AMETEK BROOKFIELD
ASCOTT ANALYTICAL EQUIPMENT LTD
ATP ENGINEERING BV
BINDER GmbH
BUCKLEYS (UVRAL) LTD
COATMASTER
DAKOTA ULTRASONICS
DEFELSKO CORPORATION
FORMAT MESSTECHNIK GmbH
HACH LANGE
HANGON
HANNA INSTRUMENTS FRANCE
HILDEBRAND
KERN & SOHN GmbH
LABOMAT ESSOR
LAUDA
LENETA COMPANY
MITUTOYO FRANCE
Q-LAB CORPORATION
RHOPOINT INSTRUMENTS
RK PRINT COAT INSTRUMENTS Ltd
SIGMUND LINDNER GmbH
TABER INDUSTRIES
TAYLOR HOBSON LIMITED
TESTO
TQC BV
VEOLIA WATER STI
VERIVIDE
WALLACE
X-RITE EUROPE GMBH
For many years the industry standard cell configuration has been 60 degrees. Due to new laser technology improved cell shapes have now been produced. The Maxflo has evolved to offer many advantages with ink lay down and improved print quality.
The standard 60° engraving pattern has a honeycombed structure which offered good uniformity but due to its conical profile only released around 60% of its total volume. Problems occur as the left-over ink often congealed or dried causing plugging of the anilox cells.
The Maxflo still has a 60° angle but with a distinct advantage.
By stretching the cell shape the laser no longer focuses on the base of the cell, which in the past has created the conical effect. Instead the new technology multi-hits the cell walls creating a boat-shaped cell which is vastly more efficient at releasing inks, completely eradicating the cleaning problem of the past and allowing the printer to use a finer anilox without loss of density or volume.
Now combination print jobs can be done with one anilox roll, achieving outstanding colour densities in the solid areas and sharp and cleaner vignettes.
Increased colour strength can now be achieved using finer anilox roll cell counts to maximise print quality and improve ink mileage.
How to clean spiral bars (Bar coaters, Meyer bars)?
Ceramic Engraving Data Sheet - Conventional Hex 60° Engravings
K Lox : Screen specification - Mechanically Engraved
Maxflo Engraving Information and volume chart