Join us for newest KELLER machine presentation:

print on household appliance elements
hot stamping printing technology
date: 30.01-8.02
location: KELLER’s headquarter, Skorzewo, Poland

Contact us to set the date for meeting.

Keller manufactures silicone printing pads for pad printing technology. KELLER Silicone Pad Laboratory can design and fabricate printing pads in all forms and with fine-tuned performance parameters, including hardness, printing area size, silicone grade type, and printing plate type. KELLER transfer pads are sold to large industrial processors who output hundreds of thousands of workpieces. The production levels this high requires us to guarantee all stringent quality standards, and we deliver. If you still have not developed proprietary printing methods and recipes, you can order KELLER solution deployment programs and Keller’s theoretical training sessions.

Welcome to the New Year 2019 and we want to make the best New Year’s wishes . The year 2018 was a very important year for us, we have completed many new and innovative projects for a variety of industries, our company released, among others machines for printing on household appliances, cosmetic packaging, baby bottles, fire extinguishers and many more. We created machines for screen printing, pad printing and hot stamping, carousel machines, automatic machines cooperating with injection molding machines. We have built machines working at our clients’ premises in Poland and abroad. We finished the year 2018 with success and we are ready for more.

How do we prepare inks for our clients? Watch the movie from our company’s headquarter and see the process of choosing the inks. In our offer you may find solvent, water and UV inks for screen printing and pad printing technologies. We are and authorized distributor of inks and products of Pröll company. Paints are carefully selected to specified surface and printing techniques. Our recipes guarantee right color and print quality.

Due to the World Entrepreneurship Week, we had a great pleasure to visit the Lelewel Technical School in Poznań and run workshops entitled “Screen printing in industry”.
We shared our knowledge related to industrial printing techniques and their application in business with groups of students educating themselves in the direction of Graphic Arts and Digital Printing and Printers. We would like to thank the School Board for the invitation and we appreciate the opportunity to take part in the event supporting the education of young people in the field of printing.

We are pleased to invite you to the presentation of the KELLER automatic pad printing machine on 19-23.11. The machine is adapted to work with injection molding machine and prints on flat household appliance elements. To see the machine working at our production plant in Skorzewo, Poland, please contact us directly.

Watch a movie showing the work of one of our latest screen printing machines on household appliances, which left our company last week to print at the customer’s plant. Screen printing is a universal printing method that allows to obtain high quality and durable printing on a variety of surfaces, which is important for products of this type that are exposed to external factors such as alcohol or detergents. We specialize in the production of machines and materials for industrial printing processes for screen printing, pad printing and hot stamping technologies.

In the latest issue of Mitsubishi Electric NEWS you can read our article about industrial printing machines. Why is screen printing technology one of the most important printing technologies? How do screen printing machines work? Why one of the largest polish cosmetics companies decided to implement them at their production plant? This and more in the article.

We present printing with pad printing technology on advertising items. The printing is carried out with a machine for precise pad printing made by KELLER which left to print at the customer’s plant last week. Pad printing technology used in this project is an ideal solution due to the variety of specificity of the printed product in terms of shape and irregular surface.