AirTac TMI & TMIC Series Mini Cylinder with Guide Frame – High Precision, Multi-Directional Mounting, Brass or Linear Bearings

The AirTac TMI & TMIC Series Mini Cylinder with Guide Frame is a cutting-edge evolution of the MI Series Mini Cylinder, offering enhanced functionality and adaptability for precision-demanding industrial applications. The integrated guide frame design ensures superior stability, load resistance, and multi-directional mounting flexibility.

Choose from two bearing options tailored to meet specific operational needs:

• Brass Bearing: Perfect for actions requiring high radial load resistance and superior torsion stiffness.
• Linear Bearing: Ideal for push-up actions or applications needing high precision, low friction, and substantial load capacity.

The specially designed guide frame body allows for versatile multi-directional mounting, making installation effortless and adaptable to diverse application scenarios.

Key Features:

• Enhanced Design: Combines the proven MI Series Mini Cylinder with a robust guide frame for increased stability.
• Bearing Options: Brass bearing for heavy load resistance; linear bearing for high precision and low friction tasks.
• Multi-Directional Mounting: Special guide frame design supports flexible and efficient installation.
• Compact and Durable: Built for long-lasting performance in challenging environments.
• Versatile Applications: Suitable for industries requiring precise, stable, and adaptable pneumatic solutions.

Specification:

Bore Size(mm)	12	16	20	25
Acting type	Double Acting
Fluid	Air (Ensure optimal Air quality with a 40μm filter element)
Operating pressure	0.15~1.0MPa (22~145psi)(1.5~10.0bar)
	0.2~1.0MPa(28~145psi)(2~10bar)
Proof pressure	1.5MPa(215psi)(15bar)
Temperature °C	­20~70
Speed range mm/s	30~500
Stroke tolerance
Cushion Type	Bumper	Variable cushion
Port Size [Note 1]	M5x0.8		1/8"

The AirTac TMI & TMIC Series Mini Cylinder with Guide Frame delivers unparalleled performance, combining compact design with advanced functionality. Its precision engineering and versatility make it the ideal choice for modern automation systems.

Stroke: