Cartridge Holders & Silencers

Cartridge Holders & Silencers

Cartridge Holders & Silencers are designed for industrial vacuum and pneumatic automation applications. The Vacuforce venturi cartridge holders are used to complete an OEM cavity installtion.

Vacuforce supports machine builders, integrators and maintenance teams with application-focused vacuum and pneumatic components for industrial automation.

What Are Cartridge Holders & Silencers?

Vacuum venturi cartridges package the venturi nozzle and diffuser into a compact insert that can be installed in a dedicated holder, manifold or custom vacuum tool. This allows machine builders to place vacuum generation close to the gripping point while controlling overall tooling size and flow capacity.

Key Features

• Compact cartridge format for custom machine integration
• Multiple flow classes for different cup and leakage requirements
• Compatible with dedicated cartridge holders and exhaust silencers
• Useful for decentralized vacuum generation
• Individual cartridges can be serviced or replaced without changing complete tooling

Typical Applications

• Custom end-of-arm tooling
• Vacuum manifolds
• Robot grippers
• Packaging machinery
• Multi-cup handling systems
• OEM automation equipment

Selection Guidance

Select cartridge size from required vacuum flow and system leakage, then confirm the matching holder, exhaust arrangement, compressed air supply and available installation space. Higher-flow cartridges are preferred for larger systems or porous products.

Cartridge vs. Complete Venturi Generator

A cartridge is intended to be integrated into a holder, manifold or custom tool. A complete generator includes the body and connections required for standalone installation.

Why Use This Product Family?

Vacuum venturi cartridges package the venturi nozzle and diffuser into a compact insert that can be installed in a dedicated holder, manifold or custom vacuum tool. This allows machine builders to place vacuum generation close to the gripping point while controlling overall tooling size and flow capacity. Selecting the correct configuration can simplify machine integration, improve serviceability and provide more consistent application performance.