Thermal printers

USP private label 0.0002.M0653 (300 dpi) thermal Allen Coding (Diagraph) printhead that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Allen thermal printhead is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the printhead (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The Allen Coding (Diagraph) printhead is a wear component, the life of which is linked, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, adhesive and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will disappear ultimately resulting in prints of inferior quality. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are delayed to separate. These printheads are especially suitable for printing rolls.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 6400016 (300 dpi) thermal Allen Coding print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.The Allen thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label KCE-53-12PAT1-AG (300 dpi) thermal Allen Coding (Diagraph) print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.The Allen thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label Bizerba KD2004-DC91B | 65620170701 (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Bizerba thermal print head is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadshere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 65620170800, 71021930000 (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Bizerba's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 65620170900 (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Bizerba's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 65620171200 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Bizerba's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label KD2003-DC91B (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Bizerba's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label Bizerba KD2004-DC91B | 65620170701 (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Bizerba thermal print head is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, adhesive and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadshere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label KF2006-GM11B (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Bizerba's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label CAB 5954072 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.CAB thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label CAB 5954089 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.CAB thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 5956382 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.CAB's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 5977383 | 5977383.001 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.CAB's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 533640 (203 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Datamax O'Neil's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label PHD20-2241-01 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Datamax O'Neil thermal printhead is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the printhead (the print strip). These dots can be individually controlled and heated electronically. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, adhesive and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will disappear ultimately resulting in prints of inferior quality. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are delayed to separate. These printheads are especially suitable for printing rolls.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label thermal Digi printhead KF3004-GM50B | EXO-00030 (300 dpi) that prints without ink or toner. The print head prints directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Digi thermal printhead is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the printhead (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadshere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 110673 | 107138 | KPA-106-12TAF5 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.ELS thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label Intermec / Honeywell Printhead 1-040083-900 (300 dpi) thermal printhead which prints without ink or toner. The printheads print directly on thermal materials, or through an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.The thermal Intermec / Honeywell Printhead 1-040083-900 is an electronic component in which small pressure points (dots) or heat resistors are located in a line along the printhead (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal printhead is a sensitive part of a label printer. The printhead is a wear component, whose service life is, among other things, linked to the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residues, glue and paper residues and other environmental dirt. In addition to the resulting lower print quality, soiling causes temperature variations in the thermal printing head. This creates a risk of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots combined with the mechanical pressure on the passing paper or ink ribbon will wear down the printhead. Depending on its age and usage time, the print head will either lighten up or certain dots will disappear, ultimately resulting in prints of inferior quality.Types of printheadsThe printhead variants are distinguished by the arrangement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimetres from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with a delay. These printheads are particularly suitable for roll printing.True Edge PrintheadsHere the heating elements are not located on the carrier plate but on the thin side of the head. These printheads are height-adjustable and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere, the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved than with flat head printheads.

USP private label Leich und Mehl KF2003-GM50 | KD2003-DC72 (200 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.The Leich und Mehl thermal print head is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be individually controlled and heated electronically. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 10042449 (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or by means of an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.Markem-Imaje's thermal print head is an electronic component in which there are small pressure points (dots) or thermal resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the service life of which depends, among other things, on the maintenance of the thermal printhead.In practice, contamination occurs on the printhead, which is easy to clean. This soiling often consists of thermal transferlink residue, glue and paper residue and other environmental dirt. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. As a result, there is a chance of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located at a distance of a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short time and are separated with delay. These printheads are especially suitable for roll printing.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height and are therefore particularly suitable for printing on rigid materials.Near-Edge PrintheadsHere the heating elements are located directly at the edge of the carrier plate and the printhead is angled. The printing ribbon and the printing medium are separated more quickly, which increases the demands on the printing ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label Markem-Imaje 338217 | KF3004-GM50B (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or through an ink ribbon on various materials. The ink ribbon is also called ThermoTransfer Ribbon (TTR) or Ribbon.The thermal print head from Markem-Imaje is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal printheads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadsHere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label 34986-BA (300 dpi) thermal print head that prints without ink or toner. The print heads print directly on thermal material, or through an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The thermal print head from Markem-Imaje is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal print heads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints.Sorts of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadshere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.

USP private label Markem-Imaje ENM10058307 | KCE-53-12PAR1-MKMM (300 dpi) thermal printhead that prints without ink or toner. The print heads print directly on thermal material, or through an ink ribbon on various materials. The ink ribbon is also referred to as ThermoTransfer Ribbon (TTR) or Ribbon.The Markem-Imaje thermal print head is an electronic component in which there are small pressure points (dots) or heat resistors on a single line along the print head (the print strip). These dots can be electronically controlled and heated individually. The higher the number of dots, the better the print quality.The thermal print head is a sensitive part of a label printer. The printhead is a wear component, the life of which is related, among other things, to the maintenance of the thermal printhead.In practice, soiling occurs on the printhead, this is easy to clean. This contamination often consists of thermal transfer link residue, glue and paper residue and other environmental contamination. In addition to causing lower print quality, contamination causes temperature deviations in the thermal print head. This creates the possibility of dot failure.Heat, cooling and mechanical pressure are the main reasons why thermal print heads wear out. The rapid heating and cooling of the dots, combined with the mechanical pressure on the passing paper or ink ribbon will cause the print head to wear. Depending on the age and time of use, the print head will print lighter, or certain dots will drop out resulting in ultimately inferior quality prints. Types of printheadsThe printhead variants are distinguished by the placement of the heating elements:Flat-Head PrintheadsHere the heating elements are located a few millimeters from the edge of the carrier plate. The print ribbon and the print medium run parallel for a short period of time and are delayed separated. These printheads are especially suitable for printing rolls.True-edge printheadshere the heating elements are not located on the carrier plate, but on the thin head side. These printheads can be adjusted in height, making them particularly suitable for printing hard materials.Near-Edge PrintheadsHere the heating elements are located directly on the edge of the carrier plate and the printhead is at an angle. The print ribbon and the print medium are separated more quickly, which increases the demands on the print ribbons. However, higher print speeds can be achieved with this than with flat-head printheads.