THERMAL TRANSFER Agents worldwide • Belgium • Canada • China • Denmark • Egypt • Estonia • Finland • Greece • Holland • Ireland • Israel • Italy • Korea • Latvia • Lithuania • New.
Download ReportTranscript THERMAL TRANSFER Agents worldwide • Belgium • Canada • China • Denmark • Egypt • Estonia • Finland • Greece • Holland • Ireland • Israel • Italy • Korea • Latvia • Lithuania • New.
Slide 1
THERMAL TRANSFER
Slide 2
Agents worldwide
• Belgium
• Canada
• China
• Denmark
• Egypt
• Estonia
• Finland
• Greece
• Holland
• Ireland
• Israel
• Italy
• Korea
• Latvia
• Lithuania
• New Zealand
• Norway
• Portugal
• South Africa
• Spain
• Sweden
• Turkey
Slide 3
Why Thermal
Transfer printing?
The digital print technology combines the flexibility
of computer technology with the quality
of Hot Foil coding.
•
•
•
•
•
High resolution (300 dpi)
Consistent print quality
Durable print
Extensive font library in both TTF and Bitmap
High resolution graphics and logos
Slide 4
The Principles of
Thermal Transfer
printing
An image is printed using ink transfered from the ribbon
and bonded to a flexible substrate by applying pressure
and heat to release the format via energised dots.
Slide 5
Thermal Transfer Printing
The Printed format
10 JUN 2003
L 1974 12:14
The Wasted Ribbon
10 JUN 2003
L 1974 12:14
Slide 6
Principal of intermittent
Ribbon
The printhead moves down then from left to right while
the ribbon and substrate stay stationary..
4
1
3
2
Substrate
After the format has been printed, the ribbon is rewound and the
substrate moves to its next position
Slide 7
Principal of continuous
The printhead moves up and down while the ribbon
and the substrate move forward.
Substrate
An encoder reads the speed of the substrate and feeds the information
to the printer. The ribbon moves at the same speed as the substrate.
Slide 8
THE RANGE
Intermittent
Continuous
53E
53S
53M
53L
107S
107M
107L
53CL (left hand)
53CR (right hand)
107CL (left hand)
107CR(right hand)
Slide 9
Choice of hand
(continuous only)
Left hand
Right hand
Slide 10
53E
The ideal
alternative to
Hot Foil
Coders.
Print area:
53 X 30
Slide 11
SERIES 2 intermittent
Compatible with
most intermittent
motion packaging
and labelling
machinery.
Print
area:
53 X 53
to
107 X 160
Slide 12
SERIES 2 continuous
Compatible with
most continuous
motion packaging
machinery.
Print
area:
53 X 500
to
107 X 250
Slide 13
Thermal Transfer
Slide 14
Printer Frames
Over the past 30 years, OPEN DATE has
designed and manufactured frames to suit all
types of packaging machinery.
- Labelling machines
- Vertical bagging machines
- Horizontal bagging machines
- Thermopack machines
- Etc…
Slide 15
Labelling Machines
Slide 16
Vertical bagging machine
Slide 17
Horizontal bagging machine
Slide 18
Standard Frames
Over the years we have been able to establish a
standard frame design to suit most labelling machines.
All that remains is to adapt the standard frame to the
parent machine.
Slide 19
Printing requirements
•
•
•
•
•
•
•
•
•
Dates, Lot No., real time
Prices, weights
Numbering, codes
Lines, boxes
Barcodes
Logos & graphics
Database
Networking
Etc…
Slide 20
Software
In order to answer all of the customer’s needs, Open Date writes
& supplies it’s own software.
• CODESOFT PREMIER FORMAT DESIGN
Windows based software enabling all current format design.
• NETMODE
Up to 99 printers can be networked together enabling print
formats to be sent and updated as well as providing information
of the current status of each printer from a central station.
• SERVICEMODE
Enables customer to control and update format and printer parameters.
• RECOVERMODE
Simplified version of ServiceMode to recover initial printer and
format status.
Slide 21
Main Features
• All electric operation
• No air (3 stepper motors)
• High speed communications (115200 KB per seconde)
• High speed image generation and updating via dual image memory
• Up to 6 metre connection cables
• 3.6 megabyte user memory
• 11 printer models in the range
• Electronic adjustable print position
• Spy chip technology (automatic resistance, print width, meterage)
• Auto detect product before printing
• Ultra high speed cycle time (using lower speed for optimum quality)
• Self levelling printhead
• Network up to 99 printers
• Real time printing with customisation
Slide 22
Main Features
• Local or global graphics
• Multi level passwords (customisation of level names & codes)
• Standard Mini Terminal
• Up to 250 formats stored within the printer memory
• Updating variable fields using a database
• Standard WYSIWIG Windows software
• Quality engineered product with minimal maintenance requirement
• Power supply can be integrated into the parent machine
• Can be used without magazine to print on thermal substrate
• 2 ribbon sensors for optimum security
• Each printhead is individually adjusted to Kyocera specifications
• In house software department for optimum control and flexibility
• Electronic print positionning
• Low/end of ribbon warning with user output
THERMAL TRANSFER
Slide 2
Agents worldwide
• Belgium
• Canada
• China
• Denmark
• Egypt
• Estonia
• Finland
• Greece
• Holland
• Ireland
• Israel
• Italy
• Korea
• Latvia
• Lithuania
• New Zealand
• Norway
• Portugal
• South Africa
• Spain
• Sweden
• Turkey
Slide 3
Why Thermal
Transfer printing?
