Product Description
Extremely efficient Spectrographic Sample Cut Off Machine is being supplied by our company which can cut through hard materials like concrete, iron, glass with ease to provide them with a specific shape and size. This machine can be employed in different functions in different industrial sectors. The machine maintains the temperature while being used which makes it safe and sound for the continuous use. Spectrographic Sample Cut Off Machine does not shake or violently vibrate while cutting up of different materials and remains stable throughout the function. The cutting zone of this machine is fully covered so as to prevent any accident. The blade does not accumulate rust, providing this machine with a long operating life.
SPECTROGRAPHIC SAMPLE CUT-OFF MACHINE FOR CONICAL STANDARD SAMPLES
Salient Features:
- Rapid Operation: High Speed of cutting a sample in less than 40 second,
- Lower Temprature even at high cutting speed: No change in metallurgical properties,
- Air Blast Cooling: No coolant contamination,
- Vibration Resistant Structure: Specially Suitable for Labs,
- Automatic Sample Clamping & Ejection: Faster & Effortless Operation,
- 100% Safe: The cutting zone is fully covered.
Product details
| Frequency | 50 Hz |
| Voltage | 415 V |
| Power | 18 kw |
| Phase | 3 Phase |
| Motor Speed | 1400 RPM |
Equipped with an aluminum oxide abrasive cutting wheel and a belt-drive system, the machine delivers quick, high-precision cuts on metals and alloys. The robust design and reliable heavy-duty induction motor ensure consistent performance for industrial laboratories and research centers.
Safety and Operational FeaturesProtective shielding, blade cover, and a vise clamp arrangement help maintain operator safety during cutting operations. The LED interior lighting enhances visibility inside the cutting chamber while the thermal overload relay protects the motor from overheating, ensuring safe and hassle-free usage.
Convenient Sample PreparationThe removable stainless steel tray accommodates easy handling and cleaning after sample preparation. The efficient recirculating water cooling system maintains optimal blade temperature, supporting long cutting sessions and reducing wear on components.
FAQs of Spectrographic Sample Cut Off Machine:
Q: How does the Spectrographic Sample Cut Off Machine ensure precise sample cutting?
A: The machine uses a combination of a robust vise clamp arrangement, aluminum oxide abrasive wheel, and precise mechanical configuration with 0.05 mm accuracy. Both manual and automatic functions allow for controlled and exact specimen cuts suitable for spectrographic analysis.
Q: What types of materials can be cut with this machine?
A: It is designed to cut a wide range of ferrous and non-ferrous metal samples, alloys, and similar materials, making it ideal for spectrographic sample preparation in metallurgical laboratories.
Q: When should the recirculating water cooling system be checked or refilled?
A: The system should be checked regularly before each cutting session. The 40-liter tank capacity supports extended operation, but for optimum cooling and blade longevity, refill or clean the system whenever contamination is observed or water level drops significantly.
Q: Where is the machine best installed for optimal operation?
A: This bench-mounted machine is ideally placed on a stable laboratory table or workbench, preferably in environments with ambient temperatures between 5C and 45C, ensuring safety and performance. Accessibility to a 230 V AC, 50 Hz power supply is required.
Q: What is the process for clamping samples during cutting?
A: Samples are secured using a vise clamp arrangement. This holds the specimen firmly in the cutting area (150 mm x 125 mm), allowing the operator to initiate automatic or manual cutting while maintaining safety and precision.
Q: How does the safety system function during cutting operations?
A: Protective shielding and a blade cover prevent accidental contact with the cutting wheel. Additionally, a thermal overload relay safeguards the motor from overcurrent, and LED lighting improves operator visibility inside the chamber during the cutting process.
Q: What are the major benefits of using this cut off machine for spectrographic sample preparation?
A: Benefits include high-speed, precise cutting, low noise operation, robust structure, and a convenient removable tray for easy sample handling. The machine supports efficient sample preparation with advanced safety features and reliable performance for laboratory environments.
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