ROKI TECHNO LPM-SLP-050-N1 – 5 μm Ink Filter for Kerajet Printers

Product Description

ROKI TECHNO LPM-SLP-050-N1 Ink Filter for Kerajet Printers

The ROKI TECHNO LPM-SLP-050-N1 is a 5 μm capsule filter designed for fine particle removal in industrial liquid filtration systems. It is supplied as a replacement filter for compatible Kerajet ceramic inkjet printing equipment.

The filter combines a polypropylene depth-pleated element with a compact Labo-Pure capsule design. Its 5 μm filtration rating helps capture fine particles and contaminants that may otherwise enter downstream ink system components.

In ceramic inkjet printing, proper ink filtration is important for maintaining consistent ink delivery and reducing the risk of particle-related printhead blockage.

The LPM-SLP-050-N1 features NPT 1/4-inch inlet and outlet connections, with NPT 1/8-inch vent and drain connections.

Lemsun Tech supplies industrial printer spare parts and helps customers identify suitable replacement filters based on their existing filter model, connection requirements and printing equipment.

For replacement orders, please provide the original filter part number, printer model and required quantity.

Product Specifications

Key Features & Benefits

5 μm Fine Particle Filtration

The 5 μm filtration rating helps remove fine particles from the liquid supply system, reducing the risk of contamination reaching downstream components.

Polypropylene Depth-Pleated Media

The SLOPE-PURE filter element uses a depth-pleated structure designed for particle retention in liquid filtration applications.

Helps Protect Inkjet Printheads

Effective filtration can help reduce particle-related nozzle blockage and support more reliable ink delivery when the filter is correctly selected and maintained.

Compact Capsule Construction

The Labo-Pure LPM design integrates the filter element within a capsule housing, providing a convenient replacement solution without requiring a separate reusable filter housing.

Standard NPT Connections

NPT 1/4-inch inlet and outlet connections support installation in compatible liquid filtration systems. Vent and drain ports use NPT 1/8-inch connections.

Japanese ROKI TECHNO Manufacturing

Manufactured by ROKI TECHNO in Japan, the LPM-SLP-050-N1 belongs to the company’s industrial liquid filtration product range.

Applications of LPM-SLP-050-N1 Ink Filter

The LPM-SLP-050-N1 is intended for fine liquid filtration and may be suitable for the following applications, subject to system and fluid compatibility:

Kerajet Ceramic Printers: Replacement filtration in compatible ceramic inkjet printing systems.

Industrial Ink Supply Systems: Particle filtration within suitable ink circulation and delivery lines.

Printhead Protection: Upstream filtration to help reduce particle contamination.

Industrial Liquid Filtration: Fine particle removal in compatible liquid processing systems.

Always confirm the existing filter model and operating requirements before replacement.

FAQ

What is the filtration rating of LPM-SLP-050-N1?

The ROKI TECHNO LPM-SLP-050-N1 has a 5 μm filtration rating and uses a polypropylene SLOPE-PURE filter element.

Is LPM-SLP-050-N1 compatible with Kerajet printers?

This filter is offered for selected Kerajet printing systems. Compatibility depends on the printer configuration, existing filter model, connections and ink specifications.

What is the difference between LPM-SLP-050-N1 and LPE-SLP-100-N3?

The LPM-SLP-050-N1 has a 5 μm filtration rating and NPT 1/4-inch inlet/outlet connections. The LPE-SLP-100-N3 has a 10 μm rating and NPT 3/8-inch connections. They should not be considered interchangeable without checking the system requirements.

How do I confirm the correct replacement filter?

Check the model number printed on the existing filter label. You can also send Lemsun Tech a clear label photo and your printer model for assistance.

Can I order LPM-SLP-050-N1 from Lemsun Tech?

Contact Lemsun Tech with the model number and required quantity to confirm current availability, pricing and delivery details.