Why Defex

Every part tested. Every failure, a lesson.

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Robots that learn from every part they build.

Our robot assembles the part, tests it, and gets better with every attempt. Fewer people babysitting the line. Less engineering every time the part changes.

Starting with connector assembly

Test it on your part

The robot is the easy part.

The weeks go into everything around it: fixtures, tuning, testing, recovering failures and proving every new part.

That is the work we take off your hands.

ChangeoverConnector, variant B

  • Adapt the fixture
  • Tune the process
  • Agree what counts as a good part
  • Prepare the material
  • Recover the failed attempts
  • Prove the new variant
  • Program the motion
Most automation only does the last line.

Built-in testing

It knows when a part is really done.

A connector can look plugged in and still be loose. Our robot tests every one: electrical contact, and a locked latch.

If it fails, it does not ship. You set what a good part is.

Contact, force and continuity can all pass while the latch is still open. We check the lock too.
Vision
finds it
Force
guides it in
The test
proves it

Runs on its own

It resets itself. It keeps going.

Good parts move out. Bad parts get pulled. The next pair moves in.

Your team loads the parts. The robot does the rest, attempt after attempt, without anyone standing over it.

Passed: shipped Failed: pulled aside

New parts

Change the part. Keep what it learned.

The skill, the fixture setup and the test carry over to the next connector. Only what changed has to be taught.

TargetThe next part in half the engineering hours.

Carries over: the skill, the fixture, the test Changes: pin count, width

Practice, qualify, then run.

It practices off the line. Only a skill that passes the test runs in production.

Practice

Many attempts, every one tested

Qualify

Fresh parts, same test

Run

Only approved skills, on your line

Production never runs an untested skill.

Where we are today.

As of .

  1. Built

    Vision inspection, run on a live camera. Watch it

  2. Paid

    21 factories paid to be first in line.

  3. Building now

    The assembly robot, starting with connectors.

  4. Next

    Running on its own: assemble, test, reset.

  5. Then

    Proof it beats a hand-programmed robot on fresh parts.

Who is building it.

Twin brothers, building together for more than 20 years. Meet the team

Bring us the part your team hates assembling.

Tell us what it is and how you check it. We will tell you straight if our robot can take it on.

Test it on your part husan@defexrobotics.com