ABOUT US
G13 Innovation in Production Ltd
We are a team of professionals specializing in management, commerce, and chemical technologies with 15 to 30 years of industry experience.
OUR MISSION
Our mission is to transform the packaging and labeling industry by making it safer for consumers, more technologically advanced, environmentally sustainable, and economically beneficial for both manufacturers and end users.
Our Technological Solutions
Next-Generation Clean Thermal Printing
We have developed a unique thermophysical paper technology that completely eliminates the use of harmful substances, including Bisphenol-A (BPA) and its analogs (BPS). Our solution is protected by an international patent family, ensuring its legal integrity and technological primacy.
The technology enables the combination of superior print quality with low production costs for paper and polymer films used in receipts, tickets, labels, and other products.
We integrate safety for consumers and the environment with industrial scalability and full compatibility with existing high-speed equipment, without requiring modifications to standard priming and thermal layer application processes.
Film Ready for Printing Immediately After Extrusion
Our patented ITP (Integrated TopCoat) technology revolutionizes polymer material production. Our polyolefin films, including biaxially oriented polypropylene (BOPP), feature a print-ready surface directly after extrusion. This allows for the complete elimination of energy-intensive and costly pre-press processes—primer application and corona treatment.
ITP is not merely a coating but an integrated material property that ensures:
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Long-term storage stability without changes in print characteristics
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Excellent adhesion of inks and varnishes
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Reduced costs and accelerated production cycles
PATENT PROTECTION
All our solutions are protected by a patent portfolio covering not only specific formulations but also the fundamental principle of integrating functional layers into the material structure during production. This scope of protection is significantly broader than patents held by other manufacturers, as it safeguards the technological architecture of the solution rather than individual components.
This provides a high level of protection and creates a substantial barrier to replication: achieving comparable results without infringing our patents is technologically unfeasible. For the industry, this guarantees exclusivity, sustainable differentiation, and full operational freedom in global markets.
Here are links to the patents protecting our achievements:
PRINTABLE POLYOLEFIN FILM AND METHODS FOR MANUFACTURING THEREOF FIELD OF THE INVENTION
IL319878B1
https://patents.google.com/patent/IL319878B1/en?oq=IL319878B1
SHEETS FOR PRINTING, SHEETS FOR THERMAL PRINTING, AND METHODS AND SYSTEMS FOR FORMING THE SAME
US20250144951A1
https://patents.google.com/patent/US20250144951A1/en?oq=US20250144951A1
THERMAL PAPER, AND METHODS AND SYSTEMS FOR FORMING THE SAME
WO2024246884A1
https://patents.google.com/patent/WO2024246884A1/en?oq=WO2024246884A1
The future of printing and packaging is no longer theoretical: it is already running on today’s industrial lines.
Patent Portfolio
Granted patents and published international applications across our thermal-paper and printable polyolefin film technology platforms.
US 11,958,308 B1
Thermal Paper, and Methods and Systems for Forming the Same
APPLICATION NO.
18/203,740
GRANT DATE
16 Apr 2024
FILING DATE
31 May 2023
JURISDICTION
USPTO
Parent patent of the family. Directed to a multilayer thermal-paper
product comprising a sheet substrate with second and third
thermosensitive layers, in which the layers are differentiated by colour and by the melting temperature of their constituent particles.
US 12,214,609 B2
Thermal Paper, and Methods and Systems for Forming the Same (Continuation)
APPLICATION NO.
18/593,913
PRE-GRANT PUB.
US 2024/0399778 A1
FILING DATE
3 Mar 2024
GRANT DATE
4 Feb 2025
Continuation of US 11,958,308. Claims directed to fibre-based
production methods — forming particles from fibres and preparing
dispersions, including gaseous and liquid fibre-based processes.
IL 319878
Printable Polyolefin Film and Methods for Manufacturing Thereof
APPLICATION NO.
319878
GRANT DATE
3 Nov 2025
FILING DATE
26 Mar 2025
JURISDICTION
ILPO (Israel)
Original Israeli filing covering printable polyolefin (BOPP) film
compositions and the corresponding manufacturing methods,
directed at addressable in-line surface treatment for printing.
WO 2024/246884 A1
Thermal Paper, and Methods and Systems for Forming the Same
APPLICATION NO.
PCT/IL2024/050375
GRANT DATE
5 Dec 2024
FILING DATE
16 Apr 2024
JURISDICTION
WIPO
International (PCT) application of the thermal-paper family, providing the basis for national-phase entries in target jurisdictions, including the pending European application EP 4,719,778.
Awaiting Publication
PCT INTERNATIONAL APPLICATION · FILED
Printable Polyolefin Film and Methods forManufacturing Thereof
A Patent Cooperation Treaty (PCT) international application has been filed
under this family, claiming priority from IL 319878 (priority date
26 March 2025). International publication is expected on or about
26 September 2026, in accordance with PCT Rule 48 (18 months from
the priority date). The application reference and a link to the full text will
be added upon publication.