Product Description
A Hydraulic GSM Cutter is a precision instrument used in the paper textile and packaging industries to prepare accurate circular samples for GSM Grams per Square Meter testing Overview Purpose To cut standardsize samples quickly and accurately for GSM determination Working Principle Uses hydraulic pressure to cut through paper fabric or board with minimal effort ensuring uniform sample size Standard Sample Size Usually 100 cm area for easy GSM calculation Key Features Hydraulic Operation smooth effortless cutting compared to manual cutters Standardized Die Blades ensures precision Safety Lock prevents accidental operation Rigid Body stable for repeated industriallab use Applications Paper Packaging Industry checking paperboard GSM Textile Industry fabric weight analysis Quality Control Labs for accurate sample preparation Sample Post for social mediaproduct listing HYDRAULIC GSM CUTTER Precision Sample Preparation Designed for accurate and effortless cutting of paper fabric and board samples for GSM testing A musthave for packaging textile and quality control labs
FAQs of Hydraulic GSM cutter:
Q: What voltage range does the Hydraulic GSM Cutter operate on?
A: The Hydraulic GSM Cutter operates on a voltage range of 110-215 Volt (v).
Q: Is the Hydraulic GSM Cutter automated?
A: No, the Hydraulic GSM Cutter does not feature automation; it is manually operated.
Q: What material is the Hydraulic GSM Cutter constructed from?
A: The Hydraulic GSM Cutter is made from MS (Mild Steel).
Q: Can the Hydraulic GSM Cutter be used for industrial applications?
A: Yes, the Hydraulic GSM Cutter is designed for industrial usage.
Q: What are some key features of the Hydraulic GSM Cutter?
A: The Hydraulic GSM Cutter is known for its good quality and robust hardness.
Q: What is the color of the Hydraulic GSM Cutter?
A: The Hydraulic GSM Cutter is available in black color.
Q: Does the Hydraulic GSM Cutter require an external power supply?
A: No, the Hydraulic GSM Cutter operates manually and does not require an external power supply.