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ALFCK50
ALLES CNC
Through its special structural design, CNC slant bed lathe is suitable for scenarios that require bevel processing, high rigidity and stability requirements, and long workpiece processing. It is widely used in different fields of the manufacturing industry.
CNC turning centers for medical device manufacturing:
1. CNC turning centers play an important role in the field of medical device manufacturing and can provide high-precision and high-efficiency processing to meet the strict quality and accuracy requirements of medical devices. Here are some key applications of CNC turning centers in medical device manufacturing:
2. High-precision parts manufacturing: CNC turning centers can process and manufacture parts that require high precision in medical devices, such as surgical instruments, implants, medical sensors, etc. High-precision machining ensures instrument performance and reliability.
3. Processing of complex geometric shapes: Medical devices often have complex geometric shapes, such as artificial joints, orthopedic implants, etc. CNC turning centers can efficiently machine these complex-shaped parts through multi-axis control and advanced tool path planning.
4. Processing of stainless steel and biocompatible materials: Medical devices usually require the use of special materials such as stainless steel to ensure their corrosion resistance and biocompatibility. CNC turning centers can efficiently machine these challenging materials.
5. Small batch production and customized manufacturing: The medical device market often requires small batch production or even customized manufacturing to meet the needs of different patients. CNC turning centers have flexible production capabilities that can be quickly adjusted to meet market demands.
6. Automated production process: Some CNC turning centers integrate automation systems, which can realize automated workpiece loading and unloading, tool replacement and other operations, improve production efficiency and reduce manual intervention, while reducing human errors.
7. Efficient cutting speed and feed speed: CNC turning centers usually have high-speed cutting and feed speeds, which can complete the processing of complex instruments in a short time and improve production efficiency.
Overall, CNC turning centers play a key role in medical device manufacturing, providing effective solutions for the processing of high-precision, complex shapes and special materials, and promoting innovation and development in the medical device industry.
Product Specifications:
Item | Unit | FCK50 |
Maximum slewing diameter on bed inner protection | mm | Φ560 |
Turning diameter | mm | Φ500 |
Turning length | mm | 500 |
Spindle end type and code | A2-5 | |
Maximum passing bar diameter | mm | 40 |
Spindle speed range | rpm | 100-3000 |
Spindle power | kw | 7.5 |
X-axis travel | mm | 280 |
Z axis travel | mm | 550 |
X-axis gauge and slider specification | mm | 35 rollers/35 balls (Four sliders) |
CNC control system | GSK 908TB3i | |
Chunk form | 10 inch hydraulic chuck | |
Spindle center to ground | mm | 1000 |
Machine frame dimensions (length * width) | mm | 2250*1005 |
Machine frame weight | kg | 2400 |
Through its special structural design, CNC slant bed lathe is suitable for scenarios that require bevel processing, high rigidity and stability requirements, and long workpiece processing. It is widely used in different fields of the manufacturing industry.
CNC turning centers for medical device manufacturing:
1. CNC turning centers play an important role in the field of medical device manufacturing and can provide high-precision and high-efficiency processing to meet the strict quality and accuracy requirements of medical devices. Here are some key applications of CNC turning centers in medical device manufacturing:
2. High-precision parts manufacturing: CNC turning centers can process and manufacture parts that require high precision in medical devices, such as surgical instruments, implants, medical sensors, etc. High-precision machining ensures instrument performance and reliability.
3. Processing of complex geometric shapes: Medical devices often have complex geometric shapes, such as artificial joints, orthopedic implants, etc. CNC turning centers can efficiently machine these complex-shaped parts through multi-axis control and advanced tool path planning.
4. Processing of stainless steel and biocompatible materials: Medical devices usually require the use of special materials such as stainless steel to ensure their corrosion resistance and biocompatibility. CNC turning centers can efficiently machine these challenging materials.
5. Small batch production and customized manufacturing: The medical device market often requires small batch production or even customized manufacturing to meet the needs of different patients. CNC turning centers have flexible production capabilities that can be quickly adjusted to meet market demands.
6. Automated production process: Some CNC turning centers integrate automation systems, which can realize automated workpiece loading and unloading, tool replacement and other operations, improve production efficiency and reduce manual intervention, while reducing human errors.
7. Efficient cutting speed and feed speed: CNC turning centers usually have high-speed cutting and feed speeds, which can complete the processing of complex instruments in a short time and improve production efficiency.
Overall, CNC turning centers play a key role in medical device manufacturing, providing effective solutions for the processing of high-precision, complex shapes and special materials, and promoting innovation and development in the medical device industry.
Product Specifications:
Item | Unit | FCK50 |
Maximum slewing diameter on bed inner protection | mm | Φ560 |
Turning diameter | mm | Φ500 |
Turning length | mm | 500 |
Spindle end type and code | A2-5 | |
Maximum passing bar diameter | mm | 40 |
Spindle speed range | rpm | 100-3000 |
Spindle power | kw | 7.5 |
X-axis travel | mm | 280 |
Z axis travel | mm | 550 |
X-axis gauge and slider specification | mm | 35 rollers/35 balls (Four sliders) |
CNC control system | GSK 908TB3i | |
Chunk form | 10 inch hydraulic chuck | |
Spindle center to ground | mm | 1000 |
Machine frame dimensions (length * width) | mm | 2250*1005 |
Machine frame weight | kg | 2400 |