Lab Dyeing with High Lab-to-Production Reproducibility • Fewer color corrections needed in production • Safe and convenient dosing of liquids and powders • Quickly dose all the beakers in less than a minute • Minimize changes to temperature or liquor ratio

Lab Dyeing with High Lab-to-Production Reproducibility Ahiba IR lab dyeing machines are known for precision, convenience and high repeatability of dyeing. Ahiba QuickDose is a patented lid designed for Ahiba beakers with 3 independently operated dosing capsules. It allows safe and easy addition of both liquids and powders to the dyebath. The dyeing cans don’t need to be removed or opened for dosing. QuickDose is most commonly used in exhaust dyeing with reactive and acid dyes. The main benefit of chemical dosing in the lab is that it results in a closer match between lab dyeing and production...

COMPARiSON OF DOSiNG METHODS Without a dosing system, the operator removes the beakers from dye machine and manually adds chemicals. This represents a burn hazard to the operator. During the dosing, a significant drop in dyebath temperature can occur which can affect lab-to-bulk reproducibility. Injector dosing systems require the use of solutions that must be diluted before injecting them in the dyebath affecting liquor ratio. Injector systems are also time consuming and usually requiring significant hand strength to operate the injector. Drastic temperature drop of the dyebath can also occur...

Pre-filled capsules can hold up to 5gr of powder or 7ml of liquid. CHEMiCALS TESTED installation requirements Normal installation requirements of the Ahiba IR system, no new requirements with dosing. included in package (new Ahiba iR or ahiba iR Pro with QuiCKDOSE) • New system complete with new set of dosing beakers (15 x 300cc, or 8 x 500cc, or 8 x 1000cc) - Beaker Lid Closing Tool - Spare Set of Lid O-Rings - Capsule Actuating Tool • Spare O-rings for dosing caps • Spare PT-100 Sensor • Funnel, 5ml • User Manual and Installation Guide on USB Flash Drive Committed to Excellence. Dedicated to...