Advanced Filter Tester

THE CUSTOMER

Precision Printing Technology.
Built for Demanding Applications.

A multinational imaging and photography company developed a high-precision inkjet printing system requiring exceptional reliability and consistency.

The technology supports applications across graphic arts, electronics and material deposition.

Inkjet Printing System Imaging & Printing Technology Graphic Arts, Electronics & Material Deposition
Advanced filter tester case study for precision inkjet printing technology
THE CHALLENGE

Stable Flow.
Reliable Sealing.

Filter products required consistent internal flow characteristics and dependable sealing integrity.

PICA needed a specialized detection system capable of evaluating internal flow-channel dimensions while also identifying potential air leaks within the same testing process.

FLOW CHANNEL Flow-Pressure Detection
SEALING Air-Leak Detection
PERFORMANCE Consistent Internal Stability
THE PICA SOLUTION

Two Tests.
One Integrated System.

PICA developed an automated testing system that combines Flow-Pressure and Air-Leak detection to evaluate both internal flow conditions and sealing integrity.

01

Stable Flow Control

An MFC maintains a consistent gas flow through the product.

02

Pressure Measurement

Pressure changes are measured to evaluate internal flow conditions.

03

Air-Leak Detection

The outlet is sealed and pressure change is monitored for leaks.

04

Automated Integration

Both tests communicate for automated control of the full process.

Flow-Pressure Testing Principle
Mass Flow Controller diagram showing the Flow-Pressure testing principle
2-IN-1
Integrated Testing System

One automated system evaluates both flow-channel conditions and sealing integrity, helping improve testing efficiency, product quality and reliability.