Dosing & Blending
Digital Disc
Digital disc dosing and blending provides dosing
accuracy that is very repeatable and consistent even at very low dosing
and feed rates.
This technology handles low feed rate processes such as
medical moulding/tubing, fibre, and wire and cable.
The system is designed to handle pellets, micro
pellets, powders and regrind.
Microblend is a volumetric colouring system for master - batches and is typically employed
in conjunction with injection moulding machines with clamping forces of up to 100 t.
Colortronic's Colorblend A is a disc dosing system for plastic pellets, free flowing/non-free
flowing additives and regrinds. The typical applications are injection moulding,
blow moulding, and extrusion.
The Colorblend M is a synchronised, digital dosing system designed to precisely dose plastic
additives (either in pellet or powder form) on any plastics processing machine, whether injection
moulding, blow moulding, or all extrusion applications.
The Colorblend M Duo is a synchronised, digital dosing system designed to precisely dose plastic
additives (either in pellet or powder form) on any plastics processing machine, whether injection
moulding, blow moulding, or all extrusion applications.
The Colorblend M-G is a gravimetric, synchronised, digital dosing system designed to precisely dose plastic
additives on any plastics processing machine, whether injection moulding, blow moulding, or all extrusion applications.
The Colortronic C150 controller is a microprocessor based controller to
operate the Colorblend automatic dosing station for injection moulding
applications.
The Colortronic C150-E controller is a microprocessor based controller to
operate the Colorblend automatic dosing station for extrusion applications.
The Colortronic C150 G controller is a microprocessor based controller to
operate the Colorblend M-G automatic dosing station for injection moulding
applications.
The Synchroblend dosing system employs the volumetric dosing principle. In this system each
component is proportioned in precisely uniform units and added synchronously with the other
components. Due to the synchronous dosing all components will always arrive at the same point of
time, and according to the mixing proportions specified by the recipe. This ensures that the mixture
complies with the recipe at any point of the dosing procedure; furthermore, no mechanical mixer is
required for granule processing. Due to the reduced amount of stock above the feed area, seperation is
prevented reliably even when processing critical additives.
