to process materials up to 120 mm wide

Silicone coating for extra long service life at a higher print image tolerance

If the operation panel on a printer cannot be accessed after installation, an additional external one can be plugged.

Connecting cable USB, length 1,8 m
Connecting cable USB, length 3 m
Connecting cable USB, length 5 m
Connecting cable USB, length 11 m
Connecting cable USB, length 16 m

to dissipate electrostatic charge after printing, in particular if plastic materials are in use

to process label rolls having a core diameter of 100 mm and outside diameters succeeding 180 mm

2.4 GHz 802.11b/g/n + 5 GHz 802.11a/n/ac

A rod antenna provides extended ranges in infrastructure mode.

for use with materials guided left-aligned

Labels in peel-off position are detected. After a label has been removed, the next one is printed automatically.

Label widths from 16 mm
Label heights from 6 mm
7 mm distant from locating edge

for use with materials guided left-aligned or centered

The moveable sensor in particular qualifies for detecting small or customized labels. After a label has been removed, the next one is printed automatically.

Label widths from 4 mm
Label heights from 6 mm
Left-aligned: 12 - 60 mm distant from locating edge
centered: position ibid.

to process labels that hardly separate from their liner due to a strong adhesive or very thick liner material. Use only if printing on demand has been triggered by the touch of a button or by a control signal. A present sensor cannot be used.

to detect products automatically on a conveyor

Labeling is triggered by a PLC, a sensor or with the help of a hand switch. Status and error reports are displayed. A standard on peel-off devices, an option for basic devices

Clamping screws are provided to plug all the control signals to the I/O interface.

16 labels per box can be selected from a memory card by a superior control unit such as a PLC. Two boxes may be plugged. Using an I/O box, four inputs and outputs suffice to implement simple PLC processes via abc programming.

to plug to the digital I/O interface

to plug to the digital I/O interface

9/9 pin, length 3 m

provided for all basic SQUIX 4 devices

assembled to a printer (see delivery program Pos. 1.12/13) or accessorial on delivery.

Paper labels and self-adhesive labels, cardboard and plastic materials, as well as shrink tubes can be cut. By pivoting the cutter, materials can be accessed to be removed. Label heights can be set on the tray.

By keeping in memory the number of cuts, wear can be controlled.

The CSQ 402 provides a more powerful engine and titanium-coated cutters. These guarantee highly performant cutting even through thick materials  such as cardboard and shrink tubes, as well as through self-adhesive materials.

*depending from the material

to detect linear barcodes and 2D codes

A camera checks a barcode printed on a label in horizontal or vertical direction in terms of legibility or content. In the case of a bad encoding, printing stops and the label is removed.

The scanner operates in tear-off mode or peel-off mode.

For further information see assembly instructions: www.cab.de/en/cc200

Cutter CU
to cut paper labels, self-adhesive labels, cardboard, textile and plastic materials, as well as shrink tubes.

Tray to collect a maximum of approx. 50 labels

perforate continuous materials such as textile tapes or shrink tubes to simplify separation by hand. Cutting the material is also possible.

Only for label printers "M" with centered material guidance

1 Printed materials are cut and collected. As soon as stacking has reached its maximum height , printing interrupts. Limitations may occur with stiff or curved materials. We recommend to have such applications tested by cab.

2 Devices can be set anywhere on a table with the help of a base frame.

 
Support table - label W x H
The table and the protective cover adapt to the label size. To be requested individually

with or without the use of a cardboard core

Guide plates RG enable labels to be rewound internally on peel-off printers.
The peel-off plate is therefore replaced by a guide plate.

They pick up materials wound either on the outside or on the inside. An electronic swing arm keeps winding consistent and tight.

They operate also with printers other than cab. They pick up materials wound either on the outside or on the inside. An electronic swing arm keeps winding consistent and tight.

enable labels to be fed consistent even if rolls are heavy.
They pick up materials wound either on the outside or on the inside.

Labeling in real time
A S1000 assembled to a SQUIX peel-off printer provides a cost-effective solution if operated semi-automatically or integrated in vertical orientation in production lines. A stroke cylinder applies the labels to products.

1 Long service life: The ball bearing guide bars are low-wear.

2 Products of different heights: can be labeled by means of a stroke cylinder. Various stroke lengths are provided.

3 Compressed air regulation unit: Micro filters prevent from contamination. Regulating the pressure ensures a permanent good labeling quality.

