Application Design
Design
Factors
The Series 6 WaxJet Printing System is a simple, yet sophisticated
product coding system. The Series 6 WaxJet printing developed as a
method of providing high resolution, small character printing
without the hazards associated with solvent based inks. FoxJet has
combined solid-state piezoelectric technology with non-toxic wax
material for a superior alternative to mechanical systems and
hazardous chemical use. WaxJet printing systems have the ability
to print up to five lines of high resolution (up to 300 dpi)
alphanumeric text or graphics within a ½” (12mm) image area.
Each Printhead channel is tuned for optimum efficiency and the
modular format allows end-use field repair, eliminating costly
production delays. FoxJets advanced integrated Printhead/wax
system is designed for maximum protection against shock and
vibration ensuring consistent, high resolution print quality.
To ensure that system is installed in an application geared for
success, the following factors must be considered.
Substrate Type
Series 6 wax adheres very well to chipboard cartons, coated
cardboard, flexible packaging, plastic, paper, wood, and
shrink-wrap. It is effective on a number of additional substrates,
particularly those that will melt slightly when contacted by the hot
wax.
Speed
Line speed (speed of conveyor belt travel) is the most critical factor
in determining the capability of the Printhead to print reliably in a
given application. When using the internal clock, line speed
combined with firing frequency determines the print resolution.
When using and encoder, the line speed combined with the encoder
pulse train determines firing frequency that the Printhead will fire.
Shaft encoder assemblies are actually rated in terms of DPI.
The following page shows some simple mathematical formulas that
can be used to calculate the feasibility of any print application. The
maximum rate at which a Series 6 Printhead can reliably print is 8
kHz.
Summary of Contents for 6100
Page 8: ...This page intentionally left blank...
Page 18: ...2 8 Application Design This page intentionally left blank...
Page 21: ...Dimensions Controller Application Design 2 11...
Page 22: ...Integrated Printhead Wax System 2 12 Application Design...
Page 55: ...Command Definitions 5 21...
Page 56: ...5 22 Command Definitions This page intentionally left blank...
Page 70: ...6 14 Installation Setup Figure 6 6...
Page 87: ...7 8 Service Figure 7 1...
Page 89: ...7 10 Service Figure 7 2...
Page 95: ...7 16 Service Figure 7 3...
Page 97: ...7 18 Service This page intentionally left blank...
Page 115: ...8 18 Removal Replacement Procedures Figure 8 7...
Page 125: ...8 28 Removal Replacement Procedures This page intentionally left blank...