ACTUATOR
1.2M Cycles. Zero Unplanned Stops.
Welding
Six-axis arc cells. 40 cycles per minute. Weld seam variance measured in microns.
Manual MIG welding introduces 0.3–1.2 mm seam variance per operator shift change. A six-axis arc cell locked to ±0.05 mm repeatability eliminates that variance entirely — no re-work queue, no dimensional escapes to downstream assembly, no rework-driven overtime. At 40 cycles per minute, one cell replaces two manual stations and holds tolerance through the full 20-hour production day.
Palletizing
500 kg payload. 1,800 cycles per hour. No shift breaks, no OSHA recordables.
End-of-line palletizing is the highest-injury-rate task on most production floors and the first to bottleneck when a line runs hot. A 500 kg-rated palletizer operating at 1,800 cycles per hour absorbs every surge the line upstream can generate — and does it without ergonomic incident reports, workers' comp exposure, or the 18-minute average delay caused by manual crew rotation. Wash-down IP54 rating means no shutdown for sanitation in food-grade environments.
Machine Tending
CNC load/unload at 6.2-second average. Coolant-rated IP65. Lights-out capable.
A CNC spindle that costs $340,000 earns nothing when it's waiting on a human to load the next blank. At 6.2-second average tend time, this cell keeps spindle utilization above 92% across a 20-hour window. IP65 coolant rating means no enclosure compromise, no robot downtime from flood coolant, and no special integration work to keep the machine tool dry. Lights-out scheduling is native — one supervisor monitors the entire cell from the MES dashboard.
Inspection
12 MP vision. 1,200 parts per hour. Defects the human eye cannot resolve.
Human visual inspection runs at roughly 400–600 parts per hour before fatigue degrades detection rates. At 1,200 parts per hour with a 0.1 mm² minimum detectable defect area and a false-reject rate below 0.3%, this vision system doubles throughput while catching the surface crack class, porosity pocket, and dimensional departure that escapes every unaided eye. One escaped defect into an automotive sub-assembly can trigger a $2.4 million recall. This cell costs less than that in year one.
Assembly
±0.02 mm precision assembly. Force-torque sensing. Clean-room option available.
Precision assembly — press-fits, snap-fits, threaded fasteners, gasket seating — demands repeatability that human hands cannot sustain across a full shift. At ±0.02 mm and force-torque sensing that detects a 0.5 N deviation mid-insertion, this cell rejects the bad part before it becomes a warranty event. Clean-room configuration (ISO Class 6) is a bolt-on option for medical device and electronics applications. Average cell ROI at current labor rates: 11.4 months.
Deployed Across Every Floor
Automotive stamping plants. Food-grade palletizing lines. Heavy fabrication cells. Our integrations run where the stakes are highest.
"The palletizing cell paid back capex in 14 months. Our operations director stopped asking questions after month six."
Marcus Hollenbeck
VP Operations
Caterpillar Tier-1 Supplier
"Arc welding repeatability at ±0.05 mm eliminated the rework loop that was killing our line throughput."
Priya Nandakumar
Automation Engineering Lead
Stellantis Chassis Plant
"Vision inspection caught a casting defect class we hadn't seen in three years. Caught it on day one of deployment."
Derek Szymanski
Quality Manager
John Deere Component Works
Every Cell Is
Specified. Not Guessed.
Our guided configurator walks you from application to turnkey BOM in under 20 minutes. Reach, payload, cycle time, safety zone — every parameter locked before a proposal is written.