PENTAGON Heavy Duty Belt Driven Lathe Machine 12x13-80 Series — PBHL-7'-12x13-80
Belt-driven heavy duty lathes provide robust turning capabilities for high-volume manufacturing operations. This model incorporates a 7 feet bed length and 1000 mm admit between centers. • 52 mm spindle bore supports continuous bar feeding • 2100 kg mass ensures consistent thermal stability • 375 mm center height maintains rigid tool engagement
See it in action
Specifications
For: PBHL-7'-12x13-80- Model
- PBHL-7'-12x13-80
- Bed Length
- 7 Feet
- Admit Between Centers
- 1000 mm
- Height Of Centre
- 300 mm
- Width Of Bed
- 325 mm
- Swing Over Bed
- 580 mm
- Swing Over Slide
- 380 mm
- Swing Over Gap
- 720 mm
- Spindle Bore
- 80 mm
- Speed- Nos
- 30-600 RPM/8 Nos
- Lead Screw TPI
- 4 TPI
- Tail Stock Sleeve
- MT-4
- Power Required
- 3/5 HP (Optional)
- Electrical Supply
- 415V, 3 Phase, 50 Hz
- Appx Weight
- 1500 Kgs
Configurations
Click a row to switch| Variant | Height Of Centre | Bed Length | Spindle Bore | Swing Over Bed | Price |
|---|---|---|---|---|---|
| PBHL-9'-12x13-80 | 300 mm | 9 Feet | 80 mm | 580 mm | ₹2,85,000 |
| PBHL-5.5'-12x13-80 | 300 mm | 5.5 Feet | 80 mm | 580 mm | ₹2,59,000 |
| PBHL-7'-12x13-80 | 300 mm | 7 Feet | 80 mm | 580 mm | ₹2,65,000 |
| PBHL-10'-12x13-80 | 300 mm | 10 Feet | 80 mm | 580 mm | ₹2,95,000 |
| PBHL-12'-12x13-80 | 300 mm | 12 Feet | 80 mm | 580 mm | ₹3,75,000 |
Operational Efficiency & Maintenance
- Simplified mechanical controls reduce downtime and enable quick setup changes between different job types
- Robust gearbox and belt tensioning system maintain optimal cutting performance under heavy loads
- Accessible lubrication points and standardized wear components streamline routine servicing schedules
- Stable cast iron construction dampens vibration to preserve tool life and improve surface finish quality
Industrial Applications & Use Cases
- Heavy component turning and facing operations for automotive, agricultural, and construction equipment manufacturing
- Precision shaft machining and thread cutting for industrial pump and valve assembly lines
- Batch production of flanges, rollers, and cylindrical components requiring consistent dimensional accuracy
- Repair shop refurbishment of worn mechanical parts and replacement component fabrication
Configuration & Size Range
- Available bed lengths ranging from 5.5 feet to 24 feet to accommodate varying job requirements and layouts
- Multiple spindle bore options including 52 mm, 80 mm, 104 mm, and 125 mm for flexible bar stock processing
- Modular architecture allows precise matching of machine footprint to specific shop floor space constraints
- Standardized 15x15 series dimensions ensure compatibility with common tooling setups and workholding accessories
Drive System & Core Design
- Belt driven transmission ensures smooth power delivery and consistent torque across all operating speeds
- Heavy duty construction engineered for continuous machining cycles and demanding workshop environments
- 15 inch center height and 15 inch bed width provide a robust foundation for substantial workpiece handling
- Mechanical drive design prioritizes reliability, ease of maintenance, and straightforward operational control
Optional Accessories
- Steady Rest
- Follow Rest
- Face Plate Electrical Fittings
- True Chuck & Dog Chuck
- Quick Change Tool Post Tapper Turning Attachment
- Coolant Pump with Tank & Fittings Machine Lamp
- Rear Tool Post
- Key Way Milling Attachment
- Tool Post Grinder
Standard Accessories
- Electrical Motor, Switches/Starter/V Belts
- Chuck Plate
- Gear Set
- Center Adaptor
- Dead Centers
- Dial Indicator
- Square Tool Post
- Tool Post Key
Frequently asked
How does the belt driven configuration benefit high torque operations?
Mechanical belt drive ensures direct power transfer, reducing slippage while maintaining consistent cutting force.
Can this machine handle long workpieces without additional support?
Models up to 24 feet feature reinforced ways and heavy duty tail stocks to safely support extended machining runs.
What spindle bore sizes are available across the series?
The product family offers 52 mm, 80 mm, 104 mm, and 125 mm bore options to match different bar feeding requirements.
More questions buyers ask
What is the primary advantage of the PENTAGON belt-driven lathe?
The belt-driven configuration ensures smooth power transmission, reduced vibration, and consistent torque, which is ideal for heavy-duty turning operations.
What industries use the 12x13-80 series lathe?
It is widely used in automotive, agricultural, construction equipment manufacturing, and general industrial repair workshops.
Does this machine come with a warranty?
Yes, PENTAGON provides a 1-year standard warranty on the lathe machine, ensuring reliability and support.
What is the spindle bore size for this series?
The 12x13-80 series features an 80 mm spindle bore, suitable for various bar stock processing requirements.
Is the machine suitable for educational institutes?
Yes, PENTAGON machines are frequently supplied to engineering colleges and technical institutes across India for training purposes.
What electrical supply is required?
The machine operates on a 415V, 3-phase, 50 Hz industrial power supply.
What accessories are included as standard?
Standard accessories include an electrical motor, switches/starter, V-belts, chuck plate, gear set, center adaptor, dead centers, and a square tool post.
Can I get different bed lengths?
Yes, the series is available in various bed lengths from 5.5 feet to 12 feet to suit different shop floor requirements.
What is the weight of the 9-foot model?
The 9-foot model (PBHL-9'-12x13-80) has an approximate weight of 1650 Kgs.
How is the machine maintained?
It features accessible lubrication points and standardized wear components, making routine maintenance straightforward and efficient.
Who should choose the 5.5-foot model?
Ideal for workshops with limited space requiring high-precision turning for smaller components.
Who should choose the 7-foot model?
A versatile choice for general-purpose industrial machining and medium-sized component fabrication.
Who should choose the 9-foot model?
Best for medium-to-long shaft machining and automotive component manufacturing.
Who should choose the 10-foot model?
Recommended for workshops handling longer shafts and larger industrial parts requiring extended bed length.
Who should choose the 12-foot model?
Designed for heavy-duty, long-workpiece machining where maximum stability and bed length are critical.
How does the 5.5ft model compare to the 12ft model?
The 5.5ft model is compact and space-efficient for small parts, while the 12ft model provides the extended capacity and stability needed for large-scale industrial shafts.
Are all models in the 12x13-80 series belt-driven?
Yes, the entire 12x13-80 series is engineered with a robust belt-driven transmission for consistent performance.
Which model offers the best balance of size and capacity?
The 7-foot and 9-foot models are generally considered the most versatile for a wide range of standard industrial applications.
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Full description
Belt-driven heavy duty lathes provide robust turning capabilities for high-volume manufacturing operations. This model incorporates a 7 feet bed length and 1000 mm admit between centers. • 52 mm spindle bore supports continuous bar feeding • 2100 kg mass ensures consistent thermal stability • 375 mm center height maintains rigid tool engagement