Slewing suction cups Custom

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It is similar to the principle of a sine magnetic table, but there is a fundamental difference. The basic setting of the rotary magnetic chuck is based on the scale bar at the axis of rotation so that the corresponding angle can be obtained for grinding without calculating according to the sine formula. It is suitable for use on surface grinding machines, spark machines, engraving machines, and wire-cutting machines for precision machining of single and double-sided angles, with a large rotary angle, and is easy to use. The magnetic poles of the suction cup are finely spaced and the magnetic force is evenly distributed, which is particularly effective when processing thin and small workpieces. No change in table accuracy when charging or demagnetizing. The suction cups are specially treated to prevent corrosion of the cutting fluid and are suitable for long hours of work in the cutting fluid.

English specifications

Model

Dimensions(mm)

Polar distance(mm)

Processing angle

Suction power (N/cm2)

Long

Wide

High

4"×7"

100×175

175

100

140

2(0.5+1.5)

±90。

≥100

5"×10"

125×250

250

125

140

2(0.5+1.5)

±90。

≥100

6"×6"

150×150

150

150

140

2(0.5+1.5)

±90°

≥100

6"×12"

150×300

300

150

140

2(0.5+1.5)

±90°

≥100

About Us

Ningbo WeiHui Magnetic Industry Co.,Ltd.

Ningbo WeiHui Magnetic Industry Co., Ltd is China Slewing suction cups Suppliers and Slewing suction cups company. Company has always been to technological innovation as the guide, with many domestic famous universities and technicacooperation and talent cultivation, after many years of hard work has formed a kind of enterprise culture of "pragmatic and realistic, the pursuit of perfect, now has a strong technical force, excellent management team. Company alway., adhere to market-oriented, with "science and technology, quality refinement, the good faith is gold" is the management idea, "first-class enterprise.High quality products, reasonable price" is our promise.
YASSION

Honor

  • Partners
  • Corporate Technology Breakthrough Award
  • Advanced Member Unit
  • Advanced enterprises
  • Certificate of merit
  • Ningbo Mould Industry Association
  • Technology-based Micro and Small Incubatees
  • Quality management system certificate
  • Certificate
  • Utility model patent certificate
  • Invention patent certificate

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Industry Knowledge Development

Slewing suction cups, also known as rotating suction cups or swivel suction cups, are specialized tools used in various industries for handling and manipulating objects. They are designed to provide a strong grip on smooth, non-porous surfaces using the principle of vacuum suction.

The primary feature of slewing suction cups is their ability to rotate or swivel while maintaining a secure hold on the object. This rotational movement allows for greater flexibility and maneuverability when positioning or transferring items. Slewing suction cups are often used in automated robotic systems, assembly lines, packaging operations, and material handling applications.

The rotating mechanism in slewing suction cups typically consists of a central joint or bearing that allows the cup to pivot or rotate freely. This enables the suction cup to adapt to different angles and positions, accommodating objects with irregular shapes or varying orientations.

The suction cup itself is made of a flexible, airtight material such as silicone or rubber. When pressed against a smooth surface and a vacuum is created within the cup, the external atmospheric pressure forces the cup to adhere firmly to the object. This creates a reliable grip that can support the weight of the item being lifted or manipulated.

Slewing suction cups are available in various sizes and designs to accommodate different load capacities and surface types. They are often used in combination with vacuum systems or lifting devices to create a secure and efficient handling solution for a wide range of objects.

Here are some of the key features of slewing suction cups:
1.Rotational Ability: Slewing suction cups are designed to rotate or swivel around their central axis. This rotation can be manual or motorized, depending on the specific design and application. The rotational ability allows the suction cup to change its orientation while maintaining a secure grip on the object being lifted.
2.Adjustable Angle: Slewing suction cups often come with an adjustable angle feature, which enables the operator to change the angle of the suction cup relative to the lifting device or equipment. This adjustability is beneficial when dealing with objects that require precise positioning or when lifting objects from challenging angles.
3.Enhanced Maneuverability: The ability to rotate or swivel provides increased maneuverability to the suction cup. It allows the operator to navigate around obstacles or adjust the position of the lifted object more easily, resulting in improved operational efficiency and safety.
4.Versatile Applications: Slewing suction cups find applications in a wide range of industries, including manufacturing, logistics, packaging, and material handling. They are used for lifting and moving objects such as glass sheets, metal plates, automotive parts, electronics, and various other materials.
5.Various Sizes and Load Capacities: Slewing suction cups are available in different sizes and load capacities to accommodate a wide range of lifting requirements. The size and load capacity of the suction cup depend on factors such as the weight and dimensions of the objects being handled.
6.Vacuum Sealing and Release: Like standard suction cups, slewing suction cups utilize vacuum sealing to create a secure grip on the object's surface. They are typically equipped with a vacuum system that allows for efficient suction and release of the objects.
7.Safety Features: Slewing suction cups often incorporate safety features to prevent accidental drops or failures during lifting operations. These can include monitoring systems for vacuum level, alarms or indicators for low vacuum pressure, and emergency release mechanisms for quick and controlled object release.