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PCB Test Jigs

Quality control solutions to make sure every board comes off your production line correctly each time.

Quality Control and Testing Consistency

Your Test Jig Options

Choose from a range of high quality, customisable test fixtures, designed for testing excellence

We bring together MG Products’ high quality functional testing equipment with our expertise in product development, electronics design, software development and production testing. 

As Elektra’s Design Team of the Year, and exclusive UK distributors for MG Products, you can enjoy great customer service and regular updates as well as robust, reliable, test equipment.  

Dedicated PCB Testing Expertise

Enjoy the support of our award-winning, UK-based electronics design engineers.  

Whether you’re looking for in-circuit testing or functional testing support, our team can deliver advice on how to get the best out of the product design process and help to bring your great tech ideas to life.  

Durable Testing solutions

MG Products and Ignys both share a strong desire to solve design process bottlenecks, creating the ideal conditions for production quality and efficiency. 

Together, we offer test fixtures with customisable solutions which use robust aluminium parts for mechanical construction. 

Built around testing efficiency with reliable electrical contact between the test equipment and the UUT (unit-under-test), our test fixtures are built to last and deliver highly effective testing. 

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Great team, incredibly savvy professionals. Working on a complex project with Ignys for a couple of years and the experience has been fantastic.
Test Fixture Product Selection

MG-01

TECHNICAL SPECIFICATIONS

• Max. number of probes (2N): 500 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 254 x 400 x 50 x 140 mm (wxdxh1xh2)
• Max UUT: 197 x 114 mm (wxd)
• Designed for changeable cassette

PRODUCT CODE

• 50101 MG-01 Manual Fixture Kit
• 50201 MG-01 Changeable cassette

Enquire about MG-01

MG-02

MG-02 measurements below. There are several options of this type

TECHNICAL SPECIFICATIONS

• Max. number of probes (2N): 1000 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 470 x 490 x 100 x 170 mm (wxdxh1xh2)
• Max UUT: 335 x 250 mm (wxd)
• Designed for changeable cassette

PRODUCT CODE

• 50102 MG-02 Manual Fixture Kit
• 50202 MG-02 Changeable cassette

Get a quote for MG-02

MG-03

MG-03 measurements below. Other options of this type are available.

TECHNICAL SPECIFICATIONS

• Max. number of probes (2N): 1000 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 750 x 490 x 100 x 170 mm (wxdxh1xh2)
• Max UUT: 580 x 250 mm (wxd)
• Designed for changeable cassette

PRODUCT CODE
• 50103 MG-03 Manual Fixture Kit
• 50203 MG-03 Changeable cassette

Ask about MG-03 test jigs

MG-04

MG-04 measurements below. Other options of this type are available

TECHNICAL SPECIFICATIONS
• Max. number of probes (2N): 1000 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 800 x 635 x 100 x 190 mm (wxdxh1xh2)
• Max UUT: 580 x 400 mm (wxd)
• Designed for changeable cassette

PRODUCT CODE
• 50104 MG-04 Manual Fixture Kit
• 50204 MG-04 Changeable cassette

Request MG-04 quotation

MG-05

Details available on request

Speak to us about MG-05, your requirements and what you are looking to achieve

I want a conversation about MG-05

MG-06

TECHNICAL SPECIFICATIONS

• Max. number of probes (2N): 500 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 400 x 354 x 70 x 140 mm (wxdxh1xh2)
• Max UUT: 197 x 214 mm (wxd)
• Designed for changeable cassette

PRODUCT CODE
• 50106 MG-06 Manual Fixture Kit
• 50206 MG-06 Changeable cassette

Enquire about MG-06 test fixtures

MG-07

MG-07 measurements below. Other options of this type are available

TECHNICAL SPECIFICATIONS
• Max. number of probes (2N): 1000 units
• Max. PCB height: 60 mm
• Linear travel: 12 mm
• Outer dimensions: 620 x 590 x 100 x 184 mm (wxdxh1xh2)
• Max UUT: 450 x 330 mm (wxd)
• Designed for changeable cassette
PRODUCT CODE
• 50107 MG-07 Manual Fixture Kit
• 50207 MG-07 Changeable cassette

Chat about MG-07

Extra Tools

Extra Products

We offer a range of products through MG Products including:

  • Carriers for Soldering
  • Press-Fit Tooling
  • Custom Bed of Nails Options

Speak to the Ignys team to talk about your requirements and these additional options today

Extra Tools Chat

Customised Test Fixtures

Key Features

Which Test Fixture do you need?

