THERMARK VS. OTHER MARKING
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THERMARK VS. OTHER MARKING

TherMark/CerMark VS.OTHER MARKINGLess

TherMark/CerMark VS.OTHER MARKING

There are many ways to mark today’s variety of products such as labels, engraving and printing technologies. Each of these methods has advantages and disadvantages making them more or less appropriate for your application’s unique requirements. We recommend evaluating your marking needs in at least three different dimensions: permanence, mark-ability & substrate integrity, and contrast & resolution. CerMark’s patented laser bonding technology offers a unique solution at the convergence of these three dimensions: our laser marking materials can make permanent, high contrast, high resolution variable marks on difficult materials without damaging the substrate. If your application requires this combination of factors then CerMark will be your optimal solution.

There are many ways to mark today’s variety of products such as labels, engraving and printing technologies. Each of these methods has advantages and disadvantages making them more or less appropriate for your application’s unique requirements. We recommend evaluating your marking needs in at least three different dimensions: permanence, mark-ability & substrate integrity, and contrast & resolution. CerMark’s patented laser bonding technology offers a unique solution at the convergence of these three dimensions: our laser marking materials can make permanent, high contrast, high resolution variable marks on difficult materials without damaging the substrate. If your application requires this combination of factors then CerMark will be your optimal solution.

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CerMark vs. Stamping & EngravingLess

CerMark vs. Stamping & Engraving

Stamping and engraving processes offer great permanence because they involve the physical engraving or indentation of the substrate. However, stamped and engraved marks lack contrast and resolution, leaving them difficult to view from a distance and making them inappropriate for bar codes or data matrices which need to be machine-read. Variable data such as serialization can be a challenge, as well. Stamping and engraving are also not appropriate for any sensitive application in which substrate damage is prohibited (common with medical devices, chrome plated bathroom fittings, cutlery, aerospace, automotive, etc). CerMark laser bonded marks are an improvement over stamping and engraving in permanence, contrast/resolution, ease of creating variable data, and substrate protection.

Stamping and engraving processes offer great permanence because they involve the physical engraving or indentation of the substrate. However, stamped and engraved marks lack contrast and resolution, leaving them difficult to view from a distance and making them inappropriate for bar codes or data matrices which need to be machine-read. Variable data such as serialization can be a challenge, as well. Stamping and engraving are also not appropriate for any sensitive application in which substrate damage is prohibited (common with medical devices, chrome plated bathroom fittings, cutlery, aerospace, automotive, etc). CerMark laser bonded marks are an improvement over stamping and engraving in permanence, contrast/resolution, ease of creating variable data, and substrate protection.

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Dot Peen / Pin StampingLess

Dot Peen / Pin Stamping

The dot peening or pin stamping process offers a cost effective way of creating a permanent mark, even creating variable data such as 2D codes and serial numbers. The process however, lacks contrast and resolution and damages the substrate. These techniques are also ineffective on glass and ceramics. CerMark laser bonded marks are an improvement over dot peen and pin stamping in contrast/resolution and substrate protection.

The dot peening or pin stamping process offers a cost effective way of creating a permanent mark, even creating variable data such as 2D codes and serial numbers. The process however, lacks contrast and resolution and damages the substrate. These techniques are also ineffective on glass and ceramics. CerMark laser bonded marks are an improvement over dot peen and pin stamping in contrast/resolution and substrate protection.

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Direct Laser MarkingLess

Direct Laser Marking

Direct laser marking is a common technique for marking metals and plastics, especially in industrial applications. It is fast, accurate and can facilitate variable data. The spot size of these lasers is quite small, allowing high resolution. However, direct marking has significant limitations on which metals can be marked: many raw metals, plated metals, and anodized aluminum are not appropriate. Additionally, direct marks on metal have poor viewing angles and only medium quality contrast, fade with extended UV exposure, and rely on carbon migration or annealing to create a mark. This alters the substrate, frequently creating corrosion sites that render direct marking inappropriate for sensitive applications. Finally, solid state lasers used in direct marking are substantially more expensive than lower cost CO2 lasers. CerMark laser bonded marks are an improvement over direct laser marks in permanence (no fading with UV exposure), contrast (improved human and machine readability), the number of metals appropriate for marking, and substrate protection. If you are already using direct laser marking and wish to upgrade to CerMark laser bonded marks, your existing laser will work; all you need to do is add the laser marking material. Otherwise, you can achieve all the benefits of CerMark laser bonded marks with a lower cost CO2 laser rather than a more expensive direct marking laser.

