The spelling of the word "kliseometer" can be explained using the International Phonetic Alphabet (IPA). According to IPA, the word is pronounced as [kliːzɪˈɒmɪtə]. The first syllable "kli" is pronounced with a long "ee" sound, followed by "zɪ" which makes the "z" sound and the "ɪ" sound, and finally "ɒmɪ" which is pronounced with an "o" sound and an "ih" sound. The last syllable "tə" is pronounced with a short "uh" sound. The word refers to an instrument used to measure the size of printing plates.
A kliseometer is a specialized device or instrument used for measuring the wear or erosion of a printing plate, specifically in letterpress printing. It is designed to quantify the quality and durability of printing plates by evaluating the depth of the etching or indented lines on the plate's surface, which is directly related to the longevity of the plate.
Typically, a kliseometer consists of a small handheld apparatus equipped with a sharp, pointed stylus or needle. To measure the wear, the stylus is carefully placed on the surface of the printing plate and gently dragged across the etched lines. The depth of the lines determines the resistance or smoothness of the stylus movement, allowing the operator to assess the extent of wear or erosion.
The measurements recorded by a kliseometer are invaluable for printers and manufacturers, as they provide key data on the lifespan and quality of the printing plates. By regularly monitoring the condition of the plates, printers can determine the appropriate timing for plate replacement or refurbishment, ensuring consistent and high-quality printing results.
The kliseometer's precision and accuracy make it an essential tool in the printing industry, where plate wear directly impacts the overall print quality, registration, and efficiency of the printing process. Its use greatly aids in reducing costly downtime and maintaining optimal print production performance.
An instrument for measuring the degree of inclination of the pelvis; see cliseometer.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.