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Thermal Transfer Overprinting Coder

Name: Thermal Transfer Overprinting Coder
Brand: LMI INDIA PVT. LTD.
Price: 100000 INR
Availability: InStock

Price 100000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Thermal Transfer Overprinting Coder Specification

Processor Type
High-Speed Embedded Processor

IP Rating
IP54

Control Type
Digital

Sensor Type
Photoelectric Sensor

Automation Grade
Automatic

Connectivity Type
USB, RS232

Load Capacity
Up to 60 prints/min

Speed Range
30 to 500 mm/sec

Screen Size
2.5 inch LCD Display

Mounting Type
Tabletop, In-line Mounting

Features
High-resolution printing, Maintenance-free operation, Low ribbon consumption

Remote Control
Yes

Weight
Approx. 13 kg

Drive Type
Stepper Motor

Phase
Single Phase

Application
Batch Coding, Expiry Date Printing, Barcodes on Flexible Packaging

Cable Length
2 meters

Frequency
50/60 Hz

Material
Stainless Steel, High-grade Industrial Plastic

Power
120 W

Temperature
Adjustable up to 200C

Voltage
220 V AC

Cooling System
Air Ventilation

Compatible Ribbon Type
Wax, Wax-Resin, Resin

Print Resolution
300 dpi

Operating Humidity
20% to 85% RH

Character Sets
Alphanumeric, Symbols, Barcodes, 2D codes

Memory Capacity
Up to 1000 print files

Ribbon Width
25 mm / 33 mm

Print Format
Text, Numeric, Graphics, QR codes

Languages Supported
English, Multilingual

Print Area
32 mm x 80 mm

Interface
Touch Panel, PC Software

Thermal Transfer Overprinting Coder Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
20 Units Per Day

Delivery Time
4 Week

About Thermal Transfer Overprinting Coder

LMI Offers Thermal Transfer Overprinting machine for continuous and intermittent printing as well as off-line printing. The intermittent machines are suitable where the web material or item to be printed stops once per machine cycle and continuous printers are for use where the substrate material or object to be printed is fed continuously when the parent machine is operating.

Versatile Thermal Transfer Printer, capable of printing quality images, including texts, Graphics, Dates, Bar codes and 2D codes on to flexible packaging material, including labels, films , foils, cartons and cards. They are available in two print widths,53 mm and 107mm and can print images up to 500mm long.

Capabilities:

Innovative Design
Self-Levelling Printhead
Automatic Self Diagnosis
Touch Screen
Easy Handling
Realtime Printing
Ribbon Saving Mode

Specifications	Intermittent	Continuous	Intermittent Without Air
Print Area	32x501/53x501/107x751	32x125C/53x125C/107x125C	32x401/53x401
Number Of Lines	Multiple	Multiple	Multiple
Printing Speed	450mm per second	Upto 600mps	300mm per second
Resolution	300dpi	305dpi	300dpi
Ribbon Length	600mtrs	55mm/305.5mm	500mtrs
Data Connection	USB, Ethemet	Serial	USB, Ethemet
Printing Capabilities	Alphanumeric,10/20 Code, Graphics	Alphanumeric,10/20 Code, Graphics	Alphanumeric,10/20 Code, Graphics
Applications	Packaging, Labelling, Films, Cartons, Cards, Foils	Packaging, Labelling, Films, Cartons, Cards, Foils	Packaging, Labelling, Films, Cartons, Cards, Foils

Precision and Versatility

Engineered to deliver crystal-clear prints at 300 dpi, this coder accommodates a wide array of print formatstext, numeric, graphics, and QR codes. The large print area and adjustable ribbon width enable compatibility with multiple packaging sizes, ensuring adaptability across diverse industries.

Reliable and User-Friendly

The touch panel and PC software offer seamless control and easy configuration, while multilingual support enhances accessibility for operators. Mounted on tabletops or integrated in-line, the coder is designed for automated, high-speed batch operations without frequent maintenance interruptions.

Durable Construction, Efficient Performance

Built from stainless steel and high-grade industrial plastics, the coder withstands tough manufacturing environments. The cooling system, IP54 rating, and energy-efficient power requirements ensure consistent performance, safety, and longevity. Its low ribbon consumption helps reduce operating costs while supporting eco-friendly practices.

FAQs of Thermal Transfer Overprinting Coder:

Q: How does the Thermal Transfer Overprinting Coder ensure high-resolution and clear prints on packaging?

A: The coder operates at a 300 dpi print resolution, ensuring sharp text, graphics, and barcodes. Its adjustable print area and ribbon width allow precise marking on diverse flexible packaging materials, resulting in consistently clear prints.

Q: What ribbon types are compatible with this coder, and how do I select the right one for my application?

A: This coder supports wax, wax-resin, and resin ribbons, each suited for different substrate materials and durability requirements. For general batch coding, wax is ideal; wax-resin offers better abrasion resistance, while resin provides maximum durability for harsh environments.

Q: When should I adjust the temperature settings on the coder, and what is the maximum temperature?

A: The temperature can be adjusted up to 200C to optimize print quality based on ribbon and substrate type. Adjustments are typically made when switching packaging materials or ribbon types to ensure optimal transfer and adhesion.

Q: Where can the Thermal Transfer Overprinting Coder be installed within my facility?

A: The coder is designed for flexible installation options, including tabletop mounting for standalone use or in-line mounting as part of automated production lines. Its compact size and in-line compatibility make it suitable for various industrial setups.

Q: What is the process for storing and managing print files on this coder?

A: With a memory capacity for up to 1,000 print files, users can store multiple templates encompassing text, graphics, barcodes, and QR codes. Files are managed via a touch panel or PC software, allowing quick selection and modification as needed.

Q: How does the coder benefit my packaging operation in terms of productivity and maintenance?

A: It supports speeds up to 60 prints per minute and offers maintenance-free operation thanks to its stepper motor drive, efficient ribbon consumption, and robust cooling system. These features minimize downtime and operational costs while boosting throughput.

Q: What connectivity options are provided for integrating the coder into my existing workflow?

A: The coder is equipped with USB and RS232 interfaces, facilitating easy integration with computers and production equipment. Digital control and high-speed embedded processor ensure responsive, reliable data transfer and operation.

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