Experts specializing in industrial marking machines for more than 10 years, specializing in various solutions for providing laser marking machines and dot peen marking machines. Good at marking solutions in the energy, aerospace, automotive, electronics, metal processing, medical industries etc.

Fiber laser marking on the shank of a solid carbide end mill

Hardness Conversion Chart: HRC, HB and HV (With What Marks Each Hardness)

Type any reading into the calculator, or find your row in the hardness conversion chart below. Values follow ASTM E140 for non-austenitic steels and are approximate. Hardness converterScaleHRC (Rockwell C)HRB (Rockwell B)HV (Vickers)HB (Brinell 3000 kgf)ReadingHRC–HRB–HV–HB–HRA–Tensile–What marks itHand stampsDot peenFiber laserNon-austenitic steels only (ASTM E140 Tables 1–2). Results are approximate. A hardness number is only…

keycap

Discover 10 Direct Part Marking Methods That Work Best

You want your products to be marked quickly and clearly. You also want the marks to last a long time. Here are 10 Direct Part Marking Methods that work well in many industries: Laser Etching Laser Engraving UV Laser Marking Laser Annealing Dot Peen Marking Electrochemical Etching Scribing Abrasive Blasting Marking Indenting / Embossing Inkjet…

HS-DE01 Dot Peen Marker vs ASM6090 Scribe Marker

HS-DE01 Dot Peen Marker vs ASM6090 Scribe Marker: How to Choose

Comparing Key Features of Two Markers Explore the differences between HS-DE01 and ASM6090 markers. Features HS-DE01 Dot Peen Marker ASM6090 Scribe Marker Marking Method Electric Dot Peen (Pin