About Colchester England Triumph 2000 Lathe Machine
Make - Colchester (England)
Model - Triumph 2000
Center Height - 195 mm
Length of Job - 760 mm
Max. Diameter of Job over Bed - 390 mm
Max. Diameter of Job over Cross-Slide - 230 mm
Bed Width - 280 mm
Chuck Diameter - 250 mm
Spindle Speeds - 25 rpm to 2000 rpm
Spindle Bore - 55 mm
- Equipped with an Automatic Taper Turning Attachment.
- Equipped with Foot Operated Brake.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/XcAgH0NUmOw
Precision and PerformanceThe Triumph 2000 is renowned for its accurate machining thanks to hardened and ground bedways. Rugged cast iron construction minimizes vibrations, ensuring precise results across a variety of materials and tasks. The lathe's power cross feed and advanced thread cutting mechanisms further optimize efficiency and reliability in demanding applications.
Versatile Capacity and OperationAccommodating components up to 400 mm in diameter and 1000 mm between centers, the Triumph 2000 offers flexibility for a wide range of turning, facing, and threading tasks. Its 12 spindle speeds, manual control system with gearbox feed, and semi-automatic grade enable operators to achieve optimal performance in both standard and specialized machining jobs.
User-Friendly Design and MaintenanceSafety and convenience are prioritized with features such as the D1-6 camlock spindle nose, 3-jaw chuck, and easy-travel slides. The separate coolant system prolongs tool life and improves cut quality. Its floor space footprint and ergonomic finishing assure streamlined operations in both industrial and workshop environments.
FAQ's of Colchester England Triumph 2000 Lathe Machine:
Q: How can the Colchester Triumph 2000 Lathe Machine be used for thread cutting operations?
A: The Triumph 2000 features a manual control system with a gearbox feed that allows users to efficiently cut threads. It supports a thread cutting range of 0.2 to 14 mm for metric threads and 2 to 72 TPI for inch threads. Operators adjust the gear settings and feed rates to achieve precise threading results for various applications.
Q: What are the main benefits of the hardened and ground bedways in this lathe machine?
A: Hardened and ground bedways provide increased durability, minimize wear over time, and promote stable, accurate machining. This results in enhanced precision, reduced maintenance requirements, and extended machine service life, making the Triumph 2000 ideal for heavy-duty turning and finishing tasks.
Q: When should the coolant system be utilized during machining processes?
A: The separate pump-driven coolant system should be engaged whenever performing prolonged cutting tasks or working with harder materials. This helps prevent overheating, improves finish quality, and extends tool life by reducing friction and efficiently dissipating heat while machining.
Q: Where is the Colchester Triumph 2000 popularly used and installed?
A: This lathe machine is widely employed in manufacturing plants, metalworking shops, repair centers, and educational facilities across the United Kingdom and globally. Its size and versatility make it suitable for both industrial production and training environments.
Q: What is the process for adjusting the spindle speed on the Triumph 2000?
A: Operators can change spindle speeds by engaging the gearbox, which provides twelve distinct speed settings ranging from 30 to 2,500 RPM. Adjustments are made manually through the control levers, enabling users to match cutting speeds to material types and specific machining requirements.
Q: How does the separate coolant system contribute to improved cutting performance?
A: The fitted coolant system, powered by its own pump, continuously lubricates and cools the workpiece and tool during cutting operations. This reduces friction, ensures smoother cuts, prevents overheating, and prolongs the lifespan of both tools and machined surfaces.
Q: What are the advantages of the machine's cast iron construction?
A: Cast iron construction delivers robust structural stability, minimizes vibrations, and contributes to consistent accuracy during machining. Its durability ensures the lathe withstands intensive daily use, making it a reliable choice for professional workshops and manufacturing environments.