About Colchester Bantam 2000 Lathe Machine
Make - Colchester (England)
Model - Bantam 2000
Center Height - 165 mm
Max. Length of Job - 750 mm
Max. Job Diameter over Bed - 330 mm
Max. Job Diameter over Cross-Slide - 210 mm
Max. Job Diameter in Gap - 450 mm
4-Jaw Chuck Diameter - 205 mm
3-Jaw Chuck Diameter - 160 mm
Bed Width - 200 mm
Spindle Speeds - 40 rpm to 2000 rpm
Spindle Bore - 32 mm
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/OxXTjSlnTtg
Precision Engineering for Versatile ApplicationsEngineered for precision and flexibility, the Colchester Bantam 2000 handles a diverse range of tasks from light production to educational workshops. Its robust construction and high-quality cast iron body provide exceptional stability, resulting in accurate machining for both simple and intricate components. The lathes quick-change gearbox and ample feed range allow for efficient setup when transitioning between operations, making it especially beneficial in dynamic working environments.
Comprehensive Controls and Reliable OperationOperating the Bantam 2000 is straightforward, featuring a manual/geared headstock control and an easily accessible control system. The semi-automatic design ensures a balance of hands-on engagement with time-saving features such as the hardened and ground bedways. Its coolant pump supports longer, uninterrupted cutting sessions, while the robust main motor (1.5 kW / 2 HP) delivers consistent power for a variety of materials and dimensions.
FAQs of Colchester Bantam 2000 Lathe Machine:
Q: How do I operate the Colchester Bantam 2000 Lathe for threading and facing tasks?
A: To thread or face materials, set the desired spindle speed using the geared headstock controls and select the appropriate feed or threading rate from the quick-change gearbox. Clamp your work securely with the supplied 3-jaw chuck or faceplate, adjust the tool post, and follow safety protocols throughout the operation to ensure accuracy and user safety.
Q: What materials can the Colchester Bantam 2000 Lathe process effectively?
A: Thanks to its robust cast iron body and powerful 2 HP motor, this lathe can process a wide range of materials including mild steel, aluminum, brass, and various alloys. It is designed to handle typical precision engineering materials and can cut up to 8 mm in a single pass depending on the material and tooling setup.
Q: When should the coolant pump be used during operations?
A: The built-in coolant pump should be activated during extended cutting sessions, when machining harder metals, or when heat build-up is noticeable. Using coolant not only protects your tooling but also aids in maintaining the precision and finish quality of your components.
Q: Where is the Colchester Bantam 2000 best utilized?
A: This lathe is ideal for precision engineering workshops, tool rooms, educational institutions, and small production facilities that require reliable, accurate manual turning capabilities. Its moderate size and versatile features make it suitable for both standalone use and integration into larger manufacturing setups.
Q: What is the process for changing spindle speeds on this machine?
A: Adjust spindle speeds by manipulating the geared headstock levers according to the desired RPM, which can range from 30 to 2000 RPM across 12 speeds. Always stop the spindle before making adjustments to prevent mechanical wear and ensure safety.
Q: Is the Bantam 2000 suitable for engraving applications?
A: The Colchester Bantam 2000 is primarily designed for turning, threading, and general machining. While it can perform basic marking or grooving, it is not specifically intended for fine engraving work or applications where high engraving precision is required.
Q: What are the key benefits of choosing this lathe for your facility?
A: Key benefits include robust construction for long-term reliability, a wide range of feeds and threads for versatile application, low maintenance requirements, and a comprehensive standard accessory package. It offers high machining accuracy, making it valuable for precision engineering, training, and small-batch production.