What happens if it’s missed
A cutting tool wears down slowly. Part one measures perfectly; part two hundred is out of tolerance, and nobody knows until an audit finds a whole tray of bad parts.
Inspect Machined & Finished
Catch machining drift before it becomes a bad batch.
A worn tool drifts quietly until a batch fails. Scanflow catches it on every part, at line speed.
Trusted by Global Enterprises
In-line Quality Control
Why catching it here matters
Where Scanflow checks for it
On the machining line itself, checking every part as it comes off the tool so drift gets caught in the shift it starts, not the next audit.
Inspection Capabilities
The five checks Scanflow actually runs
Five capabilities, each built for what it’s actually looking for not a generic something looks wrong score.
Surface Defects
Scratches, dents, or coating thin spots on the machined surface visible flaws, not touched to check.
Dimensional Measurement
OD, ID, length, height and width checked against spec not just one diameter.
OCR
Reads marks stamped or etched on the part and links them straight to its record.
Presence & Absence
Confirms it's actually there not assumed present because the last one was.
Orientation & Alignment
Confirms it's facing the right way and correctly aligned, not just present.
Why this matters more each year
$115B+
Size of the global precision machining market in 2025, with automotive the largest segment by volume
6–8%
How fast the market is expected to grow each year through the early 2030s
79%
Share of precision machining that runs on CNC operations the segment growing fastest
2 wks
Typical time to get Scanflow running on an existing machining or finishing line
Market figures from published industry research (Fortune Business Insights, Grand View Research, 2025–2026 reports on the global precision machining market). India's precision machining market is specifically noted as a strong growth market, supported by Make in India and PLI investment.
Measurement & Inspection
A gauge for every measurement isn’t the same thing
At this stage, the usual approach is a separate instrument for each check a CMM for dimensions, a barcode scanner for marking, a proximity sensor for presence, a different fixture for alignment. Each with its own log book and calibration schedule.
A separate tool per measurement
- CMM, barcode scanner, proximity sensor and alignment fixture, bought and calibrated separately
- Each tool samples a few parts not every part, every time
- Results live in separate log books, not one record
- A new part or spec change means requalifying several instruments, not one
Scanflow, at every stage
- One appliance checks surface, dimensions, marking, presence and alignment together
- Every part gets checked, at the speed of the line
- Every result lands in one place you can search in plain language
- Your own team trains a new part or spec in hours, without requalifying hardware
What comes with it
QC AI Agent
Ask a plain question and get an answer from your own inspection data like 'which shift saw the most surface-defect rejects this week.' No report to wait on, no dashboard to build first.
Auto-Annotation Tool
Your own quality team can train a new part or a new spec in a few hours no data-science team, no waiting on a vendor. Good for lines that run many different parts.
Measured, not guessed
95%+
Detection accuracy
100%
Of parts measured & recorded
2×
Faster than manual checks
20–35%
Typical rework reduction
MSA
Validated measurement
