The GJ1417, a high - precision stainless - steel CNC milling machine, is a high - performance gantry machining center designed for demanding, complex, and ultra - precision machining. With a positioning accuracy of ±0.005mm and a repeat positioning accuracy of ±0.003mm, it can achieve extremely high precision in complex stainless - steel part processing. Its spindle speed can reach up to 12,000 RPM, which ensures high - speed and efficient machining. The advanced linear guide rail system and high - torque servo motor provide excellent stability during the machining process, greatly reducing the impact of vibration on the machining quality.
The main target users of the GJ1417 are high - end manufacturing enterprises in industries such as aerospace, medical equipment, and high - end machinery. These enterprises often need to process complex stainless - steel parts with high precision requirements. For example, in the aerospace industry, parts need to meet strict quality and precision standards to ensure flight safety. Medical equipment manufacturers require extremely high surface finish and dimensional accuracy for parts to ensure the effectiveness and safety of medical devices.
The GJ1417 can achieve micron - level precision in complex stainless - steel part processing. Its advanced control system and high - precision mechanical structure ensure that each processed part meets strict dimensional and shape requirements.
Thanks to its robust structure and advanced damping technology, the GJ1417 maintains excellent stability during long - term continuous operation. This stability is crucial for ensuring consistent processing quality, especially for complex and time - consuming machining tasks.
The machine can produce parts with a high surface finish, which not only meets the aesthetic requirements but also improves the performance and service life of the parts. The high - quality processing also reduces the need for subsequent finishing operations, saving time and cost.
One of our customers, a well - known aerospace parts manufacturer, used to face challenges in processing complex stainless - steel engine parts. The previous equipment had a high废品率 (about 15%) and low production efficiency, with only 8 parts being processed per day. After using the GJ1417, the废品率 dropped to less than 3%, and the daily production increased to 15 parts, a significant improvement in both quality and efficiency.
Another customer in the medical equipment industry was struggling with the high - precision processing of surgical instrument parts. The GJ1417 enabled them to achieve the required high - precision and high - quality processing, reducing the production cycle by 30% and increasing the qualification rate from 90% to 98%.
| Customer | Before Using GJ1417 (Production Efficiency) | After Using GJ1417 (Production Efficiency) | Before Using GJ1417 (Scrap Rate) | After Using GJ1417 (Scrap Rate) |
|---|---|---|---|---|
| Aerospace Manufacturer | 8 parts/day | 15 parts/day | 15% | Less than 3% |
| Medical Equipment Manufacturer | N/A (Based on production cycle) | Production cycle reduced by 30% | 10% | 2% |
Do you have any questions about the application of the GJ1417 in complex stainless - steel part processing? Or do you want to share your own processing challenges? Please leave your comments below and let's discuss together!
