements.

Q: When is manual operation preferred over CNC for this lathe?

A: Manual operation is ideal for applications where hands-on precision, flexibility, and intricate adjustments are required, making it highly suitable for custom work and smaller batches in a tool room setting.

Q: Where can this lathe be installed for optimal usage?

A: Best suited for precision tool rooms, workshops, and manufacturing facilities requiring high accuracy and reliable performance in the United Kingdom and beyond.

Q: What is the process for changing spindle speeds on the lathe?

A: Spindle speeds are adjusted manually through a 12-step variable system, providing seamless adaptation to different materials and cutting requirements for improved machining efficiency.

Q: How does the coolant system contribute to the lathes performance?

A: Equipped with a fitted pump, the coolant system reduces heat buildup, protects tooling, and promotes consistent cutting quality, crucial for maintaining precision during extended machining operations.

Q: What are the benefits of the hardened and ground bed featured in this model?

A: The hardened and ground bed offers enhanced durability and precision, ensuring the machine maintains alignment and accuracy over time, even under rigorous use.

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