The digital print technology combines the flexibility
of computer technology with the quality
of Hot Foil coding.
•
•
•
•
•
High resolution (300 dpi)
Consistent print quality
Durable print
Extensive font library in both TTF and Bitmap
High resolution graphics and logos
Slide 4
The Principles of
Thermal Transfer
printing
An image is printed using ink transfered from the ribbon
and bonded to a flexible substrate by applying pressure
and heat to release the format via energised dots.
Slide 5
Thermal Transfer Printing
The Printed format
10 JUN 2003
L 1974 12:14
The Wasted Ribbon
10 JUN 2003
L 1974 12:14
Slide 6
Principal of intermittent
Ribbon
The printhead moves down then from left to right while
the ribbon and substrate stay stationary..
4
1
3
2
Substrate
After the format has been printed, the ribbon is rewound and the
substrate moves to its next position
Slide 7
Principal of continuous
The printhead moves up and down while the ribbon
and the substrate move forward.
Substrate
An encoder reads the speed of the substrate and feeds the information
to the printer. The ribbon moves at the same speed as the substrate.
Slide 8
THE RANGE
Intermittent
Continuous
53E
53S
53M
53L
107S
107M
107L
53CL (left hand)
53CR (right hand)
107CL (left hand)
107CR(right hand)
Slide 9
Choice of hand
(continuous only)
Left hand
Right hand
Slide 10
53E
The ideal
alternative to
Hot Foil
Coders.
Print area:
53 X 30
Slide 11
SERIES 2 intermittent
Compatible with
most intermittent
motion packaging
and labelling
machinery.
area:
53 X 53
to
107 X 160
Slide 12
SERIES 2 continuous
Compatible with
most continuous
motion packaging
machinery.
area:
53 X 500
to
107 X 250
Slide 13
Thermal Transfer
Slide 14
Printer Frames
Over the past 30 years, OPEN DATE has
designed and manufactured frames to suit all
types of packaging machinery.
- Labelling machines
- Vertical bagging machines
- Horizontal bagging machines
- Thermopack machines
- Etc…
Slide 15
Labelling Machines
Slide 16
Vertical bagging machine
Slide 17
Horizontal bagging machine
Slide 18
Standard Frames
Over the years we have been able to establish a
standard frame design to suit most labelling machines.
All that remains is to adapt the standard frame to the
parent machine.
Slide 19
Printing requirements
•
•
•
•
•
•
•
•
•
Dates, Lot No., real time
Prices, weights
Numbering, codes
Lines, boxes
Barcodes
Logos & graphics
Database
Networking
Etc…
Slide 20
Software
In order to answer all of the customer’s needs, Open Date writes
& supplies it’s own software.
• CODESOFT PREMIER FORMAT DESIGN
Windows based software enabling all current format design.
• NETMODE
Up to 99 printers can be networked together enabling print
formats to be sent and updated as well as providing information
of the current status of each printer from a central station.
• SERVICEMODE
Enables customer to control and update format and printer parameters.
• RECOVERMODE
Simplified version of ServiceMode to recover initial printer and
format status.
Slide 21
Main Features
• All electric operation
• No air (3 stepper motors)
• High speed communications (115200 KB per seconde)
• High speed image generation and updating via dual image memory
• Up to 6 metre connection cables
• 3.6 megabyte user memory
• 11 printer models in the range
• Electronic adjustable print position
• Spy chip technology (automatic resistance, print width, meterage)
• Auto detect product before printing
• Ultra high speed cycle time (using lower speed for optimum quality)
• Self levelling printhead
• Network up to 99 printers
• Real time printing with customisation
Slide 22
Main Features
• Local or global graphics
• Multi level passwords (customisation of level names & codes)
• Standard Mini Terminal
• Up to 250 formats stored within the printer memory
• Updating variable fields using a database
• Standard WYSIWIG Windows software
• Quality engineered product with minimal maintenance requirement
• Power supply can be integrated into the parent machine
• Can be used without magazine to print on thermal substrate
• 2 ribbon sensors for optimum security
• Each printhead is individually adjusted to Kyocera specifications
• In house software department for optimum control and flexibility
• Electronic print positionning
• Low/end of ribbon warning with user output