If you are looking for the most versatile bottle screen printer, the Model F1-DC from Systematic Automation delivers! This machine can easily switch from
cylindrical to flat products, and can produce up to 3,600 parts per hour
depending on your specific application.
The F1 Model of bottle screen printer features universal
tooling for quick changeover of products, adjustable squeegee speed and height
making this one of the most versatile bottle screen printers in the
industry. The ability to quickly change
from one product to another is a huge time saver, which increases productivity
and the bottom line. This machine holds
its value with quick and efficient screen printing on various products
including bottles, tumblers and mugs.
Standard features of the superior bottle screen printing
machine include heavy duty adjustable X,Y and angular axis micro table, a foot
pedal to start the cycle, adjustable print stroke and print/flood cycle
allowing the machine to idle in flood position.
Additional features include overhead screen lift switch, a heavy-duty
steel base and mobility with casters.
Advanced engineering features include 100% air pneumatic
operation, with automatic air inflation of soft sided plastic bottles prior to
printing. Hardened polished shafts with
linear ball bearings are rated for over 300 million cycles. The aluminum tooling plate is designed with
superior flatness at +/-.001” for accuracy during precision printing
processes.
Multi-Color Screen
Printing Machine for Bottles
Multi-color printing is available with mechanical pointer
registration and a rack and pinion drive system that rotates the cylindrical
item at a steady speed during printing.
Enhanced features allow for accurate printing during multi-color
registration.
Expert Screen
Printing Machine Suppliers
Systematic Automation is a leader among screen printing
machine manufacturers with more than thirty years of experience in designing,
engineering, manufacturing and installing high performing screen printing
machines, vacuum tables and UV curing systems.