Automated Test Equipment (ATE)

ATE Manufacturer for Advanced and Scalable Automated Test Solutions

Here at Microhub, we take pride in being a trusted ATE manufacturer, making Automated Test Systems that match the evolving needs of today’s electronics testing. Because our Automatic Test Equipment (ATE) promotes speed, high precision and consistency, manufacturers can check the correctness and compliance of products at each production stage.

We design our test equipment to carry out tasks starting with simple component checks and ending with tests on fully assembled products. By using intelligent software, adjustable hardware and unique interface pieces, Microhub’s ATE systems handle complicated testing workflows, minimizing quality issues and mistakes.

Adaptable, scalable and reliable, our custom ATE solutions help OEMs and contract manufacturers manufacture successfully in R&D labs and on full production lines.

Key Features

High-Speed Automated Testing

Complex test steps can be run by ATE systems very quickly which allows for highly efficient manufacturing testing.

Multi-Domain Test Capability

Analog, digital, RF, mixed-signal and power testing are all supported, so it can be used for different types of electronic products.

Customizable Test Configuration

The system can be customized by changing both software and hardware so it fits the needs of a particular DUT (Device Under Test).

Integrated Test Fixtures

Built on test fixtures with special mechanical stability and good contact to the DUT to guarantee that results are always the same.

Scalability and Modularity

The system can be upgraded or changed to fit extra testing needs, additional channels or new product types.

System Integration Capabilities

Can work together with Manufacturing Execution Systems (MES), databases or other tools inside your business for easier automation and data sharing.

How It Works

System Configuration

The ATE has the necessary test heads, interface cards and software designed to assist the DUT.

Device Loading

Devices Under Test are loaded manually or via robotic handlers into the fixture for secure and repeatable positioning.

Test Sequence Execution

To evaluate electrical, functional or software performance, the system applies predefined scripts at different testing stages.

Data Capture and Reporting

The results are logged without human intervention, analyzed as they happen and shared with both pass and fail status and diagnostic details.

Applications

High-Speed Functional and Parametric Testing
End-of-Line Production Testing
RF, Power, Mixed-Signal, Communication and other electrical/electronic parameter Verification
Custom Diagnostics in R&D Environments
Test Automation for Consumer, Automotive, and Industrial Electronics

Technologies Used

Precision Test Instrumentation

The system uses high-precision measurement and signal generators to guarantee that test results are reliable and repeatable.

Modular Platform Architecture

The system is flexible and allows you to easily change channels, cards or software as testing changes.

Software Solutions

QT, Python, LabView, Altium, PLC & HMI software for test automation, data analysis, and efficient workflow integration.

Custom Test Fixture Interfaces

The model is set up to fit the DUT’s geometry and electrode needs which allows for speedy connections and trustworthy testing.

Mechanical Solution

Pneumatic test setups, parallel stroke systems, toggle base fixtures, and customized test benches tailored to DUT and setup needs.

Automated Software Control

Test software that is easy to use includes options for controlling the test program, visualizing results and producing results in a report.

Hardware Solutions

Custom embedded cards, NI cards, PLC, HMI, Keysight, Rigol, GW Instek, and more for advanced testing and measurement.

Technologies Used

Precision Mechanical Design

Robust machining and design methods keep the DUT properly aligned and make the mechanism more reliable.

Spring-Loaded Test Interfaces

Reliable connection between DUT pads and terminals is achieved with durable pogo pins.

Modular Testing Platforms

Our variety of flexible components is suited to meet many custom functional test fixture demands.

Operator-Friendly Control Mechanisms

With ergonomic handles and levers, you can test products efficiently by hand.

On board meters: Easy for User to Test

Our onboard meters help in voltage testing, current testing, continuity testing, resistance testing, frequency testing, PWM testing, communication testing , Load/No load testing etc.

Technologies Used

Precision Mechanical Design

Robust machining and design methods keep the DUT properly aligned and make the mechanism more reliable.

Spring-Loaded Test Interfaces

Reliable connection between DUT pads and terminals is achieved with durable pogo pins.