North American Direct Mail Printer Supercharges Production on their HP PageWide T250 Inkjet Presses with adphos aNIR® Drying Technology

A North American Direct Mail Printer is set to revolutionize its production capabilities by integrating adphos aNIR® drying technology into two of its HP PageWide T250 HD inkjet presses. This expands the global number of HP PageWide T2X0 presses equipped with adphos aNIR® to six.
BearLITE® Workshop Highlights of Possible Innovations in Thermal Battery Processing

adphos recently hosted an exclusive workshop titled “BearLITE® Production System Ready to Ship – Inspection, Analysis, and Evaluation of Thermal Battery Processing.”
adphos Workshop Showcases Game-Changing aNIR® /aLITE® Technologies for a Sustainable Future in Drying

adphos, a global leader in advanced digital drying solutions, successfully hosted an engaging in-house workshop, “Transformation from Gas Dryers to Digital Drying – aNIR®/aLITE® Game ChangingTechnologies,” in November at its premises in Bruckmuehl, Germany.
adphos Celebrates 30 Years of Innovation in Sustainable Drying Technologies

This year marks the 30th anniversary of Advanced Photonics Technologies Group (adphos), a pioneering company founded on the visionary concept of “Drying with Light” What began with early experiments in the garage of the current CEO, Dr. Kai K. O. Bär, has since evolved into a globally recognized provider of high-performance thermal process systems.
Additional Battery Related Order for adphos BearLITE® Drying System in Asia

Additional Battery Related Order for adphos BearLITE® Drying System in Asia The next order for an adphos BearLITE® drying technology comes from a leading company in Asia and will be integrated into a new production line for liquid lithium-based battery electrodes. The BearLITE® all electrothermal drying technology is the most compact and energy efficient solution […]
Leading Asian Steel Manufacturer Implements Curing System with Adphos Technology

adphos proudly announces that its revolutionary aLITE® drying and curing technology has been chosen by a prominent Asian steel manufacturer to replace their existing hot air convection oven by integrating an aLITE®-dryer. The system is 100% electro-thermal and uses a multi-frequency emitting photonic energy technology.
adphos drying technology has been awarded by international printing company

A top-tier global printing company specializing in décor and packaging production has selected an adphos aNIR® drying solution as part of upgrading their 5-color gravure printing press. They have chosen to replace and upgrade their fossil fuel fired convection drying system on an existing roto-gravure press with an all-electric adphos aNIR® drying solution after testing and comparison an aNIR® to shortwave and carbon IR (midwave) drying systems.
Successful workshop by adphos and ERA on drying technologies and new electrothermal drying solutions

Several dozen experts from the technical and economic sectors of the packaging and decorative printing industry gathered for an insightful workshop on “Drying Technologies and New Electrothermal Drying Solutions,” organized by adphos in collaboration with the European Rotogravure Association (ERA).
adphos celebrates its 30th anniversary – be part of the party at drupa 2024

30 years ago, Dr. Kai K. O. Bear had a vision: drying at the speed of light! What began in the current managing director’s garage as a spin-off to simulate the thermal dynamics of the HERMES spacecraft re-entry to earth has developed into a market leader in the field of thermal process optimization and successfully established itself among the company’s own aNIR, aLITE and BearLITE system solutions.
aLITE®-platform technology on the rise in the textile industry

The adphos group in Bruckmühl, Bavaria, has a leading technological role in the field of industrial thermal processes with the company’s own patented aNIR® and aLITE® platform technologies. The electrothermal adphos technology enables coating, printing, dyeing, and impregnation processes to dry and fix within seconds.