Accurate and uniform 1-Component Dispensing
Suitable for integration into robotic systems or as a standalone machine solution – depending on the setup, controlled via the 4480-controller oder die DiSoft-Software.

4075 edispenser 310 ml

4065 Cartridges spindle valve Semco
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Cartridge valve for 90 ml and 180 ml SEMCO
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Electric drive via spindle motor 10 x 2 mm
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Cartridge change via special folding mechanism
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Dosing accuracy: 0.1 ml (material-dependent)
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Dosing volume min.: 0.2 ml
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Weight: about 3 kg

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Cartridge valve for 30 ml and 60 ml cartridges
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Dosing accuracy: +/-0.05 ml (material-dependent)
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Dosing volume min.: 0.1 ml
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Weight: about 0.7 kg

4400 Cartridges spindle valve 3 ml
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Cartridge valve for 3 ml cartridges
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Electrical drive via spindle motor 6 × 1 mm
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A cartridge with a manual piston is used.
The manual piston is connected to the spindle. -
Dripping is prevented by retracting the piston.
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Dosing accuracy: +/-0.01 ml (material-dependent)
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Dosing volume min.: 0.01 ml
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Spindle pitch 1 mm

4029 Cartridge spindle valve
1 ml
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Cartridge valve for 5/ 10/ 30 ml cartridges
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Electrical drive via spindle motor
Spindle pitch 1 mm -
Dripping is prevented by the stopcock
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Dosing accuracy: +/-0.05 ml (material-dependent)
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Dosing volume min.: 0.1 ml
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Cartridge valve for 1 ml cartridges
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Electrical drive via spindle motor
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Syringe change via knurled screws
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Dosing accuracy: +/-0.01 ml (material-dependent)
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Dosing volume min.: 0.02 ml
Cartridge spindle valves are electrically driven 1K dispensing valves that deliver material directly from a cartridge via a spindle motor. Compared to pneumatic systems, this technology ensures consistent and homogeneous dispensing throughout the entire cartridge length.
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Cartridges available in sizes from 3 ml to 60 ml, as well as Euro cartridges (310 ml) and
Semco cartridges (90 ml & 180 ml). -
The smaller the cartridge diameter, the finer and more precise the dispensing.
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Consistent material flow without pressure fluctuations
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Fully adjustable – Dispensing volume, speed, and other parameters can be precisely controlled via the system.
This technology enables highly precise and clean dispensing, making it ideal for applications with stringent repeatability and process reliability requirements.