WHERE IT GOES WRONG
The cost shows up later
The robot gets all the attention and it is the part that rarely fails. What decides whether the cell works is everything around it: how the parts are fed, what the gripper holds, how the machine is guarded, whether the vision finds the part, how it all gets integrated.
A robot bought without that plan sits in a corner as an expensive arm nobody trusts. The motion type is the first decision, and the cell around it is the real project.
HOW TO CHOOSE
Match the technology to the job
Match the motion to the task, then build the cell around it:
- Reach, payload, speed, machine tending → an industrial robot sized to the part and the reach. FANUC anchors this on name and breadth: the compact LR Mate 200iD carries up to 7 kg at IP67, and the line runs to 2,300 kg on the M-2000iA, on the R-30iB Plus controller. (FANUC.)
- A person shares the workspace → a collaborative robot, speed-and-force limited so it can run without full guarding after a risk assessment. FANUC's CRX cobots (3 to 30 kg) teach by hand-guidance, and Omron's TM S Series is IP65 for washdown cells. (FANUC CRX / Omron TM.)
- The part has to move between stations or rooms → an autonomous mobile robot (AMR) that maps and navigates with no tape or facility changes. Omron's LD, MD, and HD AMRs run 60 to 1,500 kg, and one FLOW Core fleet manager coordinates up to 100 of them. (Omron.)
- High-speed, small-part pick and place → a SCARA or delta for fast, repeatable placement in a fixed area. FANUC's SR SCARAs run 3 to 20 kg. (FANUC SR.)
- The same short cycle, all day, many stations → a rotary indexing table or linear transfer system, which beats a robot on cost and cycle time when the motion is fixed. WEISS cam-driven TC tables index inside ±12 arc-seconds, and its LS linear systems move workpiece carriers station-to-station. (WEISS.)
- Everything around the robot → feeding, end-of-arm tooling, vision, safety guarding, and conveyance, which is where the cell is won or lost.
The fork is the motion type: arm, cobot, AMR, SCARA, or rotary index. We're not going to sell you a robot for a job a rotary index table does cheaper and faster, and we'll say when a fixed automation cell beats a robot outright. The reason to bring us the whole cell is that we carry the feeders, grippers, vision, safety, and conveyors around it too.
WHY M6
One source, sized to the application
Most robot vendors sell you the arm and leave the cell to you. We carry the robot lines and the feeding, tooling, vision, safety, and conveyance around them, so you get one source for the whole cell and one number to call when it needs support, across Washington, Oregon, Idaho and British Columbia.
You leave knowing which motion your task needs, arm, cobot, AMR, SCARA, or rotary index, and with a plan for the whole cell around it.
WHAT WE CARRY
The lines we rep for this application
- FANUC: industrial robots from the compact LR Mate 200iD to the 2,300 kg M-2000iA, the CRX cobot line (3 to 30 kg, hand-guided teaching), and SR SCARAs, all on the R-30iB Plus controller with iRVision and Zero Down Time monitoring.
- Yaskawa Motoman: industrial arms and dual-arm SDA robots for handling, welding, and assembly work.
- Omron: LD/MD/HD AMRs (60 to 1,500 kg) with FLOW Core fleet management, the TM S Series cobot for shared-space and washdown tasks, plus the Sysmac sensing, controls, and safety around them.
Machine tending, assembly, material handling, packaging
THE EQUIPMENT
What this looks like on the floor
THE COST OF WAITING
An automation project gets approved with two numbers
One is the equipment quote. The other is what doing this by hand costs you every month, and only you can add it up:
Labor on the task. Hours per shift, at your fully loaded rate.
The rate ceiling. What the manual step caps your throughput at.
Scrap and rework. What manual variation costs you per thousand parts.
Changeover. Time lost every time the part changes.
The hiring problem. Turnover, training, and the weeks the job sits open.
Exposure. Repetitive lift, pinch points, and what one recordable costs you.
We will get you the equipment number and a budget range early, so your request goes up with both.
COMMON QUESTIONS
Common questions
What robot integration can M6 actually take on?
Two ways in. We supply and integrate the brands we represent: FANUC industrial arms and CRX cobots, Yaskawa Motoman, and the Omron line of cobots, SCARAs, and mobile robots. We also provide integration and technical services on robots we don't sell, including ABB and KUKA, so an existing arm on your floor is still something we can program, retool, re-guard, or fold into a new cell. Either way you get the feeding, tooling, vision, safety, and controls around the robot from the same team.
What areas do you support robotics in?
M6 Revolutions supplies FANUC, Yaskawa, and Omron robotics across Washington, Oregon, Idaho, British Columbia, and California, and engineers the cell around whichever one fits.
Should I use a robot, a cobot, or a rotary index table?
Match the motion to the task: an industrial arm for reach and payload, a cobot when a person shares the space, an AMR when the part travels between stations, a SCARA for fast fixed-area placement, and a rotary index table when the same short cycle repeats all day. The table beats the robot more often than robot vendors admit, and we sell both, so you'll hear it straight.
Do I need full guarding, or can a cobot run without it?
A cobot can run without full guarding only after a risk assessment says so: the robot may be collaborative but the end-of-arm tooling and the part decide the real hazard. Sometimes a cobot still needs a curtain. We spec the safety with the robot rather than after it.
Can you supply the feeder, gripper, and vision too?
Yes, and that's the point of buying the robot here: the arm is the easy 30% of the cell. We carry the feeding, EOAT, vision, safety, and conveyance around it, so the cell is designed as one system with one number to call.