Inline Filter Screen, 60K 60K / 4,100 bar, 61 Micron, 400052-1, B-1313-1

Inline Filter Screen 60K – 4100 Bar, 61 Micron (Part 400052-1 / B-1313-1)

Ensure maximum performance and reliability in your high-pressure waterjet system with this inline filter screen rated up to 60,000 PSI (4100 bar). Designed with a precise 61 micron filtration level, it effectively captures fine particles before they can damage critical components, helping you maintain consistent cutting quality and reduce costly downtime.

Key Benefits

• Protects critical components – Prevents debris from reaching intensifier pumps, valves, and nozzles
• High-pressure durability – Engineered for 60K / 4100 bar systems for dependable long-term use
• Precision filtration (61 micron) – Maintains clean water flow for optimal cutting accuracy
• Improved system uptime – Reduces wear, maintenance frequency, and unexpected breakdowns
• Direct replacement – Compatible with OEM part 400052-1 / B-1313-1 for easy installation

Technical Specifications

• Pressure rating: 60,000 PSI (4100 bar)
• Filtration: 61 micron
• Type: Inline filter screen
• Part numbers: 400052-1, B-1313-1
• Application: High-pressure waterjet cutting systems

Designed for Reliable Waterjet Operation

In waterjet cutting environments, even microscopic contaminants can lead to premature wear or system failure. This inline filter screen provides an essential first line of defense, ensuring clean water delivery under extreme pressure conditions. The result: longer component life, consistent performance, and reduced operating costs.

Ideal Applications

• Industrial waterjet cutting machines
• High-pressure pump systems
• Precision cutting environments requiring clean filtration

Why Choose This Filter Screen?

Choosing a high-quality inline filter is essential for protecting your investment. This component is built to meet demanding industrial standards while delivering consistent filtration performance under extreme pressure conditions (60K / 4100 bar). Whether you’re replacing a worn filter or optimizing system efficiency, this part offers a reliable, cost-effective solution.