Custom Solutions: Pneumatic systems designed around the pressure, flow, movement and control requirements of your application.
No two industrial applications place exactly the same demands on a pneumatic system.
A packaging machine may need rapid cylinder movement and accurate cycle control. A production fixture may need high clamping force in a limited space. Another application may need clean, regulated air, controlled actuator speed or a valve arrangement that fits into an existing machine design.
This is where custom pneumatic solutions make a practical difference.
At Pneumatic Systems, the aim is to help engineers select and combine the right pneumatic components for the job. Instead of treating valves, cylinders, regulators, fittings and air preparation equipment as separate items, the complete air circuit can be considered around the needs of the machine.
Our range includes spool valves, direct-operated valves, NAMUR and ISO valves, pressure regulators, air service units, pressure boosters, proportional technology, ISO cylinders, guided cylinders, fittings and other pneumatic control components for industrial applications.
Pneumatic Solutions Built Around the Application
A successful pneumatic system starts with the task the machine needs to perform.
Before selecting components, engineers normally need to consider factors such as:
- required force
- actuator stroke
- operating pressure
- movement speed
- cycle frequency
- available airflow
- tube length
- valve response
- installation space
- environmental conditions
- control voltage
- mounting requirements
Each point can affect component selection.
A cylinder with sufficient theoretical force may still perform poorly if pressure drops during operation. A valve with the correct connection size may restrict movement if its flow capacity is too low. Long or undersized tubing can also reduce actuator response.
Custom pneumatic system design looks at these relationships as part of one circuit.
The result is a solution developed around actual operating conditions rather than simply matching catalogue dimensions.
Selecting the Right Pneumatic Cylinder
The cylinder is often the point where compressed air becomes useful mechanical movement.
Selecting one starts with the force and motion required by the application.
Bore size affects available force, while stroke determines travel. Operating pressure, friction, load direction and mechanical resistance also influence real performance.
The type of actuator matters too.
An ISO 6432 microbore cylinder may suit a compact machine with relatively light loads. ISO 15552 cylinders provide standardised dimensions for a broad range of industrial duties. Guided compact cylinders can provide better load support where side forces or limited installation space make a standard rod cylinder less suitable.
Pneumatic Systems carries several cylinder and actuator ranges, including ISO 6432, ISO 15552, guided compact, mechanically coupled and hydraulic speed-control options.
The right choice depends on much more than bore and stroke.
Valve Selection Based on Function and Flow
Valves control the direction and timing of compressed air, making them one of the most important parts of any pneumatic circuit.
Different applications can require very different valve arrangements.
A simple actuator may use a 3/2 or 5/2 directional valve. More complex machinery may need 5/3 control, valve manifolds, NAMUR mounting, ISO-standard valves, blocking functions or proportional control.
Flow capacity also needs close attention.
An oversized valve may add unnecessary cost and space. An undersized valve can restrict airflow and slow the actuator, even when the cylinder itself has been correctly selected.
Pneumatic Systems supplies spool valves, direct-operated valves, poppet valves, NAMUR valves, ISO 5599/1 valves, blocking valves and complementary valve products, giving engineers options across a wide range of circuit designs.
Pressure Control and Air Preparation
Stable air pressure is essential for repeatable pneumatic performance.
Plant compressed-air pressure can vary as demand changes. Pressure can also fall across filters, regulators, valves, fittings and long sections of tubing.
A correctly selected regulator helps provide the pressure required by the machine rather than simply passing full plant pressure downstream.
Air preparation may also involve filtration and other service components to help protect valves and actuators from contamination entering through the compressed-air supply.
Pneumatic Systems supplies miniaturised pressure regulators, air service units, pressure boosters and related pressure-control equipment as part of its current pneumatic range.
For applications with different pressure demands, careful regulation can also avoid supplying every part of a machine at the highest available pressure.
Flow Control for Better Actuator Movement
Cylinder speed needs to be controlled in many industrial machines.
