GROW YOUR BUSINESS WITH US
GROW YOUR BUSINESS WITH US
To establish TC TECHs system as a standard for manufacturing of advanced polymers, with 100% replication for both single and double sided patterns.
With TC TECH systems your company will be able to produce advanced polymers with patterns in micro and nano size, with excellent performance at a high production rate at low energy consumption.
A more efficient optical film has the capacity to reduce energy consumption of screens and displays, usually around 20%, in combination with enhanced image quality. A thinner screen and fewer compensating optical films also reduce the amount of plastic needed.
What We Do
What We Do
Mission
To help professionals around the world discover, develop & commercialize superior patterns in polymers, through our equipment, technology & knowledge.
Vision
To establish TC TECH’s system as standard for manufacturing of advanced polymers, with 100% replication of nanostructures at high production speed, with minimal environmental impact.
TC TECH SYSTEMS ARE USED IN VARIOUS APPLICATIONS
TC TECH SYSTEMS ARE USED IN VARIOUS APPLICATIONS
TC TECH’s IPR protected technology, based on many years of research, generates an instant and uniform heat
over a well-defined surface and then, through application of equally uniform pressure, advanced micro and
nanostructures can be created in materials in any thermo plastic. The method delivers superior results in the form
of 100% replication of nanostructures from a stamper pair on both sides of a film, as thin as 0.1 mm. In addition, the substrate remains free from stress, has no yellowing, birefringence nor warpage.
TC TECH technology opens up for the creation and mass production of advanced double sided patterns.
TC TECH technology opens up for the creation and mass production of more advanced patterns than presently.
TC TECH SYSTEMS ARE USED IN VARIOUS APPLICATIONS
TC TECH SYSTEMS ARE USED IN VARIOUS APPLICATIONS
TC TECH’s IPR protected technology, based on many years of research, generates an instant and uniform heat over a well-defined surface and then, through application of equally uniform pressure, advanced micro and nanostructures can be created in materials such as a polymer. The method delivers superior results in the form of 100% replication of nanostructures from a stamper pair on both sides of a film, as thin as 0.1 mm regardless of area. In addition, the substrate remains free from stress, has no yellowing, birefringence nor warpage.
TC TECH technology opens up for the creation and mass production of more
advanced patterns than presently.
TC TECH technology opens up for the creation and mass production of more advanced patterns than presently.
LATEST PRODUCT LAUNCH
LATEST PRODUCT LAUNCH
The TCP 170 is the ideal system to produce advanced double/single sided patterns in polymer films . With a submicron resolution and 100% replication the next generation of patterns can be produced efficiently.
TC TECH technology is based on an unique induction heating process, where only the stamper is heated. The press and tool solution include several patented innovations that deliver full pressure uniformity to achieve 100% replication.
By leveraging years of experience in materials research, TCP 170 provides the necessary freedom through a simplified design for volume production. TCP 170 will offer excellent precision and reproducibility for a wide spectrum of applications to industry and academia.
NEWS
NEWS
TC TECH launch the new TCP170 system series
TC TECH launch the new TCP170 system TC TECH’s new 170-series has several upgrades compared to the current 150-system. First of all, it comes with a [...]
Meet The Team | Petter Karlow Herzog | CTO/COO
Meet The Team | Petter Karlow Herzog | CTO/COO About me | Tell me about your role at TC TECH I am Head of the R&D [...]
Welcome Petter Karlow Herzog – Chief Technology / Operations Officer at TC TECH
Welcome Petter Karlow Herzog - Chief Technology / Operations Officer at TC TECH TC TECH of Sweden AB has appointed Petter Karlow Herzog as Chief Technology/Operations [...]
