Digital Controlled End Cutter Automatic MAX-980-QD

End Cutter Machine

End cutter machines, also known as cutting machines, are used in the garment and textile industry to cut fabric, leather, and other materials. They are typically used in the cutting room of a garment factory or textile mill and are used to cut large quantities of fabric quickly and accurately.

End cutter machines are typically used to cut the fabric into the desired shape and size for a particular garment or textile product. They can be used to cut a variety of materials, including cotton, polyester, nylon, and other fabrics. Some of the common types of end-cutter machine include:

  • Straight knife cutting machine: This is the most common type of cutting machine. It uses a sharp blade to cut through fabric.
  • Rotary knife cutting machine: This machine uses a cylindrical blade that rotates to cut the fabric. It is often used to cut multiple layers of fabric at once.
  • Laser cutting machine: This machine uses a laser beam to cut through fabric. It is highly accurate and can be used to cut intricate patterns and designs.
  • Ultrasonic cutting machine: This machine uses high-frequency sound waves to cut through fabric. It is often used to cut delicate or stretchy materials.

End cutter machines are used in a variety of industries, including clothing, footwear, automotive, and furniture manufacturing. They are also used in the production of home textiles, such as bedding and curtains. They are also used in the production of industrial fabrics, such as tarpaulins and conveyor belts.

End cutter machines are also used in the production of non-woven fabrics and geotextiles, which are used in construction and civil engineering applications.

End Cutter Machine benefits

End cutter machines, also known as cutting machines, offer a number of benefits in the garment and textile industry. Some of the benefits of using an end cutter machine include:

  • Increased productivity: End cutter machines can cut large quantities of fabric quickly and accurately, which can greatly increase productivity in a garment factory or textile mill.
  • Improved accuracy: End cutter machines are highly accurate, which can greatly reduce the risk of errors and waste. This can help to improve the quality of the final product and reduce costs.
  • Versatility: End cutter machines can be used to cut a variety of materials, including cotton, polyester, nylon, and other fabrics. This allows for greater flexibility in the types of products that can be produced.
  • Cost-effective: End cutter machines can be used to replace manual cutting methods, which can be costly and time-consuming. Using an end cutter machine can help to reduce labor costs and increase efficiency.
  • Safety: Using an end cutter machine can help to reduce the risk of injury caused by manual cutting methods. Many end cutter machines are equipped with safety features, such as automatic blade guards, to protect the operator.
  • Quality: End cutter machines have high precision in cutting, which can greatly improve the overall quality of the final product.
  • Easy to use: Most end cutter machines are easy to operate and require minimal training, which can help to reduce downtime and increase efficiency.
  • Variety of cutting options: End cutter machines come in a variety of types, including a straight knife, rotary knife, laser, and ultrasonic cutting machines, each with its own unique features and capabilities, which can be chosen based on the specific needs of the factory or mill.

End cutter machines’ safety protocols

End cutter machines, also known as cutting machines, are powerful tools that can be dangerous if not used properly. To ensure the safety of operators and others in the vicinity, it is important to follow certain safety protocols when using an end cutter machine. Some safety protocols to consider include:

  1. Operator training: All operators should be properly trained on the safe use of the end cutter machine, including proper handling of the cutting blades, how to properly set up the machine, and how to safely perform maintenance and cleaning.
  2. Safety guards: End cutter machines should be equipped with safety guards to protect the operator from the cutting blades. These guards should be in place and functioning properly at all times.
  3. Emergency stop button: End cutter machines should have an easily accessible emergency stop button that can be used to quickly shut off the machine in case of an emergency.
  4. Proper ventilation: End cutter machines should be used in a well-ventilated area to prevent the buildup of dust and fumes.
  5. Proper lighting: The area around the end cutter machine should be well-lit to ensure that the operator can see the workpiece and the cutting blades clearly.
  6. Personal protective equipment: Operators should wear appropriate personal protective equipment, such as safety goggles, gloves, and ear protection, when using the end cutter machine.
  7. Regular maintenance: End cutter machines should be regularly maintained and inspected to ensure that they are in good working condition and that all safety features are functioning properly.
  8. Keep the machine and surrounding area clean: To prevent accidents and injuries, keep the machine and surrounding area clean and free of debris.
  9. Follow the manufacturer’s instructions: Always read and follow the manufacturer’s instructions for the safe operation and maintenance of the end cutter machine.

By following these safety protocols, you can help to reduce the risk of accidents and injuries when using an end cutter machine.

3 responses to “End Cutter Machine”

  1. thaliadehamel74 Avatar
    thaliadehamel74

    Thanks very nice blog!

  2. fredericka-rancourt59 Avatar
    fredericka-rancourt59

    This is a really good tip particularly to those new to the blogosphere. Short but very precise info… Appreciate your sharing this one. A must read article.

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Steam Vacuum Ironing Table SG-1250AUTO Industrial ready stock in bd

Vacuum iron table

A vacuum ironing table is a piece of equipment used in garment manufacturing and laundry services. It consists of a flat table top with a built-in vacuum system, which is used to suck air out of the material being ironed. This helps smooth wrinkles and creases in the fabric, making it easier to iron and leaving it with a crisp, smooth finish. Some vacuum ironing tables also feature built-in steam generators, which can add heat and moisture to the fabric during the ironing process. These tables are commonly used in commercial settings such as dry cleaners and clothing factories.

