M/K 3D formation tester - Qinsun
Fabricant professionnel d'instruments de détection
Ligne directrice nationale de consultation :+86 021-64208466

M/K 3D formation tester

Product Introduction:The M/K 3D Formation Tester measures layers of paper, fiberglass, cardboard, pa

Courriel : info@standard-groups.com

Contenu

Product Introduction:

The M/K 3D Formation Tester measures layers of paper, fiberglass, cardboard, paper towels and towels, and many other sheetlike materials. In addition to measuring the formation index, M/K can accurately measure defects and flocculants inside the sheet, as well as low density bags, base weight and internal standard deviation. Unlike camera systems, our device uses a laser-type focused beam to accurately measure the optical density of each pixel on the wafer. Test all grades of paper: bond paper, lining paper, recycled paper, copy paper, coated paper, colored paper or any other grade of paper. In one test, the M/K Formation tester scanned a large area of 320cm2 (16cm x 20cm), with each pixel measured independently. No other benchtop formation tester can match this scanning area because the camera system's scanning range is limited to an area of approximately 1 "x1" and there are light reflection issues. The M/K formation analyzer uses an independent pixel scanning method to avoid the light scattering problems that occur in all camera systems. We also include a unique feature that allows users to change the optical sensitivity from a low setting to an ultra-high setting, allowing you to filter out less important floc and sheet defects. In addition to transmission analysis, we offer a suite of optional surface scanning optics to characterize your sheet surface. Comparing steel wire and felt surfaces is easy and reliable.

We use the latest "high resolution" technology to double the scan resolution. Today's high-resolution scans have unparalleled resolution and include up to 128 different sizes of flocs.


Some industry patent references include:

1. Xerox Corporation, # U.S. Patent #5,935,689, "Printing Method".

2. Procter & Gamble Company, US Patent #6,114,471, "Reinforced Paper".

3. Kimberly Clark, US Patent # US 7,258,758, "Reinforced Nonwovens".

4. Rayonier, U.S. Patent #8,497,410 "Method for Manufacturing absorbent products."

5. Newpage, U.S. Patent #8,727,528, "Smooth recording medium for inkjet printing."


2022-MK-FT.jpg


Disclaimer: Le contenu ci-dessus est destiné à des fins de référence et de communication uniquement entre les initiés de l'industrie, et ne garantit pas son exactitude ou son exhaustivité. Conformément aux lois et règlements pertinents et aux règlements de ce site Web, les unités ou personnes qui achètent des articles connexes doivent obtenir des qualifications et des conditions de qualification valides.

Précédent :MK GATS
Page suivante:1000 tons wear resistance tester

Message en ligne

Détails de contact

Téléphone de l'entreprise

+86-21-6420 0566

Heures de travail

Du lundi au vendredi

Téléphone portable:

13816217984

Courriel :

info@qinsun-lab.com

Code QR