Colchester Student 650 mm Length Lathe Machine

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Colchester Student 650 mm Length Lathe Machine

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Colchester Student 650 mm Length Lathe Machine Specification

Product Type
Lathe Machine

Material
Cast Iron Body

Cutting Thickness
Up to 20 mm

Cutting Speed
High (Variable Speed Drive)

CNC Or Not
Conventional (Manual)

Automatic Grade
Manual

Control System
Manual Handwheels

Max. Swing Diameter
318 mm

Voltage
415 V, 3 Phase

Weight (kg)
Approx. 800 kg

Dimension (L*W*H)
1700 mm x 800 mm x 1300 mm

Capacity
650 mm Between Centers

Feature
Accurate Turning, Robust Construction, Hardened Bedways

Color
Industrial Grey with Yellow Panel

Chuck Size
160 mm

Distance Between Centers
650 mm

Spindle Speed Range
402000 RPM

Power Requirement
2.2 kW

Tool Post Type
4-Way

Number of Speeds
12

Lead Screw Pitch
4 TPI

Tailstock Travel
110 mm

Bed Width
187 mm

Slide Travel (Top)
85 mm

Spindle Bore
32 mm

Maximum Tool Size
16 mm x 16 mm

Slide Travel (Cross)
175 mm

Safety Features
Emergency Stop, Chuck Guard

Bed Type
Hardened and Ground

Coolant System
Integrated

About Colchester Student 650 mm Length Lathe Machine

Make - Colchester (England)

Model - Student 1800

Center Height - 165 mm

Max. Length of Job - 650 mm

Max. Job Diameter over Bed - 330 mm

Max. Job Diameter over Cross-Slide - 210 mm

Max. Job Diameter in Gap - 480 mm

Spindle Speeds - 22 rpm to 1800 rpm

Spindle Bore - 40 mm

4-Jaw Chuck Diameter - 250 mm

3-Jaw Chuck Diameter - 200 mm

Bed Width - 230 mm

- Equipped with Taper Turning Attachment.

- Machine is in excellent working condition.

Video link - https://youtu.be/EZKgaGddwpc

Precision and Durability in Every Turn

Manufactured with a cast iron body and a hardened, ground bed, the Colchester Student Lathe guarantees lasting rigidity and precise machining. Its robust design allows for heavy-duty operations while maintaining fine tolerances, making it a preferred choice for both industrial workshops and technical institutes alike.

Versatile Operations for Varied Machining Needs

Equipped with a 12-speed gearbox, 4-way tool post, integrated coolant system, and tailstock travel of 110 mm, this lathe is engineered for adaptability in turning, threading, and facing applications. The variable spindle speeds cater to different materials and intricate processes, ensuring efficient workflow and consistent results.

Safe and User-Friendly Features

Operator safety is prioritized through the inclusion of emergency stop functionality, a sturdy chuck guard, and clearly labeled manual controls. The ergonomic design of the manual handwheels and accessible control panels makes the machine user-friendly, ideal for both experienced machinists and trainees.

FAQs of Colchester Student 650 mm Length Lathe Machine:

Q: How does the Colchester Student Lathe ensure precision during operations?

A: Precision is achieved through its hardened and ground bed, robust cast iron construction, and accurate handwheel controls. These features work together to minimize vibration and ensure smooth, exact movements throughout machining.

Q: What materials can be processed using this lathe machine?

A: The lathe is suitable for a wide range of materials, including steel, aluminum, brass, and most other machinable metals, accommodating up to 318 mm swing diameter and up to 20 mm cutting thickness.

Q: Where is the Colchester Student Lathe commonly used?

A: It is widely utilized in technical institutes, manufacturing plants, and repair workshops, thanks to its reliability, robust construction, and adaptability to various turning operations.

Q: What safety features are available with this lathe?

A: Key safety features include an emergency stop button, a protective chuck guard, and a stable bed design that helps prevent accidents and provides operator security during high-speed machining.

Q: How is the speed of the spindle controlled on this machine?

A: The spindle speed is manually adjusted via a gearbox offering 12 different speed settings, ranging from 40 to 2000 RPM, allowing tailored speeds for different materials and processes.

Q: What are the benefits of the integrated coolant system?

A: The integrated coolant system keeps the cutting area cool, reduces tool wear, and helps maintain a clean working environment, all contributing to improved surface finish and extended tool life.

Q: What is the process for setting up this conventional lathe?

A: Installation requires a 415 V, 3-phase power supply, proper leveling on a solid floor, and connection of coolant and safety systems. The manual controls are intuitivesimply select the required speed, set up your workpiece between centers, and adjust the tool post to begin operations.

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