FATP Final Assembly Test Pack for KPS2000 Piezo Jetting System — Bench Validation Kit

Product Overview

The FATP test pack is a compact bench kit built around the KPS2000 piezo jetting valve to validate dispensing performance before line installation. It includes a KPS2000-compatible valve, matched piezo actuator, three nozzle sizes, a mounting flange and a quick-start guide. Use the pack to confirm droplet size, repeatability, nozzle choice and basic tuning for your fluid (including UV, corrosion-prone, or PUR materials) so you can select the correct production configuration with confidence.

Problem

Teams often find material or nozzle mismatches only after installing valves on assembly lines, causing rework, lost production time and extra cost during ramp-up.

Cause

Full machine integration hides key variables such as nozzle geometry, drive timing, pressure stability and fluid behavior at working temperature. Without a simple bench setup, these factors are discovered on the line instead of during pre-production checks.

Solution

The FATP kit reproduces the KPS2000 jetting environment on a bench so you can:

• Measure droplet volume and variation with your fluid.
• Compare nozzle options for best edge and dot shape.
• Identify stable pulse and pressure windows for production settings.
• Estimate nozzle wear and cleaning frequency with short runs. This reduces risk, shortens setup time and helps you pick the right KPS2000 configuration (UV, corrosion-resistant, PUR) for full deployment.

Technical parameters

Application

• Final assembly validation: confirm drop size and placement for PCBA and small modules.
• Process development: compare nozzle sizes and pulse settings on customer fluids.
• R&D and labs: quick trials for adhesive and coating materials before scale-up.
• Spare part testing: verify replacement nozzles or actuator behavior before swapping on line.

How It Works

Conclusion: the test pack reproduces the key elements of jetting so you can measure real behavior. The piezo actuator creates a short pulse that ejects a micro-drop; the valve body and nozzle set control flow and droplet shape. By adjusting pulse width, amplitude, and inlet pressure you can tune droplet volume and frequency. The kit lets you run these adjustments on a bench to find stable settings before production use.

How To Choose

Conclusion: use the test pack to match your fluid and desired drop size before buying full production units.

Steps:

1. Provide your fluid data (viscosity at application temperature and any fillers) and target droplet volume.
2. Start with the included nozzles and run a sequence varying pulse width and pressure to find stable settings.
3. If your fluid is near the kit limit, request an extended test with special nozzle or wetted material options.
4. Record droplet CV and nozzle wear over a short run to estimate production lifetime.
5. Use results to select the production valve model and spare part list.

Company Capability and Trust

Mingseal Technology supplies dispensing solutions, test kits, and application support for final assembly and pilot lines. We run customer trials, provide test reports, and offer spare parts and driver options. Test data and material certificates are available on request. For kit options and test scheduling contact market01@mingseal.com.

FAQ

Q1: Can I test very thick fluids with the kit?
A1: The kit supports tests with many fluids up to about 200,000 cps in typical setups. For heavier pastes, request an extended test with our support team.

Q2: How long should I run the test to estimate nozzle life?
A2: Short trials of several hours can indicate initial wear trends; for full life estimates run longer tests with representative duty cycles. We can help design a test plan.

Q3: Do you offer on-site support for test runs?
A3: Yes. We offer remote assistance for bench setup and can schedule on-site support for paid trials. Contact our applications team to arrange help.

About Mingseal

Founded in 2008, Changzhou Mingseal Robot Technology Co., Ltd. is a technology-driven manufacturer of high-end equipment, specializing in connection, assembly, inspection systems, and key components for advanced semiconductor packaging and precision electronics. Our solutions are widely adopted by leading customers in sectors such as semiconductor packaging, consumer electronics, and automotive electronics. With a strong presence across Asia and the Americas, we deliver reliable support and innovation globally.

Partner with Mingseal to power the future of automatic manufacturing!

Established in 2008, Changzhou Mingseal Robot Technology Co., Ltd. (hereinafter referred to as “Mingseal Technology”) is a technology-driven high-end equipment manufacturing enterprise committed to providing connection and assembly equipment, key core components, and customized technology solutions for industry-leading customers in the fields of semiconductor packaging & testing and precision electronic manufacturing, jointly promoting industry technique and technology progress.

Mingseal Technology specializes in the development and production of high-precision dispensing machines, which are widely used in advanced semiconductor packaging, consumer electronics, and automotive electronics manufacturing. Our dispensing systems feature visual control, multi-axis motion, and adaptable configurations, enabling consistent and efficient material application in complex processes.

Our products are trusted by top-tier customers across industries, and our business and technical support network spans China, Japan, South Korea, Vietnam, Singapore, India, Thailand, Malaysia, and Mexico.

Mingseal Technology has received multiple national honors and qualifications, including National High-Tech Enterprise, National Intellectual Property Demonstration Enterprise, and National “Specialized, Fined, Peculiar and Innovative” Small Giant Enterprise. In the era of intelligence and digitalization, we will continue to invest in technological R&D, uphold values of cooperation and sharing, and work closely with customers, suppliers, employees, and partners to advance high-end intelligent manufacturing.