E-mail: cysi@cysi.wang
CY-D8000 Diamond Band Saw Cutting Machine is mainly used in the field of material research. It is suitable for cutting rock samples such as metal, glass, ceramics, rock samples, mineral samples, etc. It can also be used for cutting and sampling of biomedical materials, such as orthopedics, dentistry, joint slicing or plasticized thin slices of soft and hard tissues of the body and organs. The machine has the characteristics of high processing accuracy, stable and reliable performance, simple operation and wide application range. This machine is used in colleges and universities, scientific research institutes and production fields.
Suitable for cutting large-size samples;
Equipped with a circulating cooling device, safe and environmentally friendly;
Multi-functional sample loading platform, which can be adjusted according to needs.
Product name | Diamond Band Saw Cutting Machine |
Product model | CY-D8000 |
Function and use | 1. Suitable for cutting brittle materials such as glass, ceramics, jade, marble, concrete, etc.; 2. Biological plasticized specimen slicing (human and animal organs, jaw soft and hard tissue slicing, implant observation, dental crowns and bridges, teeth and other histological specimens) 3. Orthopedic soft and hard tissue slicing (femur, hip joint, vertebral body and other living tissues and hard tissues, bone histological samples with implants, etc.); 4. Cardiovascular stent slicing, stone slicing and other medical tissue slicing; 5. Paleontology and bone fossil research; 6. Cutting of mechanical seals, sealing strips, sealing rings, oil seals, etc. for automobiles. |
Installation conditions | 1. Temperature and humidity: 10-85%RH (at 25℃ without condensation) Temperature: 0-45℃. 2. There is no strong vibration source and corrosive gas around the equipment. 3. Power supply: AC220V 50Hz national standard three-pole socket must have a good grounding wire 4. Cooling water: The equipment is equipped with a circulating water pump + water storage box for circulating cooling, and does not require a large amount of cooling water 5. Air source: No requirement for standard equipment 6. Workbench: No such requirement 7. Ventilation device: Good ventilation environment, no special ventilation device requirements |
Main parameters | 1. Power supply port: AC220V 50Hz 2. Rated power: 0.75KW 3. Spindle drive motor: AC220V AC frequency conversion 1390rpm 4. Cutting line speed: max15m/s adjustable 5. Main operating platform size: 500mmx425mm 6. Sliding platform size: 240mmx200mm 7. Cutting feed mode: manual feed 8. Sliding table Y-axis stroke: >200mm 9. Cutting depth max: operating platform cutting: 200mm, sliding platform cutting: 150mm 10. Sliding table cutting size max: 200mmx200mmx150mm 11. Band saw blade size: standard: (diamond blade thickness is 0.9mm, machine belt thickness is 0.45mm)×10mm×2780mm (diamond ring band saw) 12. Host control mode: operation panel button control |
13. Product specifications: ·Size: 920mmx700mmx1600mm Net weight: ≈245kg | |
Note: 1. The domestic standard power supply for the equipment is AC220V 50Hz. The actual power supply parameters are subject to the label attached to the back of the product. |
If you are interested in our resistance wire tank furnace, please contact us for more information and quotation.
Tel: 185 3800 8121
Email: Lily@cysitech.com
Contact: Zhao Xiaoli
WeChat: 15617818691
Diamond Band Saw Cutting Machine in Aerospace: Experimental Cases
The diamond band saw cutting machine is increasingly being used in the aerospace industry for cutting a variety of materials, such as high-performance alloys, composites, and other advanced materials used in aircraft and spacecraft manufacturing. These materials are often tough, high-strength, and have complex geometric shapes, which requires high-precision cutting tools. The diamond band saw, with its sharp, durable cutting edge and high efficiency, is an ideal solution for these challenging tasks.
Experimental Cases of Diamond Band Saw Cutting Machine in Aerospace:
1. Cutting Titanium Alloys in Aerospace Components
Titanium alloys are commonly used in aerospace due to their strength-to-weight ratio and corrosion resistance. These alloys are tough and require high-precision cutting tools for processing.
Experimental Equipment:
Diamond band saw cutting machine with a cooling system.
Diamond band: Electroplated diamond band with 40-60μm diamond particles.
Experimental Steps:
Material Preparation: Titanium alloy plates or bars, typically 5-10mm thick.
Set Cutting Parameters: Adjust cutting speed and feed rate. Cutting speeds are generally set between 0.1 to 0.2mm/s, and feed rates are around 0.05mm/min to 0.1mm/min.
Cooling: A cooling fluid is used to maintain a low temperature and reduce the risk of thermal distortion or material oxidation.
Cutting Process: The diamond band saw cuts through the titanium alloy with high precision, ensuring smooth, crack-free edges. The cutting follows predefined paths or complex geometries as required.
Post-processing: After cutting, the titanium components are cleaned and lightly polished to remove any surface debris.
Experimental Results:
The cut titanium alloy components had smooth edges, with minimal burrs or cracking. The cutting surface was highly precise, meeting the tight tolerances required for aerospace applications. No significant heat-affected zones (HAZ) were observed, and the material's integrity remained intact.
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