Techpap is a commercial company experted to create and market Laboratory equipments and on-line sensors. Techpap delivers a complete range of high-performance laboratory instruments and online sensors designed to enhance quality control and optimize processes in the paper industry — combining cutting-edge technology, precision, and tailor-made solutions for every customer’s needs.
MorFi NEO – Pulp & Fiber Morphology Analyzer
MORFI NEO is the industry-leading analyzer for fiber and fines morphology, developed by Techpap for laboratories and R&D centers in the pulp, paper, and fibrous materials sectors. It delivers high-precision measurement, automated operation, and powerful data visualization — all in a compact, upgradeable design.
MorFi NEO HR – High Resolution Module
MORFI NEO HR is an optional high-resolution optical module designed to extend the capabilities of the MORFI NEO fiber morphology analyzer.
Mounted as a separate hardware unit and fully controlled by the MorFi software, it delivers true optical measurement of fiber wall thickness and advanced high-definition imaging for in-depth pulp analysis.
2D LAB – Textile Analyzer
ADVANTAGES – HIGHLIGHTS Turn Key installation One click measurement, Results within seconds, high repeatability Durable light source : no warming up, recalibration or replacement of lights Basic weight range from 101000 g Built in automatic feeder Large measurement size : 12×12 cm Data can be connected to DCS same system online ;
KHEOPS – Mottling & Surface Roughness Measurement
KHEOPS is a laboratory sensor for print mottle and surface roughness evaluation, designed for papermakers, board makers, ink manufacturers, coating suppliers, and printing operations. It delivers accurate, repeatable results that correlate closely with human visual assessment.
3D STICK – Macro-stickies Measurement
3D STICK is Techpap’s innovative analyzer for automatic detection and classification of stickies and other macro-contaminants in recycled pulp.
It combines 3D laser triangulation and near-infrared (NIR) spectroscopy to deliver both morphological and chemical identification — giving a complete picture of contaminants in a single automated process.
SIMPASCAN – Dirt Analyzer for Large Size Samples
SIMPASCAN is a Dirt Laboratory Analyser for large sized paper samples and pulp sheets1. It is designed for quick and accurate analysis of dirt in pulp and paper large sheets2.
MORFI ON-LINE – Continuous Pulp Fiber Morphology Analyzer
MORFI ON-LINE is the industrial version of the MORFI fiber analyzer, designed for continuous pulp morphology monitoring directly on the process line. It uses the same hardware and software platform as the laboratory MORFI NEO, ensuring fully comparable and consistent results between laboratory and process measurements.
2D ON-LINE – Paper and Board Formation Sensor
The 2D On-Line Formation Sensor from TECHPAP is a cutting-edge solution for real-time formation analysis of papers and boards. It replaces traditional visual evaluation methods with quantitative, automated measurements.
SLOSH BOX – Triple Slosh Box for Disintegration Test
The slosh box apparatus is designed especially to proceed with disintegration tests as per FG502guidelines, providing mechanical agitation in water or wastewater.
FDA – Laboratory Automated Dynamic Handsheet Former
The uniqueness of the FDA resides in its handsheet formation principle which is completely different from classic handsheet formers and which enables the production in the laboratory of Handsheets with Fiber Orientation as well Multilayer handhseets.
FRET – Innovation for Paper Formation – Retention Tester
The FRET is specifically designed for investigative testing of additive influences on pulp quality. The FRET (retention tester) is an ideal and unique tool for controlling and setting up new chemicals, testing new wires, identifying additive problems and developing new paper products.
PRESS – Laboratory Roll Press
The PRESS is an accessory of the FDA, our Laboratory Automated Dynamic Handsheet Former, used for removing free water from the 25 x 90 cm wet handsheet it produces, similarly to the industrial Paper Machine, whereas the wet sheet exiting the headbox section enters the press section.
DRYER – Laboratory Dryer
The DRYER is an accessory of the FDA, our Laboratory Automated Dynamic Handsheet Former, used for drying the 25 x 90 cm wet handsheet it produces, similarly to the industrial Paper Machine, whereas the wet sheet exiting the press section enters the drying section.
HR3D – Roughness & Step Height
The HR3D is a state-of-the-art equipment for the measurement of roughness and score. It provides instantaneous and accurate measurement of surface topography.
It is available in two versions: a laboratory model for offline measurements and a rugged measuring head for online installation.
MIGRATION CELLS CALIPACK – Migration Cell C Type
The CALIPACK Migration Cell enables precise laboratory evaluation of global migration from packaging materials to food, in compliance with European Standard CEN – EN 1186. It ensures safe assessment of potential food contamination arising from packaging, particularly with non-inert and recycled materials like paper, board, and plastics.
DAR 4 & 5 – Edge Crack Detection System
The DAR 4 and DAR 5 systems from TECHPAP are designed to detect edge cracks in paper and board production lines. They prevent costly process interruptions and material waste by identifying and localizing cracks in real time.
SIMPATIC – On Line Analysis of Dirt, Ink or Shives
SIMPATIC is a rugged On Line Particle Detection tool developed for continuous and intensive use in the pulp and paper process, providing real-time contamination measurement.
PULP INSPECTOR – Dirt & Shives Module
The PULP INSPECTOR DIRT & SHIVES MODULE performs continuous analysis of the entire pulp flow going through a measuring cell, counting all impurities typically found in pulps as dirt dots and shives.
MONITOR – Instant Moisture and Contaminant Control
MONITOR is a device developed by CTP (in Grenoble, France) that allows the operator to instantly and reliably measure moisture and contaminants in received waste paper bales. It addresses the increasing need for mills to systematically control the receipt of recovered fibers due to rising costs from decreasing bale quality.