CONTINUOUS
VENEER
MEASUREMENT
See the true thickness of every ribbon — edge, centre, edge — in real-time. At line speed. Every sheet.
BUILT FOR THE LATHE.
Every feature was designed around the demands of a peeling line, not adapted from something else.
CATCH BLADE WEAR BEFORE IT COST YOU
Roughness measurement detects increasing surface irregularity as a blade dulls, before a whole ribbon is degraded and the log is wasted.
DETECT LATHE CHATTER INSTANTLY
High-speed sampling across three locations catches chatter patterns the moment they develop, not after thousands of sheets have already passed.
EVERY SHEET MEASURED. ZERO SAMPLING.
No more pulling sheets manually. Every ribbon gets a full edge-center-edge thickness profile, tracked in real-time and stored automatically.
KNOWS YOUR LINE. STARTS ITSELF.
Line-triggered scanning means the gauge starts and stops with your lathe automatically. No operator input required between ribbons.
CLIP WIDTH ON EVERY SHEET
Width is measured and logged alongside thickness on every pass, giving your team complete dimensional data without a separate step.
BUILT FOR THE LATHE.
Every feature was designed around the demands of a peeling line, not adapted from something else.
CATCH BLADE WEAR BEFORE IT COST YOU
Roughness measurement detects increasing surface irregularity as a blade dulls, before a whole ribbon is degraded and the log is wasted.
DETECT LATHE CHATTER INSTANTLY
High-speed sampling across three locations catches chatter patterns the moment they develop, not after thousands of sheets have already passed.
EVERY SHEET MEASURED. ZERO SAMPLING.
No more pulling sheets manually. Every ribbon gets a full edge-center-edge thickness profile, tracked in real-time and stored automatically.
KNOWS YOUR LINE. STARTS ITSELF.
Line-triggered scanning means the gauge starts and stops with your lathe automatically. No operator input required between ribbons.
CLIP WIDTH ON EVERY SHEET
Width is measured and logged alongside thickness on every pass, giving your team complete dimensional data without a separate step.

See The Measurements That Matter
Three purpose-built displays give your operators exactly what they need to act at the lathe, between shifts, and in QA review.
Shift View
See at a glance how the lathe has been running throughout the shift. Thickness distribution across every ribbon, green bars in spec and red bars flagged, so your operators know the story before they change the log.
Sheet Tracking View
Head, middle, and tail measurements for every sheet, tracked in sequence. Spot trends developing across a log, before they affect yield. Full history from first sheet to last.
Run Chart
Thickness history across a full shift. Share this with your lathe operators at changeover, it tells the story of every log in 30 seconds and makes handover conversations concrete.
See The Measurements That Matter
Three purpose-built displays give your operators exactly what they need to act at the lathe, between shifts, and in QA review.
Shift View
See at a glance how the lathe has been running throughout the shift. Thickness distribution across every ribbon, green bars in spec and red bars flagged, so your operators know the story before they change the log.
Sheet Tracking View
Head, middle, and tail measurements for every sheet, tracked in sequence. Spot trends developing across a log, before they affect yield. Full history from first sheet to last.
Run Chart
Thickness history across a full shift. Share this with your lathe operators at changeover, it tells the story of every log in 30 seconds and makes handover conversations concrete.
Complete Veneer Thickness Data.
At Line Speed. Every Sheet.
Full coverage at full speed
The MGV samples at 75,000 times per second across three locations simultaneously, both edges and centre, without slowing your line or interrupting production.
Nine micrometer readings per sheet, live to your PLC
Every sheet is broken into nine virtual micrometer positions head, middle, and tail, edge to edge. Results are published directly to your PLC in real-time. No manual logging, no sampling, no lag.
Runs reliably without intervention
Self-calibrating, temperature-stabilized, and cleaning-monitored. The MGV is built to hold accuracy across every shift without operator babysitting.
Complete Veneer Thickness Data.
At Line Speed. Every Sheet.
Full coverage at full speed
The MGV samples at 75,000 times per second across three locations simultaneously, both edges and centre, without slowing your line or interrupting production.
Nine micrometer readings per sheet, live to your PLC
Every sheet is broken into nine virtual micrometer positions head, middle, and tail, edge to edge. Results are published directly to your PLC in real-time. No manual logging, no sampling, no lag.
Runs reliably without intervention
Self-calibrating, temperature-stabilized, and cleaning-monitored. The MGV is built to hold accuracy across every shift without operator babysitting.
What's Under the Hood
- 75,000 samples per second
- Runs at full line speeds — no slowdown required
- 9 virtual micrometer readings per sheet
- Full sheet and ribbon thickness profiles
- Thickness roughness measurement
- Clip width measurement
- Native Ethernet/IP — Allen-Bradley, Siemens, Omron
- Line-triggered scanning — starts automatically when your line runs
- Real-time KPI publishing to PLC tags
- CSV data logging stored on-gauge
- Remote access and diagnostics
- Self-calibrating thickness reference system
- Active temperature stabilization — ±0.1°C
- Sensor cleaning status indicators
- Active air curtains for dust and steam
- NIST-traceable calibration every 3 months
What's Under the Hood
- 75,000 samples per second
- Runs at full line speeds — no slowdown required
- 9 virtual micrometer readings per sheet
- Full sheet and ribbon thickness profiles
- Thickness roughness measurement
- Clip width measurement
- Native Ethernet/IP — Allen-Bradley, Siemens, Omron
- Line-triggered scanning — starts automatically when your line runs
- Real-time KPI publishing to PLC tags
- CSV data logging stored on-gauge
- Remote access and diagnostics
- Self-calibrating thickness reference system
- Active temperature stabilization — ±0.1°C
- Sensor cleaning status indicators
- Active air curtains for dust and steam
- NIST-traceable calibration every 3 months
Flexible Footprints
The right gauge comes down to two things: your material width and the floor space available beside your line.
MGV - Built for your Industry
MGV - Built for your Industry
MG5 - wide line unit offers extended reach
MG5 - wide line unit offers extended reach
| MGV | MG5 | |
|---|---|---|
| Best for | Lines wider than 86" | Lines up to 86" |
| Measurement | Fixed triple-laser, measures 3 locations simultaneously (edge-center-edge) | Scanning C-frame, configurable |
| Footprint | Mounts above the line, no floor space beside the line required | C-frame housing sits beside the line, floor space required |
| Environment | Active air curtains for dust and steam | Standard air purge |
| Stroke options | Up to 102" | 24", 48", 65", 80", 86" |
| PLC | Ethernet/IP (Allen-Bradley, Omron) · Profinet (Siemens) | Ethernet/IP (Allen-Bradley, Omron) · Profinet (Siemens) |
| MGV | MG5 | |
|---|---|---|
| Best for | Lines wider than 86" | Lines up to 86" |
| Measurement | Fixed triple-laser, measures 3 locations simultaneously (edge-center-edge) | Scanning C-frame, configurable |
| Footprint | Mounts above the line, no floor space beside the line required | C-frame housing sits beside the line, floor space required |
| Environment | Active air curtains for dust and steam | Standard air purge |
| Stroke options | Up to 102" | 24", 48", 65", 80", 86" |
| PLC | Ethernet/IP (Allen-Bradley, Omron) · Profinet (Siemens) | Ethernet/IP (Allen-Bradley, Omron) · Profinet (Siemens) |
Tired of thickness problems at your plant?
We'll spec the right system for your line, your layout, and your lathe.
Tired of thickness problems at your plant?
We'll spec the right system for your line, your layout, and your lathe.