Label printers SQUIX UHF RFID
Highest reliability in processes related to writing and printing RFID labels

DR4-M30 print roller
Liner and continuous materials as wide as 30 mm

DR4-M60 print roller
Liner and continuous materials as wide as 60 mm

DR4-M80 print roller
Liner and continuous materials as wide as 80 mm

Synthetic rubber coating enables highly accurate print images.

Materials as wide as 120 mm

Silicone coating enables extra long life cycles, accepting higher tolerances in print image accuracy.

If the control panel of a printer cannot be accessed, an additional external one can be plugged.

Same functionality as on a printer

Landscape mode or portrait mode

Operability as targeted, either on an external panel or on a printer

USB 2.0 Hi-Speed device for plugging a printer

cab provides specified USB cables for power supply. Lengths are 1.8 m to 16 m.

Direct thermal printing requires less pressure exterted to a print head, resulting in a longer life cycle of the latter.

It dissipates electrostatic charge after printing, in particular if synthetic materials are in use.

if operating label rolls with a core diameter of 100 mm and outside diameter succeeds 180 mm

2.4 GHz 802.11b/g/n
Hotspot mode or infrastructure mode

to extend the range of operation
2.4 GHz 802.11b/g/n + 5 GHz 802.11a/n/ac
Hotspot mode or infrastructure mode

for use with materials guided aligned to the left

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

The minimum width of a label in use is 16 mm, its minimum height 6 mm.

Distant 7 mm to the locating edge

for use with materials guided aligned to the left or in centered position

The moveable sensor qualifies for small or customized labels. As soon as a label has been removed, the next one is automatically printed.

The minimum width of a label in use is 4 mm, its minimum height 6 mm.

If materials are in use aligned to the left, they must be 12 cm to 60 mm distant to the locating edge. Materials in centered position: ibid

for use with materials guided in centered position

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

The minimum width of a label in use is 4 mm, its minimum height 6 mm. Centered position

for use with labels that hardly separate due to strong adhesive or thick liner material. Use only if printing has been triggered by the touch of a button on the display or by a control signal. A present sensor cannot be used.

Detecting products automatically on a conveyor

Labeling is triggered via a PLC, a sensor or a hand switch. Status reports and errors are displayed.

All control signals connect to the I/O interface using clamping screws.

A maximum of 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. Making use of an I/O box, four inputs and four outputs suffice for implementing PLC processes via abc programming.

For plugging to a digital I/O interface

For plugging to a digital I/O interface

9/9 pins, 3 m

are provided assembled to a printer ex factory or accessorial on delivery for all SQUIX 4 units.

Paper labels and self-adhesive labels, cardboard and synthetic materials can be cut, so can shrink tubes. By pivoting the cutter, materials can be accessed for removal.

The CSQ 402 provides a more powerful engine and titanium-coating, enabling highly performant cutting even with thick materials such as cardboard and shrink tubes, as well as with self-adhesive materials. The number of cuts performed are kept in memory, allowing wear control.

* at use of material 1 mm high, no backfeed

are provided for all SQUIX 4M units
Continuous materials such as shrink tubes can be perforated, to simplify separation by hand at a later stage.

The design and technical data correspond to the CSQ 402.

*at use of material 1 mm high, no backfeed

Paper labels and self-adhesive labels, cardboard, textile and synthetic materials can be cut, so can shrink tubes.

Tray for collecting a maximum of approximately 50 labels

* at use of material 1 mm high, no backfeed

Continuous materials such as textiles or shrink tubes can be perforated, to simplify separation by hand at a later stage. Cutting a material is as well possible.

* at use of material 1 mm high, no backfeed

for detecting linear 1D barcodes, 2D and stacked codes

A camera checks a code printed on a label in horizontal or vertical direction in terms of legibility or content. In the case of a bad coding, printing stops and the label can be removed by hand. Retracting such labels after stopping and blackening them is another printer option.

The scanner can be operated in tear-off mode and in peel-off mode.

 See www.cab.de/en/cc200 for more information.

1 Printed materials can be cut and then collected. Print jobs stop if the maximum number of labels have been collected. Limitations may occur with stiff or curved materials. cab recommends to have such operations tested.

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

* at use of material 1 mm high, no backfeed

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

enable labels be rewound internally on peel-off units. A guide plate therefore replaces the peel-off plate.

for printer assembly using screws

Label webs wound outside or inside are wound consistently and tight by electronic control, with the help of a pendulum arm.

Label webs wound outside or inside are wound consistently and tight by electronic control, with the help of a pendulum arm. They operate also with printers other than cab.

External rewinder	ER4/300	ER6/300
Operated with	SQUIX 2, SQUIX 4.3, SQUIX 4, SQUIX 4.3 M, SQUIX 4 M	SQUIX 6.3
Material width mm max.	120	180
Roll diameter mm max.	300
Core diameter mm	40 if a winder axle or a cardboard core are in use 76 if a cardboard core is in use with an adapter
Winding	outside or inside
6.5 Adapter kit

Even heavy rolls are fed consistently.
Label webs wound outside or inside can be operated.

