SJA50 Fabric Gsm Checking Machine 50cm.sq. Cutting Diameter 76.2mm Latest Price in BD | SUJA GLOBAL
The SJA50 Fabric GSM Checking Machine by SUJA GLOBAL, featuring a 50 cm² cutting area and a cutting diameter of 76.2mm, is a top choice for precise fabric testing. Above all, this machine ensures accurate GSM measurements, making it essential for quality control in textile manufacturing.
Both its robust design and user-friendly operation make it a preferred option for professionals. Additionally, if you are searching for the best fabric GSM testing machine price, the SJA50 offers excellent value. After all, investing in a reliable fabric GSM checking machine is crucial for consistent quality.
If you compare fabric GSM checking machine prices in BD, you’ll find that the SJA50 stands out for its affordability and precision. Not only does it provide accurate GSM measurements, but it also features a cutting diameter of 76.2mm, suitable for a range of fabric types.
Afterward, you may notice improved consistency in your fabric testing processes. After that, using the SJA50 will help ensure that your fabric meets quality standards. All in all, the SJA50 is a top choice for those needing accurate GSM testing.
Neither complex features nor high costs hinder its efficiency. Also, the machine’s straightforward operation makes it accessible for both small and large-scale operations. As a result, it is considered one of the best fabric GSM checking machines available.
All things considered, the SJA50 Fabric GSM Checking Machine provides reliability, precision, and affordability. Because of its advanced features and competitive pricing, it is a smart investment for any textile operation. Altogether, the SJA50 offers the best value for fabric GSM testing, ensuring accurate measurements every time.
Meanwhile, the formula for calculating GSM is:
GSM = (Weight of Fabric Sample in grams) / (Area of Fabric Sample in square meters)
In particular, measuring GSM is important in various industries, including the textile and fashion industry, as it helps determine the quality, thickness, and density of fabrics, which can be essential for product specifications, quality control, and ensuring consistency in manufacturing.
Working Flow Chart of GSM Cutter
Specifically, creating a flowchart for the working process of a GSM (Grams per Square Meter) cutter can help illustrate the steps involved in using this tool to measure the GSM of a fabric sample. Below is a simplified flowchart outlining the basic steps:
“`
Start
First, Prepare the Fabric Sample
Cut a 100 square centimeter fabric sample;
Ensure the fabric sample is flat and clean;
Use a straight edge or template for precision;
Secondly, Weigh the Fabric Sample
Place the cut fabric sample on a precision balance;
Record the weight in grams (g);
Thirdly, Calculate GSM
Use the formula: GSM = Weight of Fabric Sample (g) / 0.01 square meters;
Convert weight to GSM (grams per square meter);
Finally, Result
Display the calculated GSM value;
Use the GSM value for quality control, specification, or reference;
End
“`
In other words, this flowchart outlines the key steps in the process of using a GSM cutter to determine the GSM value of a fabric sample. It begins with preparing the fabric, cutting a 100 square centimeter sample, weighing the sample, and then calculating the GSM based on the weight and the known sample area. Finally, the result is the GSM value, which can be used for various purposes, such as product quality assessment or manufacturing specifications.
FEATURES OF GSM CUTTER MACHINE
- Included 4 pieces of Germany S.S. Blades
- Included 2 pieces of cutting rubber Board
- It’s made of Smooth and high-quality GI & MS Body
- Accurately cut out 50CM² (Cutting Diameter 76.2mm)
- Apply for cut fabric, paper, film, carpet, foam, and board
- Product have one year free service warranty
SPECIFICATION
Name | Details |
---|---|
Model | SJA50 |
Brand | SUJA GLOBAL |
Origin | Singapore |
Fabric Cutting Area | 76.2 cm. sq. / 50CM2 |
Identification | 50 Dia Sample GSM Cutter |
Type of Cut | Standard Circle |
Box Size | (17 x 17 x 13)cm |
Weight | 1225g |
Blades | Heavy duty (Germany) for long life. |
Rubber Pad | For smoothly cutting the sample without damaging the cutting blade. |
GSM Explained:
Indeed, Grams per Square Meter (GSM), measured in (gm/m2), is a crucial metric for fabric weight assessment. This article delves into the world of GSM cutters, specialized circular tools designed to accurately measure fabric GSM. To rephrase, they efficiently cut precisely 1/100th of a square meter of fabric, enabling manufacturers to understand the fabric weight both before production and after obtaining the final product. That is to say, the article provides an insightful look at the operational flowchart of a GSM cutter:
In Conclusion, 38mm Diameter Sample GSM Cutter Machine Model: SJA38 in BD. Therefore, explore our 38mm Diameter GSM Cutter for accurate fabric weight measurement. Ideal for textile professionals and researchers. Get precise results with ease.
GSM Cutter Machine Blade Change Procedure:
Although, it’s very simple a task. Specifically to write, loosen the Phillips screw (four screws on each piece), remove the blade pressure plate and the blade, change with the new blade, press the blade pressure plate, taking care to make the blade mouth tangentially clockwise, and make the four blades in the same plane, then tighten the Phillips screw. Finally, the Sample GSM Cutter will be ready to perform as well.
The Significance of Fabric GSM in Garments Manufacturing
In the realm of garment manufacturing, understanding fabric GSM is paramount for all garment merchandisers. Certainly, Fabric GSM calculation methods are essential knowledge, and this article highlights one such method, which involves using a GSM cutter. Consequently, It’s worth noting that there are alternative ways to calculate fabric GSM without employing a GSM cutter, as discussed in a previous article on this topic.
FAQ for SJA50 Fabric GSM Checking Machine
Q1: What is the SJA50 Fabric GSM Checking Machine?
The SJA50 Fabric GSM Checking Machine by SUJA GLOBAL is a precision device designed to cut fabric samples with a 50 cm² area and measure their weight per square meter (GSM).
Q2: What is the cutting diameter of the SJA50?
The SJA50 features a cutting diameter of 76.2mm, which allows for accurate and consistent sample cutting.
Q3: How does the SJA50 calculate GSM?
To calculate GSM, cut a 50 cm² fabric sample using the SJA50, weigh the sample, and multiply the weight by 100 to determine the grams per square meter (GSM).
Q4: What types of fabric can the SJA50 handle?
The SJA50 is designed to handle various textile materials, including cotton, polyester, silk, and wool.
Q5: Is the SJA50 easy to use?
Yes, the SJA50 is user-friendly, with a straightforward operation that allows for quick and accurate cutting of fabric samples.
Q6: What safety features are included with the SJA50?
The SJA50 includes safety features such as protective guards and a stable cutting surface to ensure safe operation during use.
Q7: How accurate is the SJA50 Fabric GSM Checking Machine?
The SJA50 provides high accuracy in cutting and measuring, ensuring reliable GSM results for quality control purposes.
Q8: Can the SJA50 be used in both small-scale and industrial settings?
Yes, the SJA50 is versatile and suitable for use in both small-scale laboratories and larger industrial applications.
Q9: How should I maintain the SJA50?
Maintenance includes cleaning the cutting blades, lubricating moving parts, and regularly checking the machine for any signs of wear or damage.
Q10: Where can I buy the SJA50 Fabric GSM Checking Machine?
You can purchase the SJA50 from authorized SUJA GLOBAL distributors, textile machinery suppliers, or through online marketplaces specializing in industrial equipment.
Q11: What is the latest price of the SJA50 in Bangladesh?
For the most current pricing of the SJA50 Fabric GSM Checking Machine in Bangladesh, contact SUJA GLOBAL or authorized distributors for up-to-date information.
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