MBL Series Mini Cylinder

The MBL series mini cylinder is a precision drive component designed specifically for automation scenarios that require compact space, high-frequency motion, and lightweight requirements. It has the core advantages of "small size, high flexibility, and strong performance", and adopts lightweight aluminum alloy cylinder body and high-precision sealing technology to achieve stable and reliable linear motion control in a very small installation space. This series of cylinders is widely suitable for small workstations in industries such as electronic manufacturing, medical equipment, packaging machinery, and precision testing. It is a lightweight solution that replaces traditional cylinders and helps equipment achieve miniaturization, high-speed, and high-precision upgrades.

1. Extremely compact, saving installation space

Aluminum alloy lightweight design: The cylinder body is made of high-strength aluminum alloy material, which is lightweight and compact in structure. It can be directly embedded into mechanical arms, fixtures or equipment without additional reserved installation space, especially suitable for automated production lines with limited space.

Front and rear thread fixation method: Supports front and rear thread installation, flexible installation direction, adaptable to various narrow workstation requirements, simplifies equipment design process.

2. High performance drive, suitable for high-frequency working conditions

Double acting fast switching: supports fast forward and reverse movements with high frequency, which can meet the high-frequency operation needs of electronic component insertion, drug packaging, etc., and improve production rhythm.

Wide pressure adjustment range: By flexibly adjusting the output thrust through air pressure, it can adapt to different load scenarios and be capable of precise positioning from light loads to medium load material handling.

High speed and smooth operation: The piston has a wide range of motion speeds, supports rapid lifting, grabbing, sorting and other actions, and has low vibration and noise during operation, extending the service life of the equipment.

3. Precise control, stable and reliable

Alien sealing structure: The piston seal adopts a special shape design, which is compact in size and has oil storage function, reducing friction and wear, and improving sealing performance and service life.

Built in anti-collision buffer: The front and rear covers are equipped with anti-collision pads, which effectively absorb the impact of piston reversing, reduce mechanical vibration, improve system stability, and reduce damage to workpieces.

Riveting process strengthening: The front and rear covers are riveted to the cylinder body, ensuring reliable connection, strong impact resistance, and adaptability to high-intensity and frequent sports scenarios.

4. Flexible installation and strong scalability

Multiple back cover options: Provides various configurations such as standard back cover and back cover with magnetic ring, supports magnetic switch installation, facilitates real-time detection of piston position, and adapts to automation control needs.

Modular accessory compatibility: can be paired with accessories such as floating joints, swinging bases, and pole end mounting components to expand application scenarios (such as preventing motion jamming and improving motion stability through floating joints).

5. Strong environmental adaptability

Wide temperature resistance range: The working temperature range covers normal to medium high temperature environments, and some models support higher temperature requirements, suitable for extreme scenarios such as baking lines and frozen storage.

Corrosion resistance protection: The surface treatment process of aluminum alloy material has a high level of dust and water resistance, which can resist harsh environments such as humidity, dust, oil stains, etc., ensuring long-term stable operation.

1. Electronic and semiconductor manufacturing
Used for scenarios such as mobile phone camera module assembly, chip testing, PCB board insertion, etc., to achieve precise component grasping, positioning, and insertion, ensuring smooth and impact free movement and improving product yield.

2. Medical and food equipment
Suitable for hygiene level scenarios such as drug packaging, syringe assembly, and food packaging, with no oil supply design to meet clean production requirements, corrosion-resistant materials suitable for humid environments to ensure production safety.

3. Packaging Machinery
Drive the lifting, lowering, or translating actions of equipment such as sealing machines, packing machines, and labeling machines to improve packaging efficiency and product qualification rates, and reduce the need for manual intervention.

4. Automated assembly line
Used for linear motion control of conveyor belts, sorting mechanisms, stacker cranes, and other equipment, supporting high-frequency and high-precision operations, reducing equipment failure rates, and improving overall production capacity.

5. Precision testing equipment
As a driving component for detection probes, optical lenses, and other components, it achieves micrometer level positioning and adjustment, improves detection accuracy, and is suitable for scientific research and industrial detection scenarios.

The MBL series mini cylinders are centered around "small volume, high energy" and provide stable, efficient, and flexible linear motion solutions for automation equipment through lightweight aluminum alloy design, high-frequency driving performance, precision sealing structure, and strong environmental adaptability. Whether it is precision assembly with limited space or material handling with high-frequency operation, this series of cylinders can release powerful performance with lightweight body, helping enterprises achieve equipment upgrades and production efficiency leaps!

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