Voltech Custom Build Fixtures

In today's fast moving market, you need a quick fixturing system to help you handle your customers changing needs.

We have developed our own custom fixturing service, using the latest 3D printing technology, to give you a quick delivery time and cost effective supply of bespoke fixturing.
This allows you to respond quickly when you get new designs from your customers, or when you need a quick replacement fixture, or duplication of an existing fixture to meet sudden increased demand on your manufacturing.

As we develop and release new types of fixture, we will add them to the page below, so that the choices of fixturing available to you will be constantly evolving, broadening and expanding.

You can see below to explore the two current types that are available, create your own designs, get a quote, and if you wish, place an order. 
Alternatively, you can use the button to the right to review any designs you have already created.

View Designs I Have Already created

NEW for 2023
A) Kelvin Pin Fixture for DIL (Dual in Line) Transformers

If your transformer bobbin is a conventional two-row Dual-in-Line transformer with up to 20 pins then this type gives you the simplest and fastest test connection.

This fixture type gives you a simple two row fixture, with up to 10 kelvin pins per row, on a pin-pitch and row-pitch of your own choice.

Example 1 - 12 pin kelvin test socket for SMPS transformer
Example 1 - 12 pin kelvin test socket for SMPS transformer
Example 1 - Transformer sits on a pedestal of your chosen dimensions - 40 mm x 40 mm is shown here
Example 1 - Transformer sits on a pedestal of your chosen dimensions - 40 mm x 40 mm is shown here
Example 1 - 12 Kelvin pins are fitted sub-flush to the top of the 3d printed moulding
Example 1 - 12 Kelvin pins are fitted sub-flush to the top of the 3d printed moulding
Example 1 - Row pitch = 25mm, Pin pitch = 5mm
Example 1 - Row pitch = 25mm, Pin pitch = 5mm
Example 2 - PFC transformer with Row pitch = 17.5 mm, and Pin pitch = 5mm
Example 2 - PFC transformer with Row pitch = 17.5 mm, and Pin pitch = 5mm
Example 2 - Pin 3 has been removed from the design to avoid mis-fit of test part
Example 2 - Pin 3 has been removed from the design to avoid mis-fit of test part
Example 2 - 9 Kelvin pins are fitted sub-flush to the top of the 3d printed moulding
Example 2 - 9 Kelvin pins are fitted sub-flush to the top of the 3d printed moulding
Get Quote for DIL Fixture

NEW for 2023
B) Online Custom Fixture Designer

Our new online custom fixture designer gives you more flexibility in creating test fixtures for most transformers.

Custom Fixture Designer - Demo Video

Watch our quick demo video of the Fixture Designer, then try it for yourself.

Video can be made full screen for ease of viewing by using the square icon in bottom right of the video.

 

 

 

See Currently Available Connector types

Click the button to the right to see the available connector types.
This list will be improved over time to give more options for you to use

See Currently Available Connector types
Real Worked Examples

Get familiar with what is possible with the new on-line fixture designer.
Please use the buttons to the right to see Step-by-Step examples of real fixtures created using this system

4-Pin Choke using large Kelvin blades
6-Pin Pulse TX using small Kelvin blades and own toggle clamp
Create your own designs

To try it out yourself, please click "Design My Fixture and Get Price" and follow the pages.
1 Choose your grid size for your design from one of the available options.
2 Place your required test connectors onto the grid.
3 Wire your connectors to your chosen test nodes.
If you do decide to order, then we will 3D print your design, fit connectors and wire to your specifications.

Design My Fixture and Get Price
Contact Us

Can't find what you need? Want Advice ?

If you have any questions on fixturing, or have suggestion or help, then please contact us using the form below. You can also attach files using the "choose files" button to describe your issue more clearly.

Please upload PDF file here.