Precision automationfor modern dyehouses.

We revamped twelve old jet machines with T7700 controllers. Recipes now run the same on every machine and every shift.

The control panels and wiring diagrams were clean and well documented. Our maintenance team can follow everything.

Data from the machines now reaches the office, so we see what every batch is doing without walking the floor.

A valve fault on a Sunday was sorted the same day. We did not lose the next production plan.

Old jet machines that we thought were finished are running again with new controllers and clean panels.

Salt and chemical calls are recorded now. Month-end checks take less arguing and less paperwork.

Dissolving and sending powder dye is no longer the slowest job in the kitchen.

One engineer owned the job from the survey to the last training day. We always knew who to call.

They fitted the work between our delivery dates. The mill kept shipping while the system went in.

The kitchen looks like a proper process room. Spills and leftover powder on the floor are rare.

Their people knew jet dyeing before they opened a panel. We did not have to teach them our process from zero.

The first batches after start-up were run with our supervisors beside their engineer. Confidence came quickly.

We revamped twelve old jet machines with T7700 controllers. Recipes now run the same on every machine and every shift.

The control panels and wiring diagrams were clean and well documented. Our maintenance team can follow everything.

Data from the machines now reaches the office, so we see what every batch is doing without walking the floor.

A valve fault on a Sunday was sorted the same day. We did not lose the next production plan.

Old jet machines that we thought were finished are running again with new controllers and clean panels.

Salt and chemical calls are recorded now. Month-end checks take less arguing and less paperwork.

Dissolving and sending powder dye is no longer the slowest job in the kitchen.

One engineer owned the job from the survey to the last training day. We always knew who to call.

They fitted the work between our delivery dates. The mill kept shipping while the system went in.

The kitchen looks like a proper process room. Spills and leftover powder on the floor are rare.

Their people knew jet dyeing before they opened a panel. We did not have to teach them our process from zero.

The first batches after start-up were run with our supervisors beside their engineer. Confidence came quickly.

With the RD96, liquid chemical dosing is measured and logged instead of carried by hand. The floor is safer and costs are clearer.

We saved floor space by removing chemical kegs. The dye kitchen is cleaner and easier to manage.

Powder weighing used to depend on who was on duty. The ADW made that part of the kitchen consistent.

Commissioning used our own shades, not a demo recipe. That is what made the handover believable.

The installation crew worked around our running orders. Production did not have to stop for the whole project.

After the revamp, the same recipe gives the same result on the first machine and the last one.

Our maintenance staff can trace a fault from the screen back to the drawing. That used to take half a shift.

The controllers made shade repeats calmer. Operators are not rewriting steps from memory.

Operators learned the screens on their own machines. The trainer did not leave until the questions stopped.

Revamping the older machines cost less than replacing them, and the batches are steadier than before.

The same chemical call goes to every machine the recipe names. We no longer send a helper with a jug.

From the dye kitchen to the machine, the job is one system now. Fewer handoffs, fewer mistakes.

With the RD96, liquid chemical dosing is measured and logged instead of carried by hand. The floor is safer and costs are clearer.

We saved floor space by removing chemical kegs. The dye kitchen is cleaner and easier to manage.

Powder weighing used to depend on who was on duty. The ADW made that part of the kitchen consistent.

Commissioning used our own shades, not a demo recipe. That is what made the handover believable.

The installation crew worked around our running orders. Production did not have to stop for the whole project.

After the revamp, the same recipe gives the same result on the first machine and the last one.

Our maintenance staff can trace a fault from the screen back to the drawing. That used to take half a shift.

The controllers made shade repeats calmer. Operators are not rewriting steps from memory.

Operators learned the screens on their own machines. The trainer did not leave until the questions stopped.

Revamping the older machines cost less than replacing them, and the batches are steadier than before.

The same chemical call goes to every machine the recipe names. We no longer send a helper with a jug.

From the dye kitchen to the machine, the job is one system now. Fewer handoffs, fewer mistakes.