AVENTICS™ rodless cylinders are pneumatic actuators designed for applications requiring compact linear motion. By integrating the piston and carriage within a single unit, they eliminate the need for an external piston rod, allowing for space-saving installations. These cylinders are suitable for tasks such as material handling, packaging, and automation processes, offering precise positioning and efficient performance.

The AVENTICS™ Series RTC Rodless Cylinders excel with an innovative oval piston design, enabling greater loads and torques with a compact footprint. Offering a wide variety of customisable options, these cylinders can be precisely adapted to your specific requirements. Their integrated slide and piston structure ensures stability, and the unique sealing strip alongside grease application minimises leakage, supporting a broad spectrum of operating speeds. Ideal for enhancing efficiency and flexibility in pneumatic systems.

Medium:	Compressed Air
Working Pressure Range:	2 - 8 Bar
Temperature Range:	-10°C to 60°C
Maximum Particle Size:	5 µm
Piston Force Pressure:	6.3 Bar
Materials:	Aluminium (Anodised), Polyurethane, & Polyurethane Stainless Steel

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The AVENTICS™ CKP Series Rodless Cylinders feature a sleek design and precise stroke lengths for superior performance. These cylinders offer a high load capacity with two linear guides ensuring smooth, clearance-free operation. Their one-piece profile and Easy-2-Combine interface facilitate seamless system integration. Moreover, the CKP series allows for adjustable strokes, making them adaptable for a wide range of applications. Enhance your machinery with these high-quality, space-efficient rodless cylinders.

Medium:	Compressed Air
Working Pressure Range:	3 - 8 Bar
Temperature Range:	-10°C to 60°C
Maximum Particle Size:	5 µm
Piston Force Pressure:	6.3 Bar
Materials:	Aluminium (Anodised), Polyurethane, Polyurethane Stainless Steel, Steel (Hardened)

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The AVENTICS™ GSU Guided Slide Unit is a double-acting actuator designed for use in handling systems. It features M5 and G 1/8 ports, bore sizes from Ø16 to 25 mm, and an anodised aluminium body. Operating with compressed air, it supports an ambient temperature range of 0 to 60°C and delivers a maximum force of 309 N. The unit includes adjustable stroke length and dual-side position adjustments, providing flexibility for installation. Its compact design and optional single-side ventilation simplify integration.

Medium:	Compressed Air
Maximum Pressure:	309 N
Temperature Range:	0 ... 60 °C
Bore Size Range:	Ø 16-25 mm
Port Types:	M5 G 1/8
Body Material:	Anodised Aluminium

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Yes, Actuation Valve offers actuated butterfly valves suitable for marine applications, featuring materials like B148 C9500 Aluminium Bronze and EPDM seats suitable for seawater, cooling systems, desalination, and other marine environments. The 80WM580 & 80LM580 in particular are the most common.

Yes, Actuation Valve can provide various certifications, including witness testing, 3.1 certification, and standard pressure tests. Additional certifications can be arranged upon request.

Yes, Actuation Valve offers sustainable spares and replacement parts for ongoing maintenance schedules.

Depending on the valve, actuator and process type pressure ratings range from PN10, PN16, PN40., ANSI 150 and ANSI 300.

A pneumatic cylinder is a mechanical device that uses compressed air to produce a force in a reciprocating linear motion.

They convert the energy of compressed air into mechanical force by moving a piston within a cylinder barrel.

The main types include single-acting (one-direction force) and double-acting (force in both extend and retract directions).

Yes, they can be customised in terms of size, stroke length, and special features to suit specific requirements.

They offer simplicity, high speed, durability, and ease of installation for various automation tasks.

Many are designed with materials and seals that can withstand harsh conditions, including dust, moisture, and high temperatures.

Consider the force required, stroke length, speed of operation, and the environment in which it will be used.