TOS SU50A/1000 Lathe Machine

Price 2950 USD ($)/ Piece

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TOS SU50A/1000 Lathe Machine Specification

Product Type
Heavy Duty Lathe Machine

Material
Cast Iron

Cutting Speed
251400 RPM

CNC Or Not
No (Conventional/Manual Lathe)

Automatic Grade
Manual

Control System
Manual

Max. Swing Diameter
500 mm

Voltage
415 V

Weight (kg)
2650 kg

Dimension (L*W*H)
2700 x 1270 x 1450 mm

Capacity
1000 mm between centers

Feature
High Precision, Rigid Structure, Hardened Bedways

Color
Gray/Green

About TOS SU50A/1000 Lathe Machine

Make - TOS (Czech Republic)

Model - SU50A / 1000

Center Height - 255 mm

Max. Length of Job - 1000 mm

Max. Swing Over Bed - 500 mm

Max. Swing Over Cross-Slide - 270 mm

Bed Width - 420 mm

Spindle Speeds - 11.2 rpm to 1400 rpm

Spindle Bore - 60 mm

- With Rapid Movement of Carriage & Cross-Slide.

- It is a heavy-duty type Lathe Machine.

- Machine is in excellent working condition.

Video Link - https://youtu.be/h6ivDgmENmI

Precision Engineering for Reliable Results

The TOS SU50A/1000 Lathe Machine is engineered with high precision components, including a rigid structure and hardened bedways. Its manually controlled system offers operators direct adjustment for accuracy in every turn, ideal for detailed machining tasks.

Versatile Capacity and Robust Construction

Capable of handling materials up to 1000 mm between centers and boasting a maximum swing diameter of 500 mm, this lathe suits various manufacturing and repair tasks. Its durable cast iron frame ensures stability and resilience over extended use.

User-Friendly Manual Operation

The conventional manual lathe design provides straightforward controls, making it suitable for operators who prefer hands-on processes. With 24 spindle speeds and an optional 250 mm chuck, users can adapt the machine for diverse machining requirements.

FAQs of TOS SU50A/1000 Lathe Machine:

Q: How does the manual control system of the TOS SU50A/1000 lathe machine operate?

A: The TOS SU50A/1000 uses a conventional manual control system, allowing operators to set spindle speeds, feeds, and threading using handwheels and levers. This provides precise manual adjustments for turning, facing, and thread cutting operations.

Q: What materials can be machined on this lathe, and how is accuracy maintained?

A: This lathe is suitable for metals including cast iron, steel, and non-ferrous alloys. Accuracy is maintained through its high precision design, hardened bedways, and rigid structure that minimize vibrations and ensure consistent machining tolerances.

Q: Where can I use the TOS SU50A/1000 lathe machine effectively?

A: The machine is ideal for manufacturing workshops, maintenance facilities, and educational institutions requiring reliable manual turning tasks. Its medium-to-large workpiece capacity makes it suitable for export, import, and industrial production environments.

Q: What is the process for adjusting the spindle speed and thread cutting on this lathe?

A: Operators can select from 24 spindle speeds, ranging from 25 to 1400 RPM, using the control levers. For thread cutting, the lead screw (35 mm / 6 mm pitch) offers metric (0.556 mm) and inch (561 TPI) threading options, adjustable via the gear settings.

Q: When is it most beneficial to use the optional 250 mm chuck with this lathe model?

A: The optional 250 mm chuck enhances versatility by adapting to different workpiece sizes and shapes. It is most beneficial when machining components that require secure gripping beyond the standard setup, improving safety and operational flexibility.

Q: What are the main usage benefits of the TOS SU50A/1000 lathes coolant system?

A: The integrated coolant system helps dissipate heat during prolonged machining, enhances tool life, and improves the quality of finished surfaces by reducing thermal deformation and enabling smoother cutting action.

Q: How does the rigid cast iron construction influence the machines performance?

A: The cast iron construction provides exceptional rigidity and vibration dampening, ensuring stable support for high-precision turning. This design extends the machines operational longevity and helps maintain exact dimensions even during heavy-duty use.

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