Colchester Student 1800 Lathe Machine

Price 9000 INR/ Piece

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Colchester Student 1800 Lathe Machine Specification

Product Type
Center Lathe Machine

Material
Cast Iron

Cutting Thickness
Varies depending on application

Cutting Speed
Up to 2000 RPM

CNC Or Not
No (Manual)

Automatic Grade
Manual

Control System
Mechanical (Manual)

Max. Swing Diameter
330 mm over bed

Voltage
415 V, 3 Phase

Weight (kg)
940 kg (approx)

Dimension (L*W*H)
2025 x 990 x 1460 mm

Capacity
General purpose turning up to 1 metre

Feature
Hardened bed, precision ground

Color
Green / Grey

About Colchester Student 1800 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

4-Jaw Chuck Diameter - 250 mm

3-Jaw Chuck Diameter - 200 mm

Bed Width - 230 mm

Spindle Speeds - 22 rpm to 1800 rpm

Spindle Bore - 40 mm

- Machine is in excellent working condition.

Video link - https://youtu.be/eTJP3iK6tlc

Precision Built for Versatile Turning

Engineered for accuracy, the Colchester Student 1800 boasts a hardened, precision-ground bed and robust cast iron construction. Its range of spindle speeds, up to 2000 RPM, accommodates both fine and heavy-duty tasks, making it suitable for a wide array of turning operations, from prototyping to small batch production. The 1000 mm maximum turning length enables handling of longer workpieces with ease.

Manual Control for Complete Operator Command

With a straightforward mechanical (manual) control system, users experience direct command over operation, providing a traditional, hands-on turning experience ideal for learning environments and seasoned machinists alike. The manual system ensures simplicity and durability, minimizing maintenance while maximizing reliability.

FAQs of Colchester Student 1800 Lathe Machine:

Q: How does the Colchester Student 1800 lathe benefit general machining tasks?

A: The Colchester Student 1800 is designed for a broad range of turning operations, thanks to its robust construction, hardened bed, and versatile spindle speeds. These features allow for high precision and reliability, whether machining prototypes, educational projects, or standard parts up to 1 metre in length.

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

A: This lathes 2.2 kW main motor and variable spindle speeds from 40 to 2000 RPM enable it to handle various materials including mild steel, aluminum, brass, and other machinable metals and plastics, depending on the tooling and cutting conditions chosen.

Q: When should I select the Colchester Student 1800 over a CNC lathe?

A: The Student 1800 is ideal when manual control, operator skill development, or simple batch turning is required. Educational facilities, workshops, and repair centers often select this manual lathe for its reliability, cost-effectiveness, and straightforward operation when full CNC automation isnt necessary.

Q: Where is the Colchester Student 1800 typically used?

A: This lathe is widely used in training institutes, maintenance workshops, and light manufacturing environments, particularly in institutions or facilities needing accurate, repeatable manual machining up to 1 metre in turning length.

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

A: The lathe features 12 selectable spindle speeds, adjusted mechanically through levers on the headstock. This allows operators to quickly adapt speed to match different materials and tooling requirements during the machining process.

Q: How do I utilize the thread cutting features?

A: The Student 1800 supports both metric (0.214 mm) and imperial (272 TPI) thread cutting via interchangeable gear settings and appropriate leadscrew engagement. This versatility makes it suitable for diverse projects requiring accurate threads.

Q: What safety features are included with the Colchester Student 1800?

A: Built with sturdy cast iron and a hardened bed, the machine emphasizes operator safety through reliable mechanical controls. Proper guarding and adherence to recommended operational procedures ensure safe usage during turning and threading operations.

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