Robot simulation: a FANUC robot moving parts between two pallets
/ Robotic integration

One team.

From concept to production, we design, build, test, install and support FANUC robotic systems. The people who plan your system are the ones who stand behind it once it's running.

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/ Next install

Billet handling cell

Days
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Hours
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Built to move over a million pounds of steel each year. Flexible enough to handle any shape.

/ Process

Six steps.No surprises.

We walk your floor with you, look at the process, and tell you plainly where a robot pays for itself and where it doesn't.

You get a layout, a cycle-time estimate and a firm price. We simulate the system first, so reach and timing are proven before anything is built.

Tooling, fixtures and safeguarding are designed and made in-house, around your actual parts.

The system runs on our floor with your parts before it ships, and you're invited to watch it cycle.

Our own crew anchors it, starts it up and trains your operators on your floor.

The people who built your system are the ones who answer when you call. Installation is the start of the relationship, not the end of it.

Nothing leaves the building until it hits the numbers in the quote.

Most integrators hand the cell to a service department after startup. Here, the engineer who built it is the one who answers when you call.

A FANUC robot picking parts from a bin under blue vision lighting, seen from above
TestProven here first.
/ Applications

Where a robotearns its place.

Most heavy, repetitive or tedious work on a floor can be handed to a robot. These are the applications FANUC robots are built for.

/ 01

Assembly

Fitting, fastening and pressing parts together the same way every time.

/ 02

Dispensing and sealing

Adhesive, sealant and gasket beads laid down at a steady rate along the same path, part after part.

/ 03

Inspection

Cameras and sensors check every part the same way, and flag the ones that need a second look.

/ 04

Laser applications

Marking, welding and cladding with a laser, held on path more steadily than a hand can manage.

/ 05

Laser cutting

Trimming and cutting formed or three-dimensional parts that a flat table can't reach.

/ 06

Machine tending

Loading and unloading CNC lathes, mills and saws, so machines keep cutting through breaks, shift changes and after hours.

/ 07

Material handling

Moving parts between operations, into fixtures and onto conveyors, from small components to hot billets at a forge hammer.

/ 08

Material removal

Sanding, grinding, deburring and polishing with steady pressure, on work that wears out shoulders and wrists.

/ 09

Painting

Even coats on every part, with your people out of the fumes and overspray.

/ 10

Palletizing

Stacking and unstacking boxes, bags, totes and parts in repeatable patterns, without the lifting.

/ 11

Picking and packaging

Picking parts from a bin or a moving line and packing them, with a camera to find each one.

/ 12

Welding

Arc, MIG, TIG and spot welding. Consistent welds on repeat parts, with your welders setting up, programming and checking the work.

Don't see your process here? That's what the assessment is for.

/ Next step

Ready foryour layout?

Send a part print and a photo of the machine. We'll come back with a straight answer on whether a cell makes sense.

Book a Facility Assessment