A single robotic work cell in a dark fabrication shop, one arm poised over a fixture table.

BUILT BY ARMS. RUN BY CODE.

Robotic fabrication cells for manufacturers who make real things.

ONE CELL AT A TIME.

GANTRY builds robotic fabrication cells and puts them on the floor of the shop that will run them. A cell is one working unit — arms, fixtures, tooling, controls, and the program that sequences them — sized to the parts you already make.

We work in the middle of the market: shops that have outgrown one-off manual work but cannot justify a fixed line. The cell takes the repeatable half of a job so your people spend their hours on the half where judgement still decides the outcome.

Every cell is handed over with the program that runs it, the fixtures it was proved on, and a technician who stays until your operators are the ones starting the shift.

SEE THE CELLS

SIX CELL TYPES

CAPABILITIES

Six cells cover the operations a fabrication shop repeats most. They share controls, program structure and spares, so a second cell is a copy rather than a new project.

A robot arm pressing a forming tool against a sheet-metal panel held in a fixture.

FORMSheet and plate take their shape from a tool path, not from a die.

A welding robot mid-seam, a controlled fan of sparks lighting the cell.

WELDThe torch, the fixture and the sequence commissioned as one unit.

A robot arm with an abrasive head finishing a curved metal panel, fine dust in the work light.

FINISHConstant force on a curved surface, from the first panel to the last of the shift.

A robot arm holding a scanning head over a finished panel, a line of blue light sweeping the surface.

INSPECTThe part is scanned where it was made, on the fixture it was made on.

A robot arm with a vacuum gripper lifting a large sheet-metal blank from a stack.

HANDLEBlanks off the stack, parts between operations, finished work on the rack.

Two robot arms holding parts in alignment while a third drives fasteners over a jig table.

ASSEMBLETwo arms present, one works, and the jig underneath carries the datum.

ALL SIX CELLS

Three identical robotic cells along a dark shop aisle, each pooled in its own work light.

THE CELL

A cell is one enclosure, one controller, one program, and the fixtures that make a part repeatable inside it. Everything else — which arms, which tooling, which scanner — is chosen after we know what the part needs.

It arrives as a unit, it is commissioned as a unit, and it is yours to move when the floor plan changes.

ENCLOSURE 6.0 × 4.5 mSUPPLY 480 V / 3-PHASEAIR 6 BARONE CONTROLLER

CELL 03 · NOMINALSEQ-- / --SHOP LOCAL

FORMWELDFINISHINSPECTHANDLEASSEMBLE

WHERE THEY RUN

APPLICATIONS

Four industries where the parts are large, the runs are short, and the drawing changes after the tooling would already have been ordered.

Stacks of formed metal panels on racks beside a robotic cell in a dark shop.

GENERAL MANUFACTURINGContract shops and tier suppliers running mixed work — brackets, enclosures, panels, weldments — where the mix changes faster than tooling can be ordered.A cell here earns its floor space by absorbing the repeatable operations across many part numbers instead of dedicating itself to one. Changeover is a program and a fixture plate, and both belong to you.

Large curved metal sections for energy equipment staged on cradles, a robot arm working one seam.

ENERGYFabricators supplying wind, solar and grid equipment work with large sections, long seams and drawings that get revised late.Cells sized for that work put the arm on a track and the part on a positioner, so the reach comes from the layout rather than from an oversized machine.

A vehicle chassis frame on a rotating fixture with a robot arm reaching into it.

MOBILITYVehicle, transit and rail suppliers building frames, panels and interior structures in runs that rarely justify hard tooling.The cell forms and joins to the model, so a late revision arrives as a new file and a re-proved fixture instead of a new die and a lost quarter.

Heavy steel plate sections with fresh weld seams stacked near a robotic gantry.

INFRASTRUCTUREHeavy plate work for water, transport and utility projects — sections that are welded, dressed and inspected long before they reach a site.Paper matters as much as metal here, so the inspection cell sits inside the line rather than at the end of it, and every section leaves with the scan that belongs to it.

ALL FOUR INDUSTRIES

PROCESS

Four steps from the first visit to the second cell. The pilot is the decision point, and it is designed so that stopping there is a real option.

01ASSESS
We come to the shop and watch the operation you want to hand over — prints, sequence, fixtures, floor space, power, and the people who would run the cell. You get a layout and a straight read on which operations suit a cell and which do not.
02PILOT CELL
One cell, your parts, a fixed scope. It runs a real batch on your floor with our technician beside it. Nothing is committed beyond the pilot — if the operation does not suit a cell, that is a finding, not a failure.
03RUN
Handover is people, not paperwork. Your operators start the shift, load the fixture and read the cell. We stay on the floor through the first production weeks and leave the programs, the fixtures and the maintenance intervals in your hands.
04SCALE
When a second cell makes sense it is a copy of the first — same controls, same program structure, same spares on the shelf. What your people learned running one carries across without a new vocabulary.

HOW A PILOT RUNS

PUT AN ARM ON IT.

Send a print and the operation you would hand over first. We will tell you whether it belongs in a cell before anyone talks about a quote.

TALK TO US

BUILT BY ARMS. RUN BY CODE.

ONE CELL AT A TIME.

/CAPABILITIES

THE CELL

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/PROCESS

CAPABILITIES

APPLICATIONS

PROCESS