Product Description
CDS-500 is ideal for sample preparation in research work of non-metallic materials such as ceramics, composites, glass etc. Machine works on gravity cutting principle.
- Speed - 50 - 500 RPM
- Digital Display
- In-built coolant recirculation tank
Specification
| Frequency | 50 Hz |
| Speed | 50 - 500 RPM |
| Display Type | Digital |
| Power | 1 HP |
| Voltage | 230 V |
| Brand | Conation |
Integrated Water Cooling for Superior Sample PreservationThe Low Speed Diamond Precision Saw features an integrated water cooling system that minimizes heat buildup during cutting. This ensures your samples remain unaffected by thermal damage, enabling highly accurate scientific and metallurgical analyses. Water cooling also extends the blade life and maintains a dust-free environment.
High Precision and Safety in Every CutEngineered with a high precision electric motor and digital speed control, this saw guarantees reliable, controlled sectioning. Its transparent protective cover, overload protection, and universal sample holder offer enhanced user safety and adaptability for varying material types. Noise levels under 60 dB provide a comfortable work environment.
FAQ's of Low Speed Diamond Precision Saw:
Q: How does the integrated water coolant system improve cutting performance?
A: The integrated water cooling system efficiently dissipates heat generated during cutting, which protects the sample from thermal damage and maintains the blade's integrity. This enables cleaner cuts and extends the blade's lifespan.
Q: What types of samples can be processed with this precision saw?
A: This saw is designed for sectioning metals and non-metals up to 50 mm in size. Its universal sample holder accommodates a wide variety of sample shapes and materials, making it suitable for industrial, material science, and research applications.
Q: When is it necessary to use low speed cutting in sample preparation?
A: Low speed cutting is essential when handling delicate or sensitive samples that might be affected by heat and mechanical stress. It ensures minimal alteration to the specimen's microstructure or properties, which is critical in precise analysis.
Q: Where can this saw be used most effectively?
A: This precision saw is best suited for laboratory environments, research facilities, material testing centers, and quality control departments, particularly within metallurgical, geological, or electronic industries in India.
Q: What is the process for operating the digital speed control interface?
A: To operate the digital speed control, users can adjust the spindle speed according to the sample material and desired cut quality. The intuitive controls allow real-time adjustment, facilitating consistent and reproducible results.
Q: What specific benefits does the diamond blade provide during sectioning?
A: The diamond blade offers exceptional hardness and sharpness, making it capable of cutting through tough or brittle materials with minimal deformation. Its thin profile (0.3 mm) produces precise slices, optimizing sample preparation for analysis.