Data printing - Import export

Fully automatic labelling machine for labelling drums in accordance with the GHS Directive. All chemicals are subject to mandatory classification and labelling before they are placed on the market, and they are often marketed in drums and hobbocks of various sizes. This places increased demands on the flexibility of the labelling unit in terms of print data, multi-colour printing and application height (labelling height). Often, several labels are applied to the circumference of the keg (product label, hazardous goods label(s) and logistics label. For this purpose, the system can be equipped with several label dispensers and/or several printing and dispensing systems. Labelling can be carried out in continuous operation or at a standstill. Depending on the application and labelling requirements, the labelling system can also be positioned at a drum labelling station.

To serialize vials and other cylindrical products, we rely on the proven quality and reliability of our labelers. In order to achieve the best possible grading of the serialisation barcodes, we integrate thermal transfer printer or marking laser units directly on the label applicator. The vision system immediately inspects the print data after the printing process. If the inspection shows a negative result, we optionally offer a label reject station which automatically removes the label from the process and therefore does not waste a „good product“. Both the vision system and the print engine are fully integrated in the touch panel HMI. Shift registers in the label applicator as well as in the complete system enable product and label tracking through the complete system.

The workstation enables the manual serialisation of pharmaceutical packs and their aggregation into shipping cartons. For this purpose, each individual box is first printed with order-related serialisation data by a thermal inkjet printing system and then manually placed in a shipping carton. As soon as this is filled, the downstream thermal transfer printer creates an individual serialisation label. The correct print data and print quality are monitored by a camera system. The operator places the drug packs to be labelled at a reference edge of the conveyor belt. As soon as the printer has printed the serialisation data, it is checked for correctness by the integrated image processing system. In case of an error, the product stops at a certain position, which is marked by red LEDs. Depending on the number of products in the shipping carton/number of aggregation levels, approx. 10-12 products/min are serialised.

This workstation enables the manual serialisation of drug packages and their aggregation into shipping cases. For this purpose, each individual box is first printed with order-related serialisation data by a thermal inkjet printing system as it passes by and then manually placed in a shipping carton. As soon as it is filled, the downstream thermal transfer label printer creates an individual serialisation label. The correct print data and print quality are permanently monitored by a vision system. The operator places the medicine products to be serialized on a reference edge at the infeed. As soon as the thermal inkjet printer has printed the serialisation data, the integrated vision system checks that the data is correct. If an error is detected (e.g. insufficient grading), the product stops at a certain position marked by red LEDs. The removal of the rejected product must be confirmed by pressing a button on the HMI.

The REA JET SC enables contact free printing of 1 to 8-line texts, dates, barcodes, Data Matrix codes and logos in high resolution, and with print heights up to 12 mm. The robust and stainless steel housing with IP54 protection class and the intuitive operation make this coding and marking solution suitable for smooth surfaces like foils, laminates and a very wide assortment of plastics and metals. Applications — Printing of variable data such as counter, date, time, shift code, best before date date, etc. — Serialized data for traceability — Bidirectional printing — Alphanumeric texts, barcodes, 2D codes — Ideally suited for smooth surfaces thanks to short drying time — Ideal even with larger distance to product surface — Suitable for high production and marking speeds

The LSS-PV model was developed to serialize small product batches cost-effectively and according to the requirements of country-specific FMD guidelines. The products are fed manually. A transport system with product carriers guarantees a precise and continuously accurate alignment of the products. After the printing process performed by a thermal inkjet printing system (TIJ), the print data is inspected. If the inspection result is positive, the products are either collected on the collection table at the outfeed of the system or glide over an optionally available transfer plate into an outer shipping case. Defective products are reliably separated from the GOOD products by the product reject station. This process is verified twice in the PLC.

The PAE range is an innovative new generation of pallet labellers that can label pallets on up to three sides with either pneumatic and/or electric traversing axles. The labels are printed with individual data in real time immediately before dispensing. The series is designed to integrate thermal transfer printing modules from different manufacturers. Automatic height adjustments are available as an option in order to Application heights on the pallet to start up. The complete traceability of products is essential nowadays, which is why interest in intelligent pallet labelling processes is so high. The system can handle label formats up to DIN A4 format, enabling product labelling according to the global GS1 standards.

s with the MS-PV-AG model, the products are fed manually by the operator. Product carriers and adjustable guide rails ensure a stable product transport. As soon as the thermal inkjet printer has printed the serialisation data, the integrated vision system checks that the data is correct. If an error is detected (e.g. insufficient grading), the product is removed from the process and fed to a lockable collection box. It is not taken into account during the formation of the aggregation pedigree and is ejected and marked in the shift register as soon as the error is detected. As soon as the filling quantity per carton is reached according to the specified packing scheme, the system automatically generates a serialized label for the shipping carton. It is applied manually by the operator and confirmed by a handheld scanner that the aggregation label has been applied.

This powerful HSF friction feeder is the optimal solution when empty folding boxes have to be marked with variable data offline from the production line. The modular design of the system enables an easy integration of the desired marking technology. The HSF separates the folding boxes from the stack in the infeed magazine. The cartons are guided to the printing station by two parallel running belt conveyors. Print information could be e.g. serialisation data in the form of bar codes or data matrix codes and text. Depending on requirements, thermal inkjet, laser coders or label print- and apply systems can be used (also in combination). The printed data is inspected and verified by an integrated vision system. The b+b Linemanager recognized all 21CFR Part 11 data for each serial number and is able to report this back to the Siteserver system (e.g. b+b Siteserver).

The requirements for product labelling are increasing and becoming more and more diverse. Track and Trace, product tracing, quality assurance, GS1 regulations require secure and reliable application of variable data. This applies to almost all industries, whether logistics, pharmaceuticals, food industry or chemicals such as agrochemicals. ​When printing variable data such as graphics or Data Matrix, barcodes, QR codes and comparable code types, uncompromising quality must be implemented. ​The EDS 420i and EDS 620i printing and dispensing systems are designed for industrial use and enable you to label your products and their packaging precisely, reliably and quickly using different applicators and label transfer modules. The modular design of the systems was the main focus in the development of the printing and dispensing systems

Ready for world wide use — Full Unicode support: all global languages can be printed for companies with international customers — Support of all True Type Fonts (TTFs): maximum design flexibility for your print — XML-based data structure and communication protocol: globally used standard for data compatibility — Sturdy and high-quality stainless-steel casing designed for daily work in rough industry environments — 24V power supply: for direct integration into machines and systems

The latest generation of REA JET GK 2.0 high-resolution coding and marking systems using piezo technology is suitable for direct, high-contrast coding and marking on absorbent and porous surfaces, such as wood, cardboard and paper, with a variable print height of up to 100 mm. Applications: — Porous and absorbent surfaces: paper, cardboard boxes, wood, textiles, fleeces, building materials, polystyrene, grinding wheels etc. — Variable print data such as date, time, counter, shift code or database content — Alphanumeric texts, barcodes, data matrix codes, logos, warning notes — Coding and marking of packaging — IPPC coding and marking on pallet blocks — EPAL coding and marking of pallets — CE marking on wood — Marking of paper sacks — All-round coding and marking of fiber drums — Marking of OSB panels with logo — Coding and marking of pallet boxes — Marking of gypsum boards or board stacks with large logos — Serialization and track & trace applications