The T-Matic-IQ-Label was developed specifically for the T-Matic-5020.
Its electric vacuum generator provides a strong grip on labels while significantly reducing energy consumption compared to pneumatic systems.
The system is designed for ease of use, allowing label position to be adjusted in all directions without requiring technical settings.
The T-Matic-IQ-Label is a label printer and applicator module designed for full integration into the T-Matic-5020, providing a compact packaging and labeling solution.
Furthermore, labels are applied directly during the packaging process. This guarantees that the product receives its corresponding label, as it cannot be lost or removed as would be the case with systems where the labeling unit is a separate unit placed after the packaging unit, requiring a transfer between the two work steps.
This also eliminates the need for an external conveyor belt after the packaging machine, which would require additional space, electricity, maintenance and a higher initial investment.
The T-Matic-IQ-Label is a fully electric system that offers greater reliability and repeatability than traditional pneumatic systems.
Unlike pneumatic systems that rely on venturi valves to generate vacuum suction for holding labels, the T-Matic-IQ-Label uses an electric system that eliminates the need for compressed air and ensures consistent label application.
Ventury valves are highly inefficient as they use a large amount of compressed air to create a small amount of vacuum suction. Additionally, they require high maintenance due to the venturi valves having very fine channels that tend to get clogged by textile dust, necessitating regular maintenance or replacement.
The T-Matic-IQ-Label is a fully electric label applicator that uses a high-velocity DC fan to generate strong suction for labels of all sizes to adhere to the vacuum pad.
This fan is highly efficient and suitable for dusty environments as it has no fine channels that could trap textile dust.
Additionally, the T-Matic-IQ-Label’s electric positioning system provides highly precise label placement, which is crucial for meeting modern branding requirements and maintaining brand reputation.
This system also enables quick label position changes without the need for tools.
This solution is for clients who require very small labels with a position very close to the T-Matic-5020’s side-sealer.
The turning mechanism allows for labels to be placed even on the edge of bags, while also increasing label capacity.
For E-Commerce clients, it is crucial that printed labels are placed on the correct items, especially when product sizes vary greatly. To address this, a special version of the IQ-Press can be used, which applies labels through a cutout.
Metric | Imperial | |
---|---|---|
Maximum Production per Hour | up to 1400 pcs. depending on label length and print resolution | up to 1400 pcs. depending on label length and print resolution |
Maximum Production per 8 Hours | up to 11200 pcs. depending on label length and print resolution | up to 11200 pcs. depending on label length and print resolution |
Power Supply | Provided by T-Matic-5020 | Provided by T-Matic-5020 |
Peak Power Consumption | 0,48 kWh | 0.48 kWh |
Module Dimension | Fully integrated into T-Matic-5020 footprint | Fully integrated into T-Matic-5020 footprint |
Machine Weight | 40kg | 88lb |
Printing Method | Direct Thermal / Thermal Transfer | Direct Thermal / Thermal Transfer |
Print Resolution | 8 dots/mm Upon request: 12 dots/mm 24 dots/mm | 203 dpi Upon request: 305 dpi 609 dpi |
Label Width | 22 – 104 mm (wider upon request) | 0.87 – 4.09in (wider upon request) |
Label Length | 10 – 150mm (longer upon request) | 0.39 – 6in (longer upon request) |
Label Sensor Type | I-mark Sensor and Label Gap Sensor | I-mark Sensor and Label Gap Sensor |
Label Types | Roll die-cut labels Plain paper or synthetic paper | Roll die-cut labels Plain paper or synthetic paper |
Label Thickness | 0.060 – 0.268 mm | 0.002in – 0.011in |
Label Roll Diameter | Max. Ø265mm Chuck diameter: Ø76mm or Ø101mm | Max. Ø10.43in Chuck diameter: Ø3.0in or Ø4.0in |
Label Roll Winding | Face In / Face Out. No Setting Change Required | Face In / Face Out. No Setting Change Required |
Ribbon Max. Length | 600 m 450 m when ribbon width is 39.5 mm | 1968.5’ 1476.4’ when ribbon width is 1.55” |
Ribbon Max. Diameter | 90 mm Chuck diameter: Ø25,4mm | 3.5in Chuck diameter: Ø1in |
Ribbon Roll Winding | Face In / Face Out. No Setting Change Required | Face In / Face Out. No Setting Change Required |
Printer Interfaces and protocols | USB 2.0 (Type A & B), RS232C, IEEE1284, EXT, NFC, Ethernet (IPv4/v6) supporting:TCP/IP, LPR, FTP, SNMPv3, NTP, HTTP, DHCPv4, Stateless Auto Configuration, Stateful Auto Configuration (DHCPv6) | USB 2.0 (Type A & B), RS232C, IEEE1284, EXT, NFC, Ethernet (IPv4/v6) supporting:TCP/IP, LPR, FTP, SNMPv3, NTP, HTTP, DHCPv4, Stateless Auto Configuration, Stateful Auto Configuration (DHCPv6) |
Printer Optional Interface | Wireless LAN, WiFi Certified, WiFi Direct, IEEE 802.11 a/b/g/n/ac Dual Band (2.4GHz, 5GHz), Security: WEP, WPA, WPA2, Dynamic WEP, DHCP Option 81. Bluetooth Ver. 3.0 | Wireless LAN, WiFi Certified, WiFi Direct, IEEE 802.11 a/b/g/n/ac Dual Band (2.4GHz, 5GHz), Security: WEP, WPA, WPA2, Dynamic WEP, DHCP Option 81. Bluetooth Ver. 3.0 |
Printer Remote Access | SNMP Ver.3, HTTPs | SNMP Ver.3, HTTPs |
Supported printer protocols | Standard: SBPL (SATO Barcode Printer Language) Emulation Language: Auto detect – SZPL, SDPL, SIPL, STCL, SEPL | Standard: SBPL (SATO Barcode Printer Language) Emulation Language: Auto detect – SZPL, SDPL, SIPL, STCL, SEPL |
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