Vacuum Ironing Table benefits

Vacuum ironing tables have several benefits over traditional ironing methods. These include:

  1. Improved efficiency: The built-in vacuum system helps to smooth out wrinkles and creases in the fabric, making it easier to iron and reducing the amount of time and effort required to achieve a crisp, smooth finish.
  2. Consistency: Vacuum ironing tables help to ensure that all garments are ironed to the same standard, reducing the potential for inconsistencies in the finished product.
  3. Reduced labor costs: Using a vacuum ironing table can reduce the amount of time and effort required to iron large quantities of garments, which can lead to significant labor cost savings.
  4. Improved quality: The vacuum system helps to stretch the fabric, making it more receptive to the heat and pressure of the iron, which can result in a better finish and longer-lasting press.
  5. Reduced fabric shrinkage: Vacuum ironing tables help to reduce shrinkage by removing excess moisture from the fabric, which can help to preserve the shape and size of the garment.
  6. Reduced power consumption: Vacuum ironing tables are more efficient than traditional ironing methods, which means they can use less energy and lower power consumption.
  7. Reduced damage to the fabric: The vacuum ironing table doesn’t use direct contact with the iron, this reduces the risk of scorching or burning the fabric which can cause damage to the fabric.

Why use a vacuum iron table

.

Vacuum ironing tables are commonly used in garment manufacturing and laundry services

because of their ability to improve the efficiency, consistency, and quality of the ironing process.

  1. Efficiency: The built-in vacuum system helps to smooth out wrinkles and creases in the fabric,
  2. making it easier to iron and reducing the amount of time and effort required to achieve a crisp, smooth finish.
  3. Consistency: Vacuum ironing tables help to ensure that all garments
  4. are ironed to the same standard, reducing the potential for inconsistencies in the finished product.
  5. Quality: The vacuum system helps to stretch the fabric, making it more receptive to the heat and pressure of the iron, which can result in a better finish and longer-lasting press.
  6. Reduced fabric shrinkage: Vacuum ironing tables help to reduce shrinkage by removing excess moisture from the fabric, which can help to preserve the shape and size of the garment.
  7. Reduced damage to the fabric: The vacuum ironing table doesn’t use direct contact with the iron, this reduces the risk of scorching or burning the fabric which can cause damage to the fabric.
  8. High Production: Vacuum ironing tables are particularly useful in high-volume production environments, such as clothing factories and commercial laundry services, where large quantities of garments need to be ironed quickly and efficiently.
  9. Reduced Power Consumption: Vacuum ironing tables are more efficient than traditional ironing methods, which means they can use less energy and reduce power consumption.

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what is gsm

What is GSM?

What does GSM mean in fabric? GSM stands for Grams per Square Meter (g/m2). It is the weight of the fabric if you take a sheet of material which is one meter by one meter square and weigh it in grams.

It is a bench mark specification to meet production manufacturing requirements. It is also a standard (one of many) upon which different materials are compared.

​​When we design a new product we have a GSM target depending on the products use, the weave, and the required cost.

​​When we do quality control (during and after production) we weigh the material to make sure that it meets the target GSM (within tolerances).

​​Normal tolerance for GSM is +/- 3%. So a 300 GSM material can vary in weight between 291 and 309 GSM.

​​Is a higher GSM better?

​​No. Although many marketing companies will have you believe that higher GSM is better.

​​All else being equal, higher GSM towel have more more microfiber, and are therefore more expensive. It will also be thicker and will absorb more total liquid.

​​But, there are other factors that determine the quality of a towel.

​​The main factor is the quality of the yarn. Secondary factors are the construction of the towel. The machines that the material is woven on. The precision of the fiber “splitting” process.

​​Lower quality microfiber material can be made to have a higher GSM and use less microfiber material, by utilizing a thicker “base layer” of 100% polyester.

​​Most microfiber material is made by weaving the surface yarn through a base layer. The surface yarn is the part of the material with pile, on the outside, that you feel. The base layer is the structure that the surface layer yarn is woven through.

​​It is possible to make less expensive and lower quality towels that feel heavier and weigh (higher GSM) more by using a thicker base layer yarn. For example, there are some towels in which the base layer is up to 50% of the total fabric weight.

​​How does it change cleaning ability?

​​All else being equal, higher GSM material, will have more microfiber and will be thicker and absorb more water.

​​Many higher GSM Towels will have a higher pile which can reduce surface pressure when wiping. Lower GSM towel will often have a lower pile and will be more aggressive when scrubbing.

​​Other factors, like the weave typeconstruction, and yarn quality will have more effect on cleaning ability than GSM.

​​What GSM is my towel?

​​To determine the GSM of your towel you will need a scale and a tape measure.

  1. ​​Weigh the towel in grams
  2. ​​Measure the towel in centimeters. Both length and width.

​​                           Imperial to Metric Conversion: 1 inch = 2.54 centimeters

  1. Convert centimeters to meters by dividing each length and width by 100.
  2. ​​Multiply length by width
  3. ​​Divide the weight by the number found above (#4: L x W)

​​Example 1:

  1. ​​Towel weight: 50 grams
  2. ​​Towel size: 16” x 16”: 40.64 x 40.64cm
  3. ​​0.4064 x 0.4064
  4. ​​0.165
  5. ​​50 / 0.165 = 303 GSM

Example 2:

  1. ​​Towel weight: 200 grams
  2. ​​Towel size: 16” x 24” : 40.64 x 60.96
  3. ​​0.4064 x 0.6096
  4. ​​0.2477
  5. ​​200 / 0.2477 = 807 GSM
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