Product Description
Specification
| Style | WNM9 |
| Wire Diametermm | 19 |
| Diameter of Grinding Springmm | 10100 |
| Height of Grinding Springmm | 10400 |
| Grinding Wheel SizeOutsideHeight | 45065 |
| Grinding Head Speednmin | 1465 |
| Machine DimensionLWHmm | 190025002750 |
| Machine Weightkg | 3500 |
| Voltage | Three Phase 380VAC50HZ |
| Total Motor Power5PCSkw | 20 |
Precision and PerformanceEquipped with Siemens CNC control and capable of precision grinding up to 0.01 mm, the WNM9 machine ensures consistently high-quality spring end finishes. Its servo and main motor combination supports variable spindle speeds (10-200 rpm), allowing fine-tuned adjustments tailored to specific spring requirements. Designed for rigorous industrial use, it maintains surface roughness Ra0.5, essential for top-tier manufacturing outcomes.
Enhanced Automation for ProductivityThe WNM9 utilizes an automatic loader and computerized controls, streamlining the spring grinding process. The touch screen interface and PLC control simplify operation and monitoring, while the double axial design and feeding automation boost throughput. This allows operators to work efficiently, minimizing manual intervention and maximizing safety with features like full cover protection and an emergency stop.
Built for Industrial DemandsConstructed from heavy-duty cast iron, the WNM9 offers stability and durability. It can accommodate springs with diameters up to 150 mm and handle lengthy components up to 400 mm. Its compact footprint (4200 x 2100 x 2250 mm) and high weight (6500 kg) underscore its robustness, making it suitable for demanding manufacturing environments in India and international markets.
FAQ's of WNM9 WNM CNC SPRING END GRINDING MACHINE:
Q: How does the WNM9 CNC Spring End Grinding Machine ensure precise grinding results?
A: The WNM9 achieves high-precision grinding with positioning accuracy up to 0.01 mm, thanks to its Siemens CNC control system, servo motors, and double axial design. Its computerized PLC interface ensures consistent and repeatable operations, resulting in optimal spring end finishes.
Q: What types and sizes of springs can be processed on this machine?
A: This machine handles spring wire diameters from 2.0 mm to 12 mm and spring diameters up to 150 mm, with maximum lengths of 400 mm. Its variable controls and large 450 mm grinding wheel make it suitable for a variety of compression springs in different industrial settings.
Q: Where is the WNM9 CNC Spring End Grinding Machine typically used?
A: The WNM9 is widely utilized in manufacturing facilities requiring high-precision spring production, including automotive, electronics, and industrial component suppliers. Its design and capabilities make it suitable for both Indian and export markets.
Q: What safety features are integrated into the WNM9 machine during operation?
A: Operator safety is ensured with full cover protection, an emergency stop function, and an intuitive touch screen interface. These measures, combined with automatic feeding, reduce manual handling and enhance overall workplace safety.
Q: What is the process for operating the automatic feeding and grinding setup?
A: Operators use the PLC-controlled touch screen to configure and monitor grinding parameters. The automatic loader feeds springs into the grinding zone, while the water cooling system manages temperature, and precision controls guarantee consistent end grinding throughout the batch.
Q: What are the primary benefits of using this CNC spring end grinder for manufacturers?
A: Manufacturers benefit from improved precision, reduced labor through automation, consistent surface finishing, and enhanced safety. The heavy-duty build and versatile settings make it ideal for both high-mix and high-volume production applications.
Q: How does the machine manage heat generated during high-speed grinding?
A: The WNM9 is equipped with a water cooling system that effectively dissipates heat during operation, preserving grinding wheel integrity, protecting components, and ensuring consistent, quality results even at high spindle speeds.