Too much unrestricted flow can create harsh movement, impact at the end of the stroke and unnecessary mechanical stress. Too little flow can make the machine slow and reduce production output.
Flow-control fittings allow engineers to adjust air entering or exhausting from the actuator.
Pneumatic Systems stocks pneumatic flow-control products designed for installation at cylinders, valves and within airline circuits. Current Metal Work and Pneumax options include compact flow regulators and push-fit flow-control fittings for precise adjustment of pneumatic movement.
Small components such as fittings and tubing should not be overlooked. Their internal diameter and layout can influence the performance of the complete system.
Integrating Components as One Pneumatic System
Good pneumatic design is about compatibility.
The cylinder, valve, regulator, fittings and tubing all need to support the same performance target.
For example, increasing cylinder bore may provide more force, but it also increases the volume of air required for each movement. That can change the valve flow requirement and increase air consumption.
Increasing tube length can add further volume and affect response time.
Reducing operating pressure may cut compressed-air use, but the actuator must still produce enough force to move the load safely and consistently.
This is why professional component selection looks at the full circuit.
Modern pneumatic engineering tools also use pressure, flow, cylinder sizing and circuit conditions to help engineers select correctly sized components and optimise pneumatic performance.
Custom Pneumatic Solutions for New and Existing Machinery
A custom solution does not always mean designing an entirely new machine.
Engineering support can also be useful when modifying or maintaining existing equipment.
Typical requirements may include:
- replacing obsolete pneumatic components
- changing cylinder size or stroke
- improving actuator speed
- adding flow control
- reducing pressure at one section of a machine
- replacing damaged valves
- changing fitting or tubing sizes
- adding air preparation
- upgrading a pneumatic control arrangement
- sourcing compatible replacement components
- adapting a circuit for a revised production process
Existing machinery often contains components installed many years ago. Finding a suitable modern replacement may require checking dimensions, valve function, pressure range, port size, electrical specification and flow requirements rather than simply matching the manufacturer name.
Pneumatic Components from Established Manufacturers
Component quality and availability are important when developing or maintaining industrial equipment.
Pneumatic Systems supplies products from established pneumatic manufacturers including Pneumax, Norgren and Metal Work.
The Pneumax range available through the site covers areas including pneumatic actuators, valves, solenoid valves, air treatment, fittings and automation technology.
Access to a broad component range makes it easier to select products around the technical requirements of an application instead of forcing the machine design around one limited component choice.
Supporting Industrial Automation Across the UK
Custom pneumatic systems are used across a wide range of industrial environments.
Applications can include:
- manufacturing equipment
- assembly machinery
- packaging systems
- material handling
- process equipment
- production fixtures
- conveyor systems
- machine automation
- clamping and positioning
- pick-and-place equipment
Some applications require speed. Others need controlled force, compact installation, precise pressure regulation or simple long-term reliability.
The right pneumatic solution depends on the job the equipment needs to perform.
Why Choose a Custom Pneumatic Solution?
Standard components remain at the heart of most pneumatic systems. The value of a custom approach comes from selecting and combining those components correctly.
A properly specified system can help deliver:
- consistent actuator movement
- reliable pressure control
- appropriate flow capacity
- efficient use of installation space
- easier system integration
- simpler maintenance
- better component compatibility
- reliable machine operation
It also reduces the risk of solving one problem while creating another elsewhere in the circuit.
For engineers, that means making decisions based on the complete application rather than individual part numbers.
Talk to Pneumatic Systems About Your Application
If you are developing new machinery, modifying an existing pneumatic circuit or looking for suitable replacement components, Pneumatic Systems can help you identify products that match your technical requirements.
Provide the application details, required movement, pressure, flow, dimensions or existing component information, and our team can help you find the right direction for your pneumatic system.
Get the right components working together with custom pneumatic solutions engineered around your application.
Contact Pneumatic Systems on 0800 170 0698 or email info@pneumaticsystems.co.uk to discuss your requirements. The company is based in Gosport, Hampshire and supports customers across the UK.