Belt Driven Heavy Duty Lathe Machine 7' Spindle bore 80 mm

PENTAGON Brand Belt Driven Heavy Duty Lathe Machine Model PHDS: 2130/7' bed length with center height 300 mm, bed width 325 mm and Spindle bore 80 mm along with all standard accessories

The Belt Driven Heavy Duty Lathe Machine is engineered to handle large workpieces and demanding machining tasks with exceptional accuracy and stability. Its heavy cast-iron construction, deep and wide bed, and precision-ground guideways ensure vibration-free operation even under high cutting loads. The belt-driven spindle system offers smooth power transmission, reduced noise levels, and flexible speed selection through stepped pulleys.

Designed for rugged industrial applications, this machine is ideal for turning, facing, threading, boring, taper turning, and heavy-duty machining operations on steel, cast iron, and other tough materials. It is widely used in fabrication workshops, maintenance departments, production units, and tool rooms requiring consistent performance and long service life. The mechanical simplicity of the belt drive ensures low maintenance, easy operation, and reliable performance in continuous-duty environments.

1. Flame Hardened bed ways
2. Latest Design Head Stock and spindle is made of alloy steel & precision grinding.
3. All rotating parts are balanced
4. High-Grade Cast Iron Construction: Ensures rigidity and vibration damping
5. Powerful Main Spindle Motor: Usually 3–7.5 HP
6. Tailstock: Heavy-duty, manually or hydraulically operated
7. Heavy-duty cast iron bed for superior stability
8. Smooth belt-driven spindle for reduced noise and vibration
9. Adjustable spindle speed through stepped pulleys
10. Precision ground guideways for accurate machining
11. Hardened & ground headstock spindle
12. Tailstock with fine feed adjustment
13. Carriage with automatic and manual feed options
14. Suitable for turning, threading, knurling & drilling
15. Low maintenance, high durability

1. V-belt systems are relatively inexpensive to manufacture and maintain compared to gear-driven systems.
2. The V-belt can absorb shock loads and vibrations better than rigid gear systems, protecting the machine and workpiece.
3. Simple in construction, easy to operate, and less prone to mechanical failure.
4. Produces less noise due to the belt-driven mechanism, offering a smoother experience in the workshop.
5. In case of overload, the belt may slip, which can prevent damage to the motor or spindle—acting as a basic overload protection.
6. Changing spindle speed is straightforward (usually by shifting the belt between stepped pulleys).
7. Fewer moving parts mean less frequent lubrication and adjustments are needed

1. Coolant Pump with fitting

2. Machine lamp with fitting

3. Norton Gear box with fitting

4. Rear Safety Guard

5. Extra face plate

6. Quick Change Tool Post

7. Electric Motor 3/5 HP 3 phase

8. 3 Jaw True chuck size

9. 4 Jaw Dog chuck size

10. DRO set two axis with linear scale of suitable size fitted

1. Chuck Plate

2. Change Gear Set of ( inch and mm)

3. Dead Center

4. Center Adapter

5. Motor Pulley

6. Tool Post Key

7. Chip Tray