High Precision Lathe Machine
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Face Plate
Chuck Plate
Stationery Steady
Follow Rest Assembly
Dead Centers
Electric Coolant Pump
Electric Motor & Starter
3jaw self centering chuck
Gears To Cut Metric Threads
Taper Turning Attachment
Tool Post Grinder
4jaw Independent Chuck
Norton Gear Box
Digital Read Out
Revolving Center
Keyway Cutting Attachment
| Model | PGT-5 | PGT-7 | PGT-9 | PGT-10 | PGT-12 |
| Length of Bed (With Head Stock) | 5.5 Feet | 7 Feet | 9 Feet | 10 Feet | 12 Feet |
| 1675 MM | 2130 MM | 2740 MM | 3048 MM | 3658 MM | |
| A.B.C | 550 MM | 1000 MM | 1560 MM | 1860 MM | 2450 MM |
| Weight (Approx) | 1100 KG | 1300 KG | 1500 KG | 1900 KG | 2200 KG |
| Floor-L | 1980 ("78") | 2425 (95") | 3050 (120") | 3350 (132") | 3950 (156") |
| Space-W | 1250 (49") | 1250 (49") | 1250 (49") | 1250 (49") | 1250 (49") |
| Occupied | 1370 (54") | 1370 (54") | 1370 (54") | 1370 (54") | 1370 (54") |
| Center Height | 10" | 10" | 12" | 13" | 15" |
| Bed Width | 13" | 13" | 15" | 15" | 18" |
We have been engaged in this market for a long time as we offer various kinds of precision lathe machines such as heavy-duty, high precision quality, Norton type, centre lathe machine, and many more. Our high precision lathe machine is of low price and is very easy to operate that anyone can use it with a little knowledge also. We use the latest technology to manufacture our machines.
Key Features:
| High Spindle Accuracy: Concentricity of ? 0.005 mm |
| Precision Ground Bedways: For stability and vibration-free performance |
| Fine Feed Mechanism: Enables ultra-precise machining |
| Hardened and Ground Gears: Ensures smooth, quiet operation |
| Toolroom-Grade Chuck and Tailstock |
| High-Quality Leadscrew and Feed Rod |
| Optional DRO (Digital Readout) Systems |
3D angled front view with all parts labeled for High Precision Lathe Machine
High precision lathe machines are specialized tools used in manufacturing and engineering for machining components with extremely tight tolerances and fine surface finishes. They are vital in industries where accuracy, consistency, and repeatability are critical.
Applications of High Precision Lathe Machines
| Aerospace Industry Producing turbine blades, shafts, and components for aircraft engines. High accuracy ensures safety and efficiency in flight-critical parts. |
| Medical and Dental Equipment Manufacturing surgical instruments, orthopedic implants (like bone screws), dental tools, and prosthetic components. Precision is essential for biocompatibility and functionality. |
| Automotive Industry Machining crankshafts, camshafts, gears, and engine components. Precision lathes help improve engine performance and reduce emissions. |
| Tool and Die Making Crafting molds, dies, punches, and custom tools. Requires tight tolerances and smooth finishes. Electronics and Semiconductor Industry Fabricating components like micro-connectors and heat sinks. Precision is needed for miniaturized, complex parts. |
| Optical Industry Producing lens mounts, optical housings, and mirrors. Surface finish and dimensional accuracy are critical for proper light refraction and focus. |
| Defense and Military Machining weapon parts, targeting components, and guidance systems. High reliability under extreme conditions demands tight tolerances. |
| Watchmaking and Jewelry Creating miniature gears, cases, and intricate components. |
| Oil and Gas Industry Producing parts like valve components, drill bits, and sealing surfaces. |
Key Advantages of High Precision Lathes
| High Tolerances: Often within microns (0.001 mm or better). |
| Superior Surface Finish: Minimizes need for secondary operations like grinding or polishing. |
| Repeatability: Consistent quality over large production runs. |
| Automation Compatibility: Often CNC-controlled for integration into automated manufacturing lines. |
Common Types of High Precision Lathe Machines
| CNC Precision Lathes Computer-controlled for complex, multi-axis tasks. |
| Swiss-Type Lathes Used for small, intricate parts, especially in medical and electronics. |
| Manual Precision Lathes Used where tactile feedback and operator control are needed. |
| Ultra-Precision Diamond Turning Lathes For optical and semiconductor applications. |
Country Oil
Power Plants
Steel & Paper Mills
Tool Rooms
Workshops
Small & Medium Scale Industries
Fabrication Workshops
Automotive
Aerospace
Defense workshops
Mining Equipment Repair
Steel Plants
Oil & Gas
Medical and Dental Equipment
Tool and Die Making
Optical Industry
Watchmaking and Jewelry