4 Highly-reliable processes: The supporting air, intake air and stroke speed may be adapted. If sensitive products and packagings are in use, the pressing force can be reduced to less than 10N (1 kg). To prevent intake ducts from contamination, they get purged after any labeling.

5 Label sizes: Labels 25 to 176 mm wide and 25 to 200 mm high can be applied.

6 Supporting air: to blow labels onto a pad

7 Pad: Labels are transferred to a pad and held there by vacuum. They move towards a product uby means of a stroke cylinder.

Pre-dispense button
to verify a labeling process. By pushing the button once, a label is printed and transferred to the applicator. By pushing the button once more, labeling is triggered.

1) calculated at a stroke of 100 mm below the device, with labels 100 mm high, at a print speed of 100 mm/s

Drilled intake holes are arranged in a grid and covered by foil, to be pierced according to the size of a label.

are manufactured according to the size of a label.

Universal pads, spring-mounted
Pitch of spring enables labels to apply even on inclined surfaces. Drilled intake holes are arranged in a grid and covered by foil, to be pierced according to the size of a label.

Tamp pads, spring-mounted
Pitch of spring enables labels to apply even on inclined surfaces. Manufacture according to the size of a label

to apply labels on products sensitive to pressure. A pad moves to a height fixed approx. 10 mm above a product to trigger labeling.

Labels are fed to the roller of a pad during printing. The pad then moves to the product. Labels are picked up by the product in motion and rolled on.

Labeling in real time
A S3200 assembled to a SQUIX peel-off printer provides a cost-effective solution if operated semi-automatically or integrated in production lines. Printed labels are applied to products automatically. For this purpose, labels are set 45° to 95° to the horizontal by a rotary cylinder and move towards products by means of a a short-stroke cylinder.

In terms of service life, pre-dispense, compressed air regulation, process reliability and supporting air, data correspond to the S1000 applicator

1. calculated with labels 40 mm high, at a print speed of 100 mm/s

Tamp pads or blow pads are manufactured according to the label size.

label products in motion on a conveyor. Positions are detected by a product sensor. As soon as peel-off has been triggered, the next label is printed. The speed of a product on the conveyor must adapt to the print speed. A reflective sensor detects positions.

1. calculated with labels 100 mm high, at a print speed of 100 mm/s

to label cylindric items on a 360° circumference. Products are laid onto the rollers and labeling is triggered via a hand switch or a foot switch. Delivery includes a mount, a cable to connect to a SQUIX printer, and a foot switch

provided for SQUIX label printers

Mount
to assemble a labeling system and a product retainer

1 Mounting plate: to assemble a labeling system

2 Profile: aluminum square: 40, 80, 120 mm; further lengths may be provided on request

3 Base plate: to assemble a product retainer, 500 x 255 mm standard size

Floor stand
to enable a printer operate quickly and flexibly in any production line. Positions (i.e. heights, widths) on which products need to be labelled can be set in few steps. Four guide rollers on the carriage provide mobility. To be aligned on site using adjustable feet

Printer retainer
to fix and quick-lock a label printer

available for all printer types

All the parts of a casing are manufactured according to DIN EN 61340-5-1:2016 to protect from electrostatic charge.

Surface resistant according to DIN IEC 60093 ≤ 104 ohm; charge reduces from 1,000 V to 100 V in less than two seconds

The hinged cover with the upper device plate (as a unit) are provided as a spare part.

available for all printer types

Covers are magnetic so that splindered parts can be detected by metal detectors or x-ray inspection systems.

Blue color serves for optical differentiation from food.

The entire casing may be manufactured detectable on request.

The materials manufactured comply with food regulations such as EU Nr. 10/2011 and FDA CFR 21 177.2600.

available for SQUIX 4 and SQUIX 6 printers

Labels are removed through the front.

FThe front has to be opened and the printer pulled out on telescopic rails to replace materials. Close the front for steam jet cleaning.

Protection class IP69K according to EN 60529

available for SQUIX 4 and SQUIX 6 printers

Labels are removed through the front.

The fan with a filter provide overpressure and prevent from dust entering the chassis.

Protection class IP52 according to EN 60529

Chassis providing a suction nozzle to protect in cleanroom applications
available for SQUIX 4 and SQUIX 6 printers

In cablabel S3 cab concentrates label design, print control and monitoring of all cab marking systems and synchronizes the development of devices and software.

 More information to cablabel S3