CARTRIDGE VALVES

Cartridge valves are essential components in hydraulic circuits, providing a versatile solution for designers seeking to achieve specific functionalities. By utilising off-the-shelf commonly available components, these valves streamline the design and assembly process.

Cartridge valves are compact and designed to fit into a machined cavity within a manifold. This design not only saves space but also allows for a high degree of flexibility in configuring hydraulic systems. Engineers can easily combine various types of cartridges such as relief valves, check valves, and flow control valves to create systems tailored to particular operational requirements.

Cross-Section of Counterbalance / Overcentre (Overcenter) Valve Cartridge – Precision-cut model used to demonstrate valve settings, functionality, and internal operation. Ideal for training, troubleshooting, and technical explanation.
Overcentre Valve Cutaway Model – Detailed sectioned view showing internal components of an overcentre (overcenter) hydraulic valve. Ideal for training sales and operations teams in valve function, features, and real-world applications.
3D-Printed Cross-Section Model of Counterbalance Valve – Plastic cutaway showing internal components, designed to explain valve operation, common troubleshooting methods, maintenance procedures, and pressure setting adjustments. Ideal for training an
3D-Printed Direct Acting Relief Cartridge Valve Section – Cutaway model showcasing internal components, designed to explain valve function, pressure setting, features, maintenance, repair, and assembly processes. Ideal for technical training and hand
3D Scale Model of Flow Regulator Hydraulic Cartridge Valve – Detailed model demonstrating valve operation, sealing positions, maintenance, construction, assembly, design, manufacture, and adjustment. Ideal for training, technical education, and valve
3D-Printed Scale Model of One-Way Flow Regulator Valve Cartridge – Detailed cutaway showcasing internal components and valve operation. Designed for technical training and to explain valve functionality, flow control, and regulation.
3D-Printed Scale Model of Flow Divider Hydraulic Cartridge – Detailed model showcasing internal spools and springs, designed to explain valve functionality, assembly, and design. The movable internal components help identify potential weaknesses and
3D-Printed Scale Precision Model of Pressure-Compensated Flow Control Valve – Detailed model highlighting the spool, spring, and adjuster mechanism, designed for training sales and production teams in valve operation, adjustments, and functionality.
3D-Printed Precision Scale Model of Solenoid Valve – Detailed model showcasing both hydraulic internal components and solenoid section. Ideal for understanding valve function, application, maintenance, repair, and design.
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