A stamping press is unforgiving about how it was installed. Get the level wrong and you will pay for it in die wear, in bearing life and in scrap — long after the crew has left. This is what installing one properly involves, from a company that has been setting presses for Tier-1 automotive plants for more than 22 years.
Before the press arrives
Most installation problems are decided before the equipment is on site. We check the pit dimensions and the foundation against the machine drawings, confirm the floor can carry the static and dynamic load, and verify that the utilities — high-voltage drop, air, hydraulics — are where the press needs them and not where the old layout left them.
If something does not match, you want to know it while the press is still on the truck.
Setting and anchoring
The press is rigged in with gantries or crane, walked onto its footprint and set on its mounts. Anchors go in to the manufacturer's pattern and torque. Where the machine calls for grouting, it gets grouted — and it gets the cure time it needs, which is the step schedules like to eat.
Precision leveling: the step that decides the machine's life
A press out of level does not fail loudly. It wears the guides unevenly, loads one side of the crankshaft, chews dies and drifts out of tolerance while everyone looks for the problem somewhere else.
We level to the tolerance stated by the manufacturer for that machine, with shims and grouting, and we document the readings. That record is what lets you prove the baseline later if the press ever starts drifting.
Ancillaries, hookup and commissioning
A press rarely comes alone. Coil reels, straighteners, feeders, scrap conveyors and die-protection systems all have to be set, aligned and tied in. Then the electrical reconnection, the control checks, dry cycles and — with your people watching — the first parts.
What you get on paper
Leveling readings, anchor torque records, tagging documentation from the disconnection if we also moved the press, and a punch list closed with your maintenance lead. Not because a binder is impressive, but because the next person who works on that machine will need it.
What goes wrong without a specialist
Installation mistakes do not show up on installation day. They show up months later, in production.
- Poor leveling. Asymmetric loading, premature wear on guides and bushings, parts drifting out of tolerance. Fixing it afterwards means stopping the line.
- Unmarked or badly identified wiring. Weeks of electrical troubleshooting at start-up. It is the most expensive failure mode of a press move.
- Improvised rigging. An error in the bearing geometry or in the drag damages the internal structure of the machine — and that damage is often irreversible.
- Fragmented suppliers. One company for the lift, another for the mechanical work, a third for the electrical scope. When something fails at start-up, nobody answers for the whole.
- Schedules that blow up. Every day of delay is a day not producing. Schedules are met with rigging planning, not with haste on site: the Phillips injection machine went in inside its exact three-day window; the two Carrier lines came off and were loaded in the two weeks agreed.
The way to remove all five is one contractor answering for the rigging, the mechanical work and the electrical scope, from start to finish.
Complete production lines
A press rarely travels alone. The big projects are complete lines: presses, assembly cells, conveyors, machining centers and hoisting infrastructure. Two of ours show what that means.
For Carrier we disconnected, dismantled, crated and loaded two complete production lines in Collierville, Tennessee within two weeks, and then ran the electrical scope for those same machines at the CMX plant in Santa Catarina, Nuevo Leon.
For ABB we moved the stamping and machining line from Morristown, Tennessee to Ramos Arizpe, Coahuila in a project that ran more than two years (2020-2022): presses, 6, 8 and 12-circuit cells, lathes, mills, heat-treatment furnaces, and two 3-ton cranes with a Tramrail system supporting the line.
Installing a complete line has its own logic of sequence, interdependencies and phased start-up.
Why MECSOL
- More than 22 years installing and relocating stamping equipment for the Tier-1 automotive chain.
- Binational operation, Mexico and the United States. Our own crew works on US soil and answers for the start-up in Mexico.
- Presses up to 3,000 tons worked on in real projects, with photographic records running from hundreds to more than a thousand images per project.
- Compliance: REPSE registration, DC-3 certified personnel and current civil liability insurance.
- One party responsible for rigging, mechanical work and electrical scope — no fragmented suppliers.
About to install or move a stamping press? Tell us the equipment, the origin and the destination. You get a clear quotation and an execution plan back.
Common questions
What press sizes do you handle?
We have installed and relocated presses from small units up to 3,000-ton Schuler machines, including complete press lines with their ancillaries.
Do you do the foundation work?
We do the survey, the anchoring and the grouting, and we coordinate the civil scope. If the pit or the slab needs to be built or modified, that is planned with you before the equipment ships.
Can you install a press we bought abroad?
Yes. MECSOL does not sell machinery — we install it, whoever you bought it from. Several of our jobs start on the other side of the border and finish on a plant floor in Mexico.