Tapio Measurement Technologies · Espoo, Finland

Measurement technologies for paper, board and film.

Tapio is a Finnish measurement technology company. Our instruments, software and laboratory services help mills, converters and laboratories measure product variation, investigate its likely causes and compare quality.

Tapio products are used by major paper, board and film producers worldwide

Operator measuring a paper roll at the rewinder with RQP Live, the hardness profile on its display.
  • Paper
  • Board
  • Tissue
  • Nonwovens
  • Plastic film
  • Battery separator films
  • Metal foil

What we offer

Operator holding the Tapio RQP Live against a paper roll, with the hardness profile and roll statistics on its display.
Roll quality · Tapio RQP Live

Handheld roll hardness profilers

Push RQP Live across a roll and a high-resolution hardness profile appears on the display, with the statistics which can be checked against your own alert limits. Paper and board mills, film and foil producers and converters use it to check rolls before they ship and to track down winding problems.

An MD sample roll in a Tapio Analyzer, the paper strip running from the roll over the guide rollers.
Paper & board variation · Tapio Analyzers & Analysis

Laboratory analyzers and troubleshooting service

Tapio Analyzers measure basis weight, caliper, ash, gloss and transmission along a paper, board, tissue or nonwoven sample, with the readings aligned to the same positions on the sheet. Run one in your own laboratory, or send your samples to us for troubleshooting, diagnosis or a quality comparison.

PapEye Print Uniformity analyzing a scanned print test sheet, with measurement regions on the scan and a mottling value for each.
Image analysis · PapEye software

Analysis software for scanned samples

PapEye measures print uniformity, printed line quality and dirt in pulp, paper and board from scans made on a standard flatbed scanner. Each application runs on Windows or Linux and is sold as a permanent license for one PC.

27years
of experience
100+customers
mills, converters and laboratories worldwide
500+systems
delivered to customers
4continents
with local sales and service partners

Local sales and service partners in North America, South America, Europe and Asia. Contact a local Tapio partner

In practice

How customers use Tapio products

Three short examples, each from a published case or article.

RQP Live · paper mill

CV% picked out the rolls a converter had rejected

Mean hardness was practically the same in all eight rolls of one winder set. Hardness variation (CV%) was not: the two edge rolls stood out, and they matched the rolls the converter had rejected.

Read the CV% case

If you want to understand the real CD profiles of paper and identify the source of variation, Tapio roll hardness measurements are extremely valuable. They reveal systematic process variations that are difficult or impossible to detect with online scanners.

Pekka KomulainenIndependent Consultant, Pele Oy

Tapio Analysis · troubleshooting

Barring starts with its frequency

A periodic mark shows as a peak in the caliper spectrum. In this case we measured two samples, one uncalendered and one calendered, to see whether the barring frequency originates before the calender, at the wet end or in pressing, or in the calender itself.

How barring is investigated

Tapio Analysis is our primary tool to measure and find sources of quality variations that other measuring systems cannot detect. The results show precise machine elements to be fixed or serviced and therefore reduce guessing during production. Tapio Analysis is our primary diagnostics support tool.

Juha KallioManager, Operations Support, R&D at UPM

PapEye · print laboratory

Mottling measured from a stack of scans

PapEye applies the same analysis regions to every scan in a folder, so a trial or a supplier comparison becomes one table of numbers instead of a visual ranking.

How PapEye measures mottling

The scanner–autofeed-software combination has worked extremely well in measuring mottling. It is definitely the smartest way to carry out measurements, since there’s no need to open the scanner and change the sample after every sheet, whether you’re dealing with single sheets or 20 sheets.

Pyry ErkkiläLaboratory Engineer