Direct laser marking is a common technique for marking metals and plastics, especially in industrial applications. It is fast, accurate and can facilitate variable data. The spot size of these lasers is quite small, allowing high resolution. However, direct marking has significant limitations on which metals can be marked: many raw metals, plated metals, and anodized aluminum are not appropriate. Additionally, direct marks on metal have poor viewing angles and only medium quality contrast, fade with extended UV exposure, and rely on carbon migration or annealing to create a mark. This alters the substrate, frequently creating corrosion sites that render direct marking inappropriate for sensitive applications. Finally, solid state lasers used in direct marking are substantially more expensive than lower cost CO2 lasers. CerMark laser bonded marks are an improvement over direct laser marks in permanence (no fading with UV exposure), contrast (improved human and machine readability), the number of metals appropriate for marking, and substrate protection. If you are already using direct laser marking and wish to upgrade to CerMark laser bonded marks, your existing laser will work; all you need to do is add the laser marking material. Otherwise, you can achieve all the benefits of CerMark laser bonded marks with a lower cost CO2 laser rather than a more expensive direct marking laser.

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Engrave and fillLess

Engrave and fill

Filling an engraved mark solves the problems of contrast associated with a normal engraved mark. On the downside, it is a lengthy process and the inks can still be removed using solvents and other cleaners. CerMark laser bonded marks are an improvement over engrave and fill processes in permanence, speed, ease of creating variable data, and substrate protection.

Filling an engraved mark solves the problems of contrast associated with a normal engraved mark. On the downside, it is a lengthy process and the inks can still be removed using solvents and other cleaners. CerMark laser bonded marks are an improvement over engrave and fill processes in permanence, speed, ease of creating variable data, and substrate protection.

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Ink Jet PrintingLess

Ink Jet Printing

Ink jet printing has many uses for serialization in high speed processes such as marking bottles and cans during production. The level of resolution and contrast achievable with ink jet printing is quite high and the ink does not normally affect the integrity of the substrate. The marks made will not be permanent, however, being easily destroyed using solvents. Ink jet marks are some of the least durable marks. CerMark laser bonded marks are an improvement over ink jet marks in permanence.

Ink jet printing has many uses for serialization in high speed processes such as marking bottles and cans during production. The level of resolution and contrast achievable with ink jet printing is quite high and the ink does not normally affect the integrity of the substrate. The marks made will not be permanent, however, being easily destroyed using solvents. Ink jet marks are some of the least durable marks. CerMark laser bonded marks are an improvement over ink jet marks in permanence.

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Labels & TransfersLess

Labels & Transfers

Labels have long been the staple method for identifying and serializing products. The labeling process is not truly a direct part marking solution and most labels are not viable in harsh environments where there is exposure to temperature changes, moisture or chemicals. The risk is that the label can be damage or removed, leaving no trace of the data. While some labels are designed to survive more extreme conditions, these labels tend to be rather expensive. CerMark laser bonded marks are an improvement over labels in permanence and cost.

Labels have long been the staple method for identifying and serializing products. The labeling process is not truly a direct part marking solution and most labels are not viable in harsh environments where there is exposure to temperature changes, moisture or chemicals. The risk is that the label can be damage or removed, leaving no trace of the data. While some labels are designed to survive more extreme conditions, these labels tend to be rather expensive. CerMark laser bonded marks are an improvement over labels in permanence and cost.

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Chemical EtchingLess

Chemical Etching

Chemical etching is used to mark glass and some metals. While offering a permanent solution, the marks lack contrast. It is also challenging to mark variable data and the chemicals used create environmental headaches for manufacturers. CerMark laser bonded marks are an improvement over chemical etching in contrast/resolution, ease of creating variable data, substrate protection, speed, and environmental friendliness.

Chemical etching is used to mark glass and some metals. While offering a permanent solution, the marks lack contrast. It is also challenging to mark variable data and the chemicals used create environmental headaches for manufacturers. CerMark laser bonded marks are an improvement over chemical etching in contrast/resolution, ease of creating variable data, substrate protection, speed, and environmental friendliness.

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More ComparisonsLess

More Comparisons

Laser marking quality test between Cermark, LaserBond 100, Enduramark and CRC Dry Moly Lube. 

This video will help you to understand how well each product works and how well they work on different surfaces.

 

Laser marking quality test between Cermark, LaserBond 100, Enduramark and CRC Dry Moly Lube. 

This video will help you to understand how well each product works and how well they work on different surfaces.

 

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CerMark USA

CerMark USA

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3714 Alliance Dr., Ste 100,


Greensboro, NC 27407 


TELEPHONE #: 336-288-1613

3714 Alliance Dr., Ste 100,

Greensboro, NC 27407 

TELEPHONE #: 336-288-1613

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