FMA-100 is the most advanced fiber morphology analyzer for the pulp and paper industry. FMA-100 measures fiber length, width, curl, kink, coarseness, external fiber fibrillation, fiber cutting, fines, shives, vessel content, and hardwood/softwood blend ratio. Without known sample weight, FMA 100 provides Optical coarseness with excellent repeatability.
The flowcell fully meets ISO 16065-2 and GBT 29779 specifications. Fully functioning without external water supply and compressed air. The high-resolution camera and patented contrast-enhanced optical system provide sub-micron resolution and extremely fast testing that is capable of 5000 fibers per minute.

Hi resolutin and high contract fiber image

Ehenched data presentation and analysis function

The Tissue Crepe Quality analyzer (TCQA) is an innovative instrument for quantitatively measuring the crepe quality of tissue products. OptiTissue utilizes state-of-the-art optical 3-dimensional surface construction technology and builds paper surface topography via multiple images at different illumination directions. It measures key crepe parameters such as bar count per unit length, crepe depth, folding curvature, bar continuity, and bar density. In addition, it also measures pinhole count and sizes. Embossing pattern depth and height etc.

exmaple of Typical Test Result

3D view of tissue topograph

Optical Roughtness Tester (OptiPPS) is a non-contact surface roughness tester that specially designed for the pulp and paper industry. OptiPPS also utilizes optical 3-dimensional surface construction technology to build surface topography. Roughness parameters are calculated on FFT filtered topograph images, allowing users to evaluate surface roughness at different scales. It also calculates the area percentage of holes and valleys that deeper than certain level, which is highly correlated to printing quality

exmaple of Typical Test Result

The Paper Formation Analyzer (AF200) is our second-generation optical formation analyzer. It takes advantage of modern LED illumination technology and uses multiple wavelengths strobe LED lights with closed-loop intensity control. The accuracy, repeatability, and long-term stability have been improved significantly. Software switchable multiple colors (Blue, Red, and White) for different applications. With the advanced illumination, AF200 provides accurate measurement over a broad basis weight range of 0-2250 grams. Besides the basic Formation, AF200 also provides floc analysis, hidden pattern (wire mark), and dirt/shives measurement (optional).

exmaple of Typical Test Result