About GSM ROUND CUTTER
Applications:
Used for sample cutting in various industries such as acrylic sheets, aluminum and foils, bags and luggage of cotton, Pulp, Paper, Printing, Packaging and leather, belts, foot ware, paper industry.
Details:
The equipment consists of Sample cutter with safety catch lock and Long life cutting pads.
The Sample Cutter has 4 Nos. of German reversible blades. The blades are reversible in design i.e. If one side gets blunt due to continuous usage, the blades can be turned to the other side. In this way, all the four sides of the blades can be used. Each blade has numbered sides for convenience in changing the blades.
The unit is recommended for yield testing i.e. the determination of weight per unit area. The sample cutter cuts out rapidly and accurately circular specimen. The result is grams, multiplied by 100, gives the GSM Grams per square meter directly.
Furtherdetails available on our website.
The Price mentioned here are subject to change as per the capacity,specifications and application of the user.
Precision Cutting for Diverse ApplicationsThe GSM Round Cutter is engineered to deliver precision cuts on diverse materials including paper, acrylic, aluminum, textiles, and leather. Its accuracy ensures sample consistency for laboratory and industrial testing. Commonly utilized in packaging and printing industries, its an indispensable tool for professionals demanding reliable GSM measurement and material evaluation, aiding in maintaining product quality and compliance.
Streamlined Testing ProcessWith its user-friendly design, the GSM Round Cutter simplifies the sample preparation process. Quick setting and easy operation reduce testing time. Its durable build supports repeated, high-volume use, making it ideal for laboratories and industrial settings. The instrument enables uniform, burr-free cuts crucial for obtaining correct results during GSM and quality tests.
FAQs of GSM ROUND CUTTER:
Q: How is the GSM Round Cutter used for testing paper and packaging materials?
A: The GSM Round Cutter is used to cut uniform circular samples of materials like paper and packaging, which are then weighed to calculate the GSM (grams per square metre). This process ensures accurate measurement and aids in quality control.
Q: What types of industries benefit from the use of a GSM Round Cutter?
A: Numerous industries benefit from this instrument, including packaging, printing, paper, textiles, leather, acrylic, and aluminum sheet manufacturing. It is ideal for sample cutting in the production of bags, luggage, belts, footwear, and more.
Q: Where can the GSM Round Cutter be applied for sample cutting purposes?
A: The cutter can be applied in laboratories, manufacturing facilities, and quality control departments across sectors like pulp and paper, textiles, automotive accessories, and packaging, ensuring precise material evaluations.
Q: What is the process for creating samples with the GSM Round Cutter?
A: To create a sample, place the material on a suitable surface, position the GSM Round Cutter over it, and rotate the handle. This yields a uniform circular sample ready for GSM testing or further analysis.
Q: When should a GSM Round Cutter be used in production?
A: It should be used whenever precise sample cutting is needed for GSM measurement or quality testingtypically during material evaluation, batch testing, or pre-production checks in quality assurance protocols.
Q: How does using a GSM Round Cutter improve material testing quality?
A: The device produces consistent, accurate sample sizes, minimizing variability and errors. This leads to reliable GSM values and enhances the overall credibility of your material testing and product quality.
Q: What are the benefits of sourcing a GSM Round Cutter from an Indian exporter and manufacturer?
A: Purchasing from an established Indian manufacturer ensures high-quality construction, reliable customer service, and compliance with international standards. Additionally, you benefit from cost-effective solutions and local support as an exporter, supplier, or trader.