What do we do?

Emerging from a foundation of over 30 years of experience in flexographic printing, SP Technology is currently making innovations to the traditional printing process with the introduction of printed electronics. Through standard flexographic printing processes, we are able to print electronic material onto common substrates such as paper, plastic, and textile. Using this technique, we are able to create a multitude of thin, flexible electronic products with a vast array of creative and dynamic uses.

Products

Lighting

At SP Technology, with the help of Nth-Degree© Lighting we offer a lighting solution that helps you meet your global energy conservation commitments without sacrificing uniform light.

Refrigeration Lighting
Backlit Displays
Automotive - Exterior & Interior
Dynamic Menu Displays
Circuit Boards
Residential Automation
Industrial Lighting

Heating

Other Solutions

SP Technology has a number of other innovative and practical applications of printed electronics in development. With advancements in Tracking, Security, and Sensor applications on the way, the utility of our technology is endless.

Printed Electronics can also be applied to provide a multitude of heating solutions. Our self regulated heaters have a wide variety of uses including:

Electrical Floor Heating
Medical Applications
Pet & Livestock Care
Textile Heating
Battery Heating
Food Heating

Heating applications through printed electronics is an effective way to fulfill any heating needs that you may have.

RFID Trackers
RFID Antennas
Conductive Sensors
Capacitive Touch
Medical Sensors
Security Tags
Force Sensors

Capabilities

High Speed Production Line
Clean Room Atmosphere
In-line Video Inspection
In-line Current Inspection
In-line Voltage Monitoring
Plate or Rotary Screen Printing
Roll to Roll Sheet Finishing

SP Technologies offers a wide range of capabilities far beyond the typical flexographic printer. With our innovative approach to the printing industry and our group of engineers, we have built a production facility capable of the following: