Autoamtic CNC Tube End Deburring Machine with Ce Certificate (TEF508CPV)

1. Dimensions: 580 x 820 x 1200 mm
2. Weight: 350 kg
3. Power Supply: 380V ±10%, 50Hz/60Hz, three-phase
4. Power Consumption: 4.5 kW
5. Air Pressure: 0.4–0.8 MPa
6. Clamping System: Pneumatic
7. Clamping Force: ≥10 kN
8. Rotation Axis: Servo Motor, 2.0kW
9. Forward Axis: Servo Motor, 2.0kW
10. Tube Position Axis: Servo Motor, 0.2kW
11. Coaxiality of Rotation Spindle and Clamping Shaft: ≤0.02 mm
12. Forward Axis Positioning Accuracy: ≤0.01 mm
13. Forward Axis Repeatability: ≤0.01 mm
14. Rotation Axis Deflection: ≤0.01 mm
15. Control Mode: Digital Control
16. Control Variables Include:

• Clamp opening and closing
• Rotation axis direction and speed
• Forward axis origin, enable position, feed position, limit position, and speed
• Position axis origin, feed position, and speed
• Positioner plate opening and closing

1. Tube OD for Chamfer/Squaring/Deburring: Φ6–50 mm
2. Tube Wall Thickness for Chamfer/Squaring/Deburring: ≤10 mm
3. Tube OD for Flaring: Φ3–50 mm
4. Tube Wall Thickness for Flaring: Stainless Steel (0.4–1 mm), Aluminum Alloy (0.5–1.5 mm)
5. Flaring Method: Eccentric Inner Diameter Rotary Swage
6. Tube OD for Beading: Φ6–45 mm
7. Tube Wall Thickness for Beading: Stainless Steel (≤0.5 mm), Aluminum Alloy (≤1 mm)
8. Beading Method: Inner Diameter Rotary Swage
9. Minimum Clamp Length: 10 mm (varies by material and wall thickness)
10. Tube Material: All kinds of titanium alloys, stainless steel, aluminum alloy

1. One clamping operation allows for squaring, deburring, and chamfering on both the inside and outside of the tube simultaneously.
2. Quick die change enables processing of flaring and beading without extensive setup time.
3. Cylinder clamping system ensures tight grip while preventing tube damage with a buffer mechanism.
4. Thin clamps and dies allow for minimum tube length of 10 mm, ideal for complex-shaped tubing.
5. Forward axis uses absolute value servo motor for precise digital control, ensuring accuracy and safety during operation.
6. Rotation axis features variable speed control via a servo motor, adapting to different materials and requirements.
7. Tube position axis provides accurate digital control for consistent results and repeatable performance.
8. Automatic operation with foot switch for start, feed, and reset functions improves efficiency and user convenience.
9. Eccentric flaring center allows for versatile processing of various tube sizes and wall thicknesses with one die set.
10. Chamfer/deburring/squaring dies can also be used for flaring, reducing die inventory and changing time.

1. Top-mounted spindle with excellent opening capability, ideal for bending and complex-shaped tubes.
2. Servo motor control ensures high precision and smooth operation of the spindle.
3. Front-mounted clamp can securely hold tubes as short as 10 mm, enhancing flexibility and space efficiency.
4. Innovative chip groove design in the clamp directs debris into the waste box for cleaner operation.
5. Tube feed stopper automatically rises when the spindle moves forward, allowing for digital adjustment of feed length.
6. Organic glass protective cover and waste box provide safe operation and efficient waste collection.

1. Flaring Center: An eccentric shaft that allows for a wide range of tube sizes and wall thicknesses to be flared with a single die set.
2. Flaring Dies: These can also be used for chamfering, deburring, and squaring, reducing die specifications and replacement time.
3. The chamfer/deburring/squaring head is designed with adjustable blade positions, enabling one set of blades to handle various tube dimensions and wall thicknesses.
4. The beading head works with a beading tip or arbor, capable of handling tubes as small as 6 mm.

Mesh Produce Bags

Agricultural product packaging Mesh Bags are a commonly used agricultural product packaging material, usually used to package agricultural products such as vegetables, fruits, flowers, etc. for easy transportation, storage, and sales. This type of net bag is usually made of materials such as polypropylene, which is lightweight, breathable, durable, moisture-proof, and insect proof, effectively protecting the quality and freshness of agricultural products.

Plastic mesh produce bags are lightweight, durable, and breathable bags that are used to store and transport fruits and vegetables. They are typically made from high-density polyethylene (HDPE) or low-density polyethylene (LDPE) plastic, which is a type of plastic that is recyclable and can be reused multiple times.

These bags are designed to allow air to circulate around the produce, which helps to prevent moisture buildup and decay. They are also transparent, allowing customers to easily see the contents of the bag.

Plastic mesh produce bags are commonly used in grocery stores, farmers markets, and other retail settings. They are available in a variety of sizes and can be customized with logos or branding.

While plastic mesh produce bags are convenient and affordable, they do contribute to plastic waste. Many retailers and consumers are now opting for reusable produce bags made from fabric or mesh

Mesh Produce Bags,Mesh Onion Bags Ginger Net Bag,Bag Monofilament Mesh Net Bag,Big Mesh Net Bag

Suzhou Yitengjia Extruded Net Packaging Co., Ltd. , https://www.plasticnetbag.com