to print small labels
Label printer | HERMES Q2 |
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Printable resolution dpi | 300 600 |
Print speed up to mm/s | 300 150 |
Print width up to mm | 56.9 54.1 |
Label roll outside diameter mm | 205 / 305 |
Label width up to mm | 58 |
An industrial bestseller, providing a wide range of accessories
Label printer | HERMES Q4.3 | HERMES Q4 |
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Printable resolution dpi | 200 300 | 300 600 |
Print speed up to mm/s | 300 300 | 300 150 |
Print width up to mm | 104 108.4 | 105.7 105.7 |
Label roll outside diameter mm | 205 / 305 | 205 / 305 |
Label width up to mm | 114 | 114 |
to print Odette, UCC and GS1 labels in logistics applications
Label printer | HERMES Q4.3 |
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Printable resolution dpi | 200 300 |
Print speed up to mm/s | 250 250 |
Print width up to mm | 168 162.6 |
Label roll outside diameter mm | 205 / 305 |
Label width up to mm | 174 |
Labels very small or midsized can be applied in real time, preferably from the side.
Labels very small or midsized can be applied in real time from all sides.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by a short stroke cylinder, the pad is brought into position in horizontal direction. The label is transferred to a product by a stroke cylinder. The length of the stroke cylinder defines the maximum distance of a product to the peel-off plate.
Labels very small or midsized can be applied in real time from all sides whenever...
Labels very small or midsized can be applied in real time from all sides whenever the unit is difficult to install.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by a rotary cylinder, the pad pivots into position by at most 180° in horizontal direction. The label is transferred to a product by a stroke cylinder. The length of the stroke cylinder defines the maximum distance of a product to the peel-off plate.
Labels very small or midsized can be applied in real time from all sides...
Labels very small or midsized can be applied in real time from all sides. Positions to which labels shall be applied can be adjusted in directions x and y.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by two short stroke cylinders, the pad is brought into position. The label is transferred to a product by a stroke cylinder. The length of the stroke cylinder defines the maximum distance of a product to the peel-off plate.
Labels can be applied in real time from all sides on inner surfaces of profiles and pipes...
Labels can be applied in real time from all sides on inner surfaces of profiles and pipes. Stroke cylinder adjustment enables labels be transferred exactly to their dedicated spots.
Stroke cylinder adjustment enables labels be transferred exactly to their dedicated spots.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by a rotary cylinder, the pad pivots to the level on which the label shall be applied. The label is moved to the point of transfer by a stroke cylinder.
Labels can be applied in real time from all sides precisely on round materials such as cables, hoses or pipes.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. The label is transferred to the spot of application by a stroke cylinder. A further cylinder guides the material all around the material using cam control. First, both endings of a label are stuck together. Then the label is tamped to the round material. The length of the stroke cylinder defines the maximum distance of a product to the peel-off plate.
Labels can be applied in real time from the top or the side to packages in motion...
Labels can be applied in real time from the top or the side to packages in motion. Front sides or back sides of a package are preferred.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. The label is transferred to a product with the help of a rotary cylinder. The package is detected by a sensor and the pivot arm with the pad returned to its initial position.
Labels can be applied in real time from all sides to packages. The type of pad defines...
Labels can be applied in real time from all sides to packages. The type of pad defines whether a package has to be at rest or can be in motion at the time a label is applied.
The type of pad defines whether a package has to be at rest or can be in motion at the time a label is applied.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. The label is transferred to a package with the help of a stroke cylinder. The package is detected by a sensor and the pad returned to its initial position. The length of the stroke cylinder defines the maximum distance of a package to the peel-off plate.
Labels can be applied in real time from all sides on packages of various heights in motion.
The pad locates in front of the peel-off plate. It picks up a label while it is being printed. Powered by a stroke cylinder and detected by a sensor, the pad moves to a spot approx. 10 mm above a package. The length of the stroke cylinder defines the maximum difference in terms of package heights.
Series of labels can be applied from all sides to packages in motion...
Series of labels can be applied from all sides to packages in motion. The position to which apply a label can be defined on the dispenser tongue using a guide roller.
The position to which apply a label can be defined on the dispenser tongue using a guide roller.
While a label is applied, the next one is printed simultaneously. Make sure the speed of the conveyor belt corresponds to the print speed.
Labels can be applied in real time from all sides on plane...
Labels can be applied in real time from all sides on plane surfaces to packages in motion.
The applicator locates in front of the peel-off plate. Printed labels are conveyed by a vacuum belt to the point of transfer to a package. Applying a label is triggered by an external signal.
Labels can be applied in real time from all sides on plane..
Labels can be applied in real time from all sides on plane or cylindric surfaces, or corner-wrap to packages in motion.
The applicator locates in front of the peel-off plate. Printed labels are conveyed by a vacuum belt to the point of transfer to a package. Applying a label is triggered by an external signal.
Labels can be applied to packages in motion or at rest.
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