Our international customers demand top quality, service and delivery performance. The production facilities in the plants of our almost 80 Group companies cater for this with state-of-the art technologies and processes along the entire value chain.

Our people with their competence, experience and commitment mould these plants and technologies into unique solutions for packaging and labels.

At the end of the day it’s all about getting the right packaging solution to the right customer at the right time.

Here are some of our innovative production highlights:

+ Brand new state-of-the-art aluminum rolling mill
+ High-end co-extrusion coating, -lamination and castfilm extrusion
+ Laser perforation, digital coding

Production Process Infographic

Production Technologies


Cast extrusion (film extrusion)

With this type of extrusion the granule is melted and shaped by means of application through a die. The application is done directly on a cooling roller for quenching the liquid polymer film. After cooling the film material is reeled up. Due to coextrusion technology the film material can consist of up to 5 different layers and therefore allows optimized adaptation of the film material to customer requirements and needs. With cast extrusion it is possible to produce film material consisting of different granules within a range of 15 – 150 microns and a width of up to 2450 mm.



With our slitting machine we cut our reels into narrower lanes and reel diameter according to customer demands to ensure that it fits to our customers´packaging lines.

Deep drawing

Similar to die cutting at the deep drawing press containers are formed out of the converted reel material with a special tool consisting of stamp and die. Shape and size of the containers are up to customers requirements – the most common shapes and sizes are available as standard tools.


Die cutting

With a cutting tool consisting of stamp and die the lids are pressed out of the converted reels. The cutting tools are individually made according to the required shape – the most common shapes are available as standard tools. Additionally we can do in line embossing of the lids with all various kinds of embossing designs. As a special application also sectional embossed or deep drawn shapes are possible.



With an engraved steel cylinder the lacquered or printed foil is being structured with a kind of relief to give special appearance to the material. For embossing all various kinds of designs or logos are possible.



Polyethylene and polypropylene are manufactured on our own extruders according to specifically set-up formulations into single and multi-layer films with precisely defined properties as regards sealability, clarity, density, tearing strength, elasticity etc. This allows us to fulfil special requirements and technical or food safety-specific demands. Polyethylene film as well as polypropylene films can be produced from 15 µm up to 250 µ.


Extrusion coating

With a die melted polymer is applied on the base material (alu foil) that is used as sealing layer for various kinds of lidding material. Due to variation of the used granules the sealing layer can be adapted to type of polymer used for the plastic cup. Based on the coextrusion principle several film layers can be applied in one step generating a kind of "sandwich-coating".



Flexographic printing, or flexography, is a direct, high-pressure, relief printing process on a rotary web press. It uses flexible printing plates or endless rubber sleeves and low-viscosity, solvent-based printing inks. ‘Direct’ means the ink is transferred directly from the printing plate to the material being printed. ‘Relief’ means printing area is in 3D relief. Flexography is a very popular technique for printing packaging made of plastic, paper, card, cardboard, etc. It’s also used for products such as adhesive films, insulating paper, carbon-backed paper, paper napkins and wallpaper.

A printing unit on a flexographic press is generally a bank of rollers. An anilox roll picks up a controlled amount of ink, a doctor system wipes off excess ink from the anilox roll, before it transfers the ink to the print plate. The print plate, mounted on the the print cylinder, transfers the ink to the web of paper or other material being printed. The web runs between the print plate and an impression cylinder, keeping the contact pressure constant. Today’s flexographic presses generally have between 4 and 10 printing units, arranged either in sequence or as satellites around a central cylinder.



Based on multi-lacquering technology the foil material gets pre converted with self developed heat seal lacquers and print primers and is being prepared for printing and further converting. In order to meet the high environmental requirements at Teich mainly water based on environment-friendly lacquers are used which are all supplied by our internal competence and R&D centre for lacquers.


Applying an adhesive on the foil material and attaching a second reel material such as foil, film or paper laminates are produced (e.g. alu/paper, alu/film) as they are used for confectionery. Repeating this process with an already produced laminate multi layer materials are produced (e.g. alu/paper/alu) as they are used for butter wrappers or waffle foil. At Teich following laminating technologies are available: dry lamination, wet lamination and wax lamination.



In a high vacuum chamber a metallised layer is being applied on film material due to vaporising of aluminium particles. The metallizing can either be applied full coverage or striped. Besides optical value adding the metallizing gives an improved oxygen and steam barrier to film material.

Reel cutters

Reel cutters slit the web longitudinally into two or more narrower reels. The cutting process splits up the huge rolls that come off the printing press into custom sizes for the customer’s packaging process. This can involve the size of the inner sleeves, the winding angle and direction and the maximum reel diameter. In the cutting process, the web passes at high speed between sharp, rotating upper and lower knives positioned to cut the precise widths required.


On our 5 rolling mills we do cold rolling of base material (alu with gauge of 0,6 mm) down to thicknesses of 120 to 6,3 microns for various applications within our strategic business units dairy & food, pharma and alufoil container systems. The produced foil material within a range of 600 up to 1800 mm width is either internally converted, supplied to subsidiaries, or sold to external converters.


Offset printing

Offset printing is an indirect printing process used on both web and sheet-fed printing presses. The material being printed does not come into direct contact with the printing plate. Instead the ink pattern is transferred first from the plate cylinder to the blanket cylinder and from there to the printing substrate. One advantage of offset printing is the longer service life of the printing plate, another is the sharp, detailed high-quality images it achieves, even on materials with “rough” surface structures.

Gravure and flexography are printing processes where the print and non-print areas are at different levels. By contrast an offset printing plate is a flat surface.

Offset printing works on the principle that oil-based offset inks and water don’t mix. The printing plate, a thin aluminium plate, fits closely around the print cylinder, with both ends held firmly in place. The plate on the print cylinder is first coated with a film of wetting agent, which only adheres to the hydrophilic non-print areas. The cylinder then picks up ink from the ink rollers. The ink adheres only to the areas not already coated with water, creating a precise pattern of inked and non-inked areas on the aluminium plate. To maintain the printing precision over the whole print run, the ink/water balance has to be kept constant. The ink pattern, ie, the image, is then transferred from the plate to the blanket cylinder and from the blanket cylinder to the printing substrate. An impression cylinder maintains the necessary contact pressure between the blanket cylinder and the printing substrate.


Rotogravure printing

Foil material as well as laminates are printed with engraved steel core cylinders and solvent based inks. The design is engraved into a copper layer on the cylinders which are then chrome plated – the excessive colour on the surface is removed with a doctor blade so that only the ink in the engraved cells remains and prints on the substrate. On our rotogravure machines we can print designs consisting of up to 10 colours including back side printing facilities – additionally further converting (such as hotmelt, cold seal or over lacquering) is possible in line.



Shrink-sleeve labels are shrunk onto a container so that they cling closely to its contours. The first stage is flexographic or gravure printing of a web of PVC or PS. The web is separated into the required sections which are formed into tubes by being pulled through a shaping funnel so that the two sides overlap. The overlap is bonded to create an endless tube of printed labels. On special machines, the tubes are cut to length, the sections are dropped over a container and shrunk to fit.


UV-Flexo printing

Foil material and laminates are printed with photopolymer clichés and UV-curable inks which are environment-friendly due to solventless application. The design is printed with increased elements on the cliché that are coloured with an anilox roller with doctor blade system. Due to the high resolution of 70 lines per cm also photo realistic designs can be printed in quality comparable to rotogravure printing. On our UV-Flexo printing machines we can print designs consisting of up to 8 colours. Due to an in line rotogravure unit further converting based on solventless lacquer systems – either on front side or back side – is possible.