ARTYSIO Packaging: Innovative and functional packaging solutions for aqueous inkjet printing
With the brand ARTYSIO, Sihl presents an innovative production of packaging in the digital inkjet printing, for narrow-web printers, convertors and brand manufacturers.
Enabling you to produce, as quickly as possible, flexible, individualised packaging according to your requirements. New sales concepts and product presentation will open new markets for you – high quality, functional packaging for your products.
In cooperation with various printing component manufacturers, Sihl has developed a unique solution that enables a sustainable, plastic-based material to be combined with the high quality, environmentally friendly, of aqueous inkjet printing.
Our packaging materials guarantee a very good runnability on a variety of existing and new packaging machines.
Foil structure (from inside to outside)
Grammage (total in µm)
Barrier - Properties
(23°C / 85% r.W.)
(23°C / trocken)
Flex Crack Resistance
AQ Inkjet Printability
dye- & pigmented ink
heat & ultrasonic
Herbs & Spices
DIRECT FOOD COMPLIANCE
All SIHL ARTYSIO packaging grades are made for direct food contact. However, please ask for a compliance declaration for you specific application.
A protective varnishing or laminate for cover the printed surface is recommended. All end-use recommandations are first indications and have to be qualified within your specific application.
You have a great product and would like to package it? We are looking forward to your enquiry and order.
You have a great product and would like to package it?
We can support you and package your product with our partners in the printing and packaging business.
ARTYSIO meets all requirements. The functional films can be specifically matched up for applications using the following types of packaging:
FFS = Form Fill Seal = V(ertical)FFS & H(orizontal)FFS LID = Lid SUP = Stand up Pouch BBB = Block Bottom Bag SFB = Side folded Bag FFB = Flat folded bag
ARTYSIO is the revolutionary solution for digitally printed flexible packaging films with water-based inkjet technology, which meet the requirements of the packaging market through targeted functionality.
Sihl’s unique and brand new packaging films enable a wide range of packaging applications that can be printed with water-based inkjet printers and sealed with heat and ultrasound.
The backing layer meets the requirements for barrier function, touch & feel, printability, suitability for machine use, conformity, sealability and user-friendliness with “easy open” function for instance.
UNIQUE SELLING POINTS AND PRODUCT BENEFITS
Ideal packaging solution for smaller quantities and strongly varying print designs
Individualised print designs whatever the size of print run without additional printing costs
Packaging as a gift – Enables completely new sales concepts for your products using functional packaging materials which create value.
No waiting time for packaging – Just the product determines the time to market
Goods ready for sale within minutes – 100 times less setup effort compared to analogue printing processes
No storage of pre-printed packaging necessary
Significantly lower capital commitment compared to traditionally printed packaging
V-Shapes in-line Printing & Packing solution with Sihl ARTYSIO films
Flexible Packaging based on Sihl ARTYSIO and Afinia FP-230
Sihl ARTYSIO material printed on MVZ
TrojanLabel at the Pack Expo – flexible packaging solutions
RIGOLI Interview at Labelexpo. All material printed exclusively from SIHL ARTYSIO range.
ARTYSIO PROTECTS THE ENVIRONMENT
The independent auditing company Interseroh has confirmed the excellent recyclability of both single-material polypropylene forms of packaging from Sihl’s ARTYSIO range with the ‘Made for Recycling’ certificate. Both products score a maximum 20 out of 20 possible points in the audit. The suitability of the packaging for the collection system, the ability of the packaging to be sorted, its suitability for mechanical recycling and the provision of secondary products to the collection system were examined.