Hebei Yuchuang Heavy Industry Machinery Co., Ltd
VICORD INTELLIGENT MACHINERY MANUFACTURING
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PLC system, gate valve, hydraulic valve three-sided drilling and tapping machine
Three-sided drilling and tapping machine
The advantages of the three-sided CNC combination drilling machine (three-sided drilling and tapping machine) mainly include efficiency, precision, stability and flexibility.
1. Efficiency: The three-sided CNC combination drilling machine has the ability to work with multiple drills at the same time, which can greatly improve the drilling efficiency. In addition, its fast tool change system reduces the waiting time during the processing process, further improving production efficiency.
2. Precision: The equipment adopts advanced CNC system and precise transmission mechanism to ensure the accuracy and consistency of drilling. Whether it is a single hole or multiple holes, it can meet extremely high precision requirements.
3. Stability: The three-sided CNC combination drilling machine has a reasonable structural design, good rigidity, and can maintain stable performance at high speed. This not only helps to extend the service life of the equipment, but also ensures the safety and reliability of the processing process.
4. Flexibility: The equipment can be personalized according to different processing needs, such as adjusting the number of drills, replacing different types of drills, etc. This flexibility enables the three-sided CNC combination drilling machine to adapt to various complex drilling scenarios.
5. Versatility: The three-sided CNC combined drilling machine can not only perform drilling operations, but also tapping and other processing, meeting the one-stop processing needs of complex workpieces. For workpieces of various shapes and sizes and special-shaped non-standard parts, the equipment shows extremely high flexibility.
Details
| Project | Machine Specifications | YCⅢZG200HT | YCⅢZG400HT |
|
Technical Specifications | Maximum drilling center distance (mm) | Φ295 | Φ525 |
| Maximum processing length(mm) | 600 | 700 | |
| Minimum processing length(mm) | 200 | 300 | |
| Maximum machining dimension from intermediate flange to center (mm) | 300 | 400 | |
| Minimum machining dimension from intermediate flange to center (mm) | 150 | 150 | |
| Journey(mm) | 345/300 | 430 | |
| Drill bit connection method | Morse taper shank 2#/ER chuck | Morse taper shank 2#/Morse 3/ER chuck | |
|
Processing accuracy | Flange position on both sides | ≤0.5 | ≤0.5 |
| Middle flange position | ≤0.5 | ≤0.2 | |
| Surface roughness | 12.5 | 12.5 | |
|
Spindle drive | Transmission type (gear speed change) | 2-speed gearshift | 2-speed gearshift |
| Spindle speed range (r/min) | 225/286 400/100 | 159/231 400/100 | |
| Middle flange spindle motor model | YE2-132M-6-2.2KW | YE2-132M-6-3.7KW | |
| End flange spindle motor model | YE2-132M-6-5.5KW | YE2-132M-6-5.5KW | |
| Control system | PLC | ||
| Feeding mode | Hydraulic transmission/cylinder transmission | ||
| Machine tool appearance | Machine tool dimensions (Length×width×height )(mm) | 2800×2400×1500 | 3300×2600×1600 |
| Machine weight(KG) | 3500 | 4000 | |
Processed product
