100%
Continuous inspection coverage across conveyor-based production lines not a sample pulled once a shift
High speed production hides defects. Manual checks slow it down.
Scanflow puts fixed cameras at inline inspection points on your conveyor, checking every part in real time as it moves appliance included, so there’s nothing separate to source or install.
Trusted by Global Enterprises
Measured, not guessed
Real metrics and expectations
2x
Faster than manual visual checks, with no added downtime on the line
2 weeks
Typical time to get Scanflow running on an existing conveyor system
What makes it special
Built for how a moving line actually works
Designed for continuous inspection on fast-moving conveyor lines, detecting defects without stopping or slowing production.
How this fits together
One deployment mode, used across several build levels
Inline is how the camera gets positioned on a moving conveyor. Static and End-of-Line QC are the other two. Which one applies depends on the stage, not the product: several of Scanflow’s five build levels use inline deployment specifically.
Cast & Forged
Checks porosity, cold shuts and flash right off the line before more work gets added.
Machined & Finished
Catches thread and diameter drift in the shift it starts, not the next audit.
Sub-assemblies
Verifies presence, count and orientation on every single unit, not a sample.
Systems
Checks completeness, connector seating and torque marks, with a record kept per unit.
Final Assembly
Checks panel gap, paint, trim and VIN against one measured standard, every vehicle.
Integration & deployment
What actually happens on your line
One appliance, installed
Camera, edge compute and lighting installed at critical points along your existing conveyor appliance included, nothing separate to source
Real-time analysis
Image analysis runs continuously as parts move, without interrupting or slowing production.
Instant notification
Notifications trigger the moment a defect is detected not at the next scheduled check.
Records that go somewhere
Every inspection feeds your MES/ERP systems and Scanflow's own record, searchable in plain language afterward.
Why vision, not just a sensor
What a camera catches that a proximity sensor can’t
Most inline checks today use single-purpose sensors a proximity switch confirms a part is there, a photoeye confirms it passed. Neither one looks at the part itself. A camera does, and it catches several different things in the same pass, on the same moving part.
Surface
Scratches & cosmetic defects
Caught on the line, before the part reaches painting, plating, or packaging where a cosmetic flaw gets far more expensive to fix.
Alignment
Misalignment & orientation
A part sitting skewed or facing the wrong way is easy to reject here and much harder to catch once it's built into a sub-assembly.
Completeness
Missing or incorrect parts
A missing bracket or the wrong component variant gets flagged before it moves on not after it's already part of something bigger.
Consistency
Color & finish drift
A finish that's slowly drifting off-spec across a run shows up immediately on the line, instead of surfacing as a batch complaint later.
Trusted performance
The same standard, every part
95%+
Quality accuracy
Consistency in defect detection on fast-moving items
2×
Inspection speed
Faster than manual checks, with no added downtime
MSA
Operational reliability
Validated measurement, stable across shifts, speeds and inspection points
See it running at your actual line speed.
The line doesn't stop, and every part gets checked.
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