About DSG England Type 1910 x 40 Heavy Duty Lathe Machine
Make - Dean Smith & Grace (England)
Model - Type 1910 x 40
Center Height - 250 mm
Max. Length of Job - 1000 mm
Max. Job Diameter over Bed - 500 mm
Max. Job Diameter over Cross-Slide - 265 mm
Max. Job Diameter in Gap - 750 mm
Spindle Speeds - 11.2 rpm to 2000 rpm
Bed Width - 445 mm
Chuck Diameter - 315 mm
Spindle Bore - 84 mm
- Equipped with 2-Axis DRO.
- Complete with Job Steady, other Accessories, Covers etc.
- Automatic Feed Travels on the Tool-Slide (Top-Slide).
- Graduations are in both Metric (mm) and Imperial (inches).
- Machine is in excellent working condition.
Video of the Machine -
https://youtu.be/H_LTUjH0NXw
Precision Engineering for Demanding TasksConstructed with a precision-ground bed and hardened gears, the DSG England Type 1910 x 40 is tailored for heavy-duty industrial applications. Its design accommodates tasks requiring stringent tolerance and consistent output, making it a trusted choice in metalworking shops, fabrication facilities, and manufacturing plants. The manual operation system, paired with automatic feed options, enables flexibility across various turning operations. High-quality cast iron construction guarantees stability and minimizes vibration during machining.
Versatile Capabilities and User BenefitsBoasting 48 feed changes, 18 spindle speeds, and thread cutting ranges for both metric and inch standards, this lathe machine offers remarkable versatility. Industrial users can process a wide range of materials and components with variable cutting speeds up to 500 RPM. With its substantial 3000 mm x 1100 mm x 1350 mm footprint and a weight of approximately 3700 kg, the machine remains stable even under continuous high-capacity workloads. The heavy-duty build combines reliability with ease of operation.
FAQ's of DSG England Type 1910 x 40 Heavy Duty Lathe Machine:
Q: How does the DSG England Type 1910 x 40 lathe machine ensure precision during high-capacity operations?
A: The machine is constructed with a precision-ground bed, hardened gears, and a robust cast iron frame, which minimizes vibrations and maintains stability during heavy and continuous use, ensuring high-precision output at all performance levels.
Q: What types of materials and industries can benefit from this lathe machine?
A: This lathe machine is suitable for metalworking, industrial turning, and fabrication tasks, handling a variety of metals. It serves manufacturing plants, metal fabrication shops, and general industrial environments requiring reliable and precise turning machinery.
Q: When is the optimal situation to use the 1910 mm bed length and 1000 mm admit between centers?
A: These dimensions are optimal for handling medium to large-length workpieces where support between centers is crucial for precision turning, especially in industrial and fabrication settings requiring flexibility for different component sizes.
Q: Where is this heavy-duty lathe commonly installed and used?
A: The DSG England Type 1910 x 40 lathe is widely used in industrial workshops, manufacturing facilities, and fabrication shops in the United Kingdom and globally for both large-scale and custom metalworking applications.
Q: What is the process for changing feed rates and spindle speeds on this machine?
A: Operators can select from 48 feed changes and 18 different spindle speeds using manual controls, allowing for quick adjustment of cut depth or operation speed based on material and task requirements. This flexibility supports diverse threading and turning operations.
Q: How does the machine's manual control system enhance its usage?
A: The manual control system ensures direct operator involvement, enabling hands-on precision, better process feedback, and real-time adjustments. With automatic feed, it reduces fatigue during repetitive tasks while allowing close monitoring for quality assurance.
Q: What are the primary benefits of using this lathe in high-capacity environments?
A: High rigidity, a substantial swing diameter (480 mm), and reliable main motor power (5 HP) enable continuous, accurate operations. Its high-capacity design supports large, heavy workpieces, making it ideal for industrial-scale projects demanding durability and repeatability.