Take the complexity out of choosing the right Test fixture.

Fill out this questionnaire and our team can provide insights to help with your decision.

Take the Questionnaire 

Product Characteristics 

  • Changeable cassette options – Increase your project’s scope for flexibility
  • Linear click system with ball bearings, using gas springs
  • 10 mm ESD-proof top cover with aluminium reinforcement bars
  • Steel base cabinet with detachable aluminium back and bottom panels
  • Detachable interchangeable case system with an 8 mm spring loaded probe protection cover
  • Base cabinet fitted with a telescopic guide rail and catch

High Quality Test Jigs

What MG Products say about their great test fixture range “We have created a unique mechanical click system using ball bearings and guiding sleeves. The UUT is connected to the spring contact pins that are connected to the testing environment in a completely linear fashion.

Connecting the UUT to probes can be approached both from the top and the bottom and, optionally, even from the side. The ergonomic housing provides generous space for additional measuring electronics. The back and bottom of the housing can be adapted to the various test system interfaces.”

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FAQs
Frequently asked questions about our test fixtures
01

What is a test fixture?

A test fixture, or test jig, is a piece of equipment that allows electronics engineers to test the working parts of a printed circuit board and identify any design flaws.
02

Your Test Jig Questions Answered

Early prototype test jigs also highlighted the need to accommodate tall components, so we've incorporated a deep tray to address this need
03

How do test fixtures work?

A test fixture works by testing populated PCBs before they are assembled into products, reducing the loss of time experienced when a faulty board has been fitted without test.
04

Is it really necessary to test each pcb?

As many manufacturers charge by the minute, saving even a couple of minutes per board can reduce costs at the same time as improving test coverage and quality.
05

How much does PCB testing cost?

This will depend entirely on the volume of testing being performed, the complexity of the design, and the size of the PCB. If you have a particular product in mind, contact our engineers at enquiries@ignys.co.uk and we'll be able to give you a deep dive into the costs associated with PCB testing.
06

Do you conduct functional testing?

Absolutely! Functional testing is our electronics design engineers' speciality. We'll test whether a design can be powered and programmed, whether the voltage is correct, and much more.
Success Stories

Case studies from Ignys Ltd

Contact Us
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign
FPGA Design and EMC Compliance Support

Rapidly moving onto the next scale-up
Proof of Concept Technical Demonstrator for Energy Project

Hand-delivered a proof-of-concept demonstrator
Software Development Case Study

Extra features, problem solving and regular hours. "Stephen Lynch has been fantastic"
Environmental Simulation Test for Electronics Design

Test plan passing conformance metrics.
Product Development for Innovative Start-Up

Now at prototyping stage for a hot climate
Electronics Design For Availability

Successful sourcing of replacement parts with redesign

More Reasons to Test Your Product with Test Fixtures

Printed circuit boards often need some level of testing when they come off the production line. PCBs may also need programming, setup, or calibration. There are ways to achieve this for high volume products, but these tend to be too expensive and too slow in many cases.

For example low volume manufacturers and start ups will struggle to see the benefits. The long lead times mean they can’t react quickly. Also the price makes it difficult to justify for small volumes.

Every Product Counts

When you first launch a product, every single product shipped represents a high proportion of the total when there are relatively low volumes.

Because of this you can’t afford a product failure tarnishing your products’ reputation before it has a chance to gain traction.

This is where test fixture solutions can help.

Electronics design and product development is our specialism. We have many ways to help you through the process.

We also offer a PCB design service.

The Importance of Automated Testing

Are you confident that every product you ship has been properly manufactured, programmed and set up?

Test jigs are the answer if automatic quality control is something you need.

Using production test fixtures for automated testing is ideal – especially because components are getting smaller. And as parts get smaller, the importance of automated testing continues to grow.

Answering Your Questions About PCB Test Points

Our MD, Richard Fletcher, has penned his thoughts on the importance of using test points in your design.

The article covers the following topics:

  1. What are test points?
  2. Should I label them?
  3. Which signals should have test points?
  4. What is the optimum number of test points to use?
  5. Hazards to watch out for – and how to identify them
  6. How have they been used in the past?
  7. Why should I consider using them?
  8. Are test points useful for quality control?
  9. Why failing fast is actually a good thing!

Read More on The Importance of Test Points

ISO 9001 

Our ISO 9001 accreditation, MD Richard Fletcher talks quality.

Drop us a line through the form below and we'll get back to you within 48 hours to let you know how we can help and answer all your questions.
Or call us: 0115 772 2825

Let's talk about your project