EU NIAN Precision Technology
Process Smart Control System

Moisture Content
Analysis System
Dry Right. Every Sheet.

A closed-loop MC control system built for the veneer drying line, covering net dryers, roll dryers, and hot air roller dryers. Three configurations, one integrated intelligence platform. Built to eliminate under-drying and over-drying at the source.

Moisture Content Analysis System — GENUS-306i Roll Dryer MC Control 01 / 06
GENUS-306i · Roll Dryer MC Control
MC3168 Capacitive Sensor Array — Full-Width Moisture Measurement 02 / 06
MC3168 · Capacitive Sensor Array
GENUS-306i Outfeed Moisture Sensor — Post-Dryer MC Detection 03 / 06
GENUS-306i · Outfeed Moisture Sensor
GENUS-306i Output Display — Real-Time MC Reading and Dryer Status 04 / 06
GENUS-306i · Output Display
EN-303 Moisture Content Sensor — Infeed MC Detection Array 05 / 06
EN-303 · Moisture Content Sensor
Ink Marking System — MC-Based Veneer Sheet Tagging 06 / 06
GENUS-306i · Ink Marking System
Solution Overview

Precision MC Control at Every Stage of the Drying Line

Veneer arrives at the drying line carrying 60–80% initial moisture content. Before it can enter the assembling line, it must be dried to a stable 8–12% range. The challenge is not the drying itself — it is the consistency. Veneer that exits the dryer too wet causes glue bond failure and delamination in the press. Veneer that exits too dry becomes brittle and breaks during lay-up. Both outcomes mean rework, material loss, and reduced throughput. Most dryers run on fixed speed settings that do not account for natural variation in green veneer MC, wood species, veneer thickness, or seasonal humidity, and operators have no reliable real-time feedback to correct the drift.

The Moisture Content Analysis System solves this by adding an intelligence layer directly onto the drying line. It measures MC before the veneer enters the dryer, adjusts dryer speed automatically based on what the veneer actually needs, and verifies the MC of every sheet at the output. The result is a closed loop: the dryer is continuously corrected by real data, not by operator guesswork.

Three configurations are available to match the dryer technology installed in your mill. The EN-303 is designed for net dryers handling thin veneer. The GENUS-306i is designed for roll dryers handling core veneer, with an added ink spot-marking system for visual identification of underdried sheets. The VMA-312 is a post-dryer detection and automatic sorting unit for hot air roller dryers and roll dryers, routing underdried sheets back to the dryer infeed automatically. All three use the same capacitive MC sensing platform and the same closed-loop logic.

System Workflow

3-Configuration MC Analysis System Architecture

Each branch maps to a specific dryer type and control method. Click any system header or process step to view its description. EN-303 and GENUS-306i run closed-loop in-dryer control. VMA-312 operates as a post-dryer detection and sorting gate.

Moisture Content Analysis System, Drying Line Architecture
Wet Veneer
Infeed
Entry
select dryer type
Branch 1 Net Dryer: EN-303
For thin veneer
Infeed MC
Sensing
Dryer Speed
Auto-Control
Output MC
Verification
↺ closed-loop
feedback
Branch 2 Roll Dryer: GENUS-306i
Core veneer (LG / SG)
Infeed MC
Sensing
Speed Control
+ Ink Marking
Output MC
Verification
↺ closed-loop
feedback
Branch 3 Hot Air Roller / Roll Dryer: VMA-312
Post-dryer detection & sorting
Output MC
Detection
Sort: Dried /
Underdried
↺ underdried →
loop back to dryer
dried veneer output
Dried Veneer
→ Setting Line
Output
Live Demonstration

See the MC Analysis System in Action

Watch the closed-loop moisture control system operating on a live drying line, from infeed sensing through real-time dryer speed adjustment and output verification.

Get In Touch

Request an MC Analysis System Consultation

Tell us your dryer type, target moisture content, and current challenges. Our engineering team will recommend the right configuration and provide a detailed system proposal within 1 business day.

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