The StickyScan 200E™ is designed to be an accessory to the Pulmac MasterScreen™ to generate measurements of stickies. The Pulmac MasterScreen™ will deposit concentrated contaminants onto a 22 cm diameter filter paper. These contaminants can be transformed to stickies measurement using several test methods including: Laminator, TAPPI, and INGEDE.
The Z-Span™ manual bench-top tester measures zero span and short span tensile strength with individually loaded handsheet or machine-made paper samples. The Z-Span™ Tester generates individual tensile readings from prepared test strips. The Dial-a-Gap attachment facilitates testing at multiple spans from 0.2 mm to 0.6 mm. The Wet Testing Kit supports sample preparation and testing […]
The Formation Sensor from Techpap is the state-of-the-art solution to replace traditional evaluation of formation of papers and boards, done visually by skilled analists, a non-quantitative and oldfashioned subjective method.
Analogic sensor that uses modern and safe optoelectronic components especially selected, detecting any crack, also folded edges of a moving web, thin or thick, dark or clear.
The uniqueness of the FDA resides in its handsheet formation principle which is completely different from classic handsheet formers. In fact, the FDA uses a process very similar to industrial PM sheet production.
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.
A powerful, and efficient solution for fiber morphology measurement. MorFi Neo is equiped with the latest camera technology, and utilizing an enhanced resolution for the best image treatment. It is designed for day to day production control, routine laboratory tests, and also for R&D purposes. With the new resolution, we are able to measure the […]
MorFi is a powerful research and quality control tool designed to perform a complete morphological characterisation of the entire fibrous population. The analysis is done on a fiber network, allowing that the measurement occurs in the fibers’natural unrestrained environment
Fale conosco+55 11 3601-5700Envie um e-mailregmed@regmed.com.brLocalizaçãoAv. Dr. Alberto Jackson Byington, 1595, Industrial Anhanguera - CEP 06276-000 - Osasco - SP - Brasil