External unwinder	EU4/300		EU6/300
Operated with	SQUIX 4.3 SQUIX 4	SQUIX 4.3 M SQUIX 4 M SQUIX 4.3 MT SQUIX 4 MT	SQUIX 6.3
Material width mm max.	120	114	180
Roll diameter mm max.	300
Core diameter mm	38.1
Core diameter mm if an adapter is in use	76
Winding	outside or inside
6.5 Adapter kit

Tubes and vials of diameters 10 mm to 22 mm can be labeled (7 mm to 16 mm if options are provided). See AXON catalogue

The tubes and vials can be inserted and removed by hand or automated by a handling system. They may be ejected also to a tray.

See www.cab.de/en/axon2
and www.cab.de/en/axon1 for more information.

Cylindric items, such as single wires, strands, cables, hoses, tubes or round rods, can be labeled. Transparent laminate covers data blocks and protects them persistently from dust and wear.

1. 1.5 mm diameter after sampling and release

See www.cab.de/en/wicon for more information and a video on WICON and labels.

Automatic labeling

SQ 1000 is a further development of the proven S1000 applicator, fully compatible, adding extra functions. Existing applications can continue without limitations. In conjunction with a SQUIX printer, the SQ 1000 is a cost-effective solution for semi-automatic labeling tasks. Labels are applied onto items by means of a stroke cylinder.

Easy to configure

The applicator can be fully set on the printer control panel, configurations be stored and called up. Automatic calibration features speed up the setup.

Process control

Detailed statistical values are provided, so are sophisticated error messages. Constant control enables response right away in events of errors.

Updates

Applicator firmware can be updated on the printer control panel or the printer‘s web server. New features and specific solutions can therefore be tested right away and distributed in the field.

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

2 Different levels of application: By providing different lengths of stroke for the cylinder, labels can be applied on various heights to an item.

3 Compressed air regulation: Micro filters prevent from contamination. Decompression keeps the quality of label applications consistently high.

4 Reliable processes: Supporting air, intake air and stroke speeds can all be set. The pressing force can be reduced to less than 10N (1kg) in sensitive operations. Purging the intake ducts subsequent to every label application prevents from contamination.

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

6 Supporting air: (Blow tube not included in delivery) It enables labels be blown onto a pad.

7 Pad: Labels are transferred to a pad and held there by vacuum. A stroke cylinder moves the pad with the labels to an item.

1) calculated at a stroke of 100 mm below a unit, using labels 100 mm high and a print speed of 100 mm/s

It supplies supporting air. Labels are blown from below onto a pad, assisting the label transfer.

Provided for 2“, 4“ or 6“ label operations

The intake boreholes of universal tamp-on pads can be adapted to different sizes of labels. Pads may be manufactured custom-made as well.

Pitch of spring enables labels be applied even to inclined surfaces.

They suit for blowing labels onto items sensitive to pressure. Custom-made blow-on pads therefore move to a fixed spot about 10 mm above an item.

Labels are fed to below a roller subsequent to printing. The pad moves onto an item. Labels are carried along by the item and rolled on.

Labels applied in real time
SQ 3200 attached to a SQUIX peel-off printer is economic, whether operated semi-automated or integrated to a manufacture plant.

Printed labels are set 45° to 95° to the horizontal by a rotary cylinder and applied automatically to an item by a short stroke cylinder.

Life cycles, pre-dispense, compressed air regulation, reliable processes and supporting air (blow tube for supporting air not included in delivery) correspond to SQ 1000.

1. calculated using labels 40 mm high and a print speed of 100 mm/s

Tamp-on pads, blow-on pads
They are manufactured according to the size of a label.

Items can be labeled in motion on a conveyor. A product sensor detects the target position of a label. While a label is peeled off, the next one is printed. The speed of transport has to match with the speed of printing. A reflective sensor monitors positioning.

A label sensor can be included or not.

1. calculated using labels 100 mm highand a print speed of 100 mm/s

A label printer system and a jig for retaining an item can be assembled.

1 Assembly plate: to assemble a label printer system

2 Profile, aluminum square: 40, 80, 120, 160, 200, 300 mm

3 Base plate: to assemble a jig for retaining an item, Standard size 500 mm x 255 mm

Standard size 500 mm x 255 mm

Floor stand
It enables a printer system be ready quickly and flexibly in any manufacture plant. Target positions (i.e. heights, widths) to apply a label can be set in few steps. Four guide rollers provide mobility. At the place of operation, the floor stand can be aligned with the help of feet to adjust.

Jig to retain a printer unit
A printer can be fixed to the assembly plate and quick-locked.

provided for SQUIX 2, SQUIX 4, SQUIX 6

Manufactured according to DIN EN 61340-5-1:2016 to protect from electrostatic charge

The hinged cover, top plate included, is also a spare part.

provided for SQUIX 4, SQUIX 6

By means of a magnetic cover, splints can be detected by metal detectors or x-ray inspection systems.

Blue color optically differentiates from food.

The entire casing can be manufactured detectable upon request.

Materials comply with food directives such as EU Nr. 10/2011 and FDA CFR 21 177.2600

provided for SQUIX 4, SQUIX 6

Labels are removed through an aperture on the front.

The front cover must be opened and the printer pulled out on telescopic rails for material replacement. Steam jet cleaning only if the entire unit is closed.

Protection class IP69K according to EN 60529