MGJ6-12-F8NL SMC Miniature Guided Cylinder: A Model of Precision Control and Compact Design

In the fields of automation and precision engineering, there are stringent requirements for the size and control accuracy of cylinders. The MGJ6-12-F8NL miniature guided cylinder introduced by SMC, with its compact size and high-precision control characteristics, meets the demand for high-performance pneumatic components in these fields.

Product Overview:

The MGJ6-12-F8NL miniature guided cylinder is a small cylinder launched by SMC. It features an ultra-thin design and high-precision non-rotational control, making it highly suitable for applications that are space-limited and require precise control.

Product Features:

• Compact Size Design: A total length of 23+stroke mm, width of 29 mm, and height of 14.5 mm, saving installation space.
• High Compatibility: Even with a 5-stroke cylinder, two magnetic switches can be installed, providing more control options.
• Unified Wiring/Pipe Direction: Simplifies the installation process and improves the neatness of wiring and the convenience of maintenance.
• High Precision Non-Rotation: Accuracy up to ±0.1°, ensuring stable operation and accurate repeat positioning.

Technical Specifications:

• Cylinder Diameter: 6mm, suitable for applications requiring fine force control.
• Cylinder Stroke: 12mm, meeting the precision operation needs of short strokes.

Optional Information:

• Magnetic Switch Model: F8NL, contactless magnetic switch, providing stable and reliable position feedback.
• Number of Magnetic Switches: Optional with two, achieving multi-point monitoring or redundant configuration.

Application Scenarios:

The MGJ6-12-F8NL miniature guided cylinder is widely used in automated equipment, precision instruments, small robots, and other fields, especially in occasions that require high precision and compact design.

SMC’s MGJ6-12-F8NL miniature guided cylinder, with its precise control and compact design, provides an ideal choice for the fields of industrial automation and precision engineering. It not only enhances the work efficiency of equipment but also ensures the safety and reliability of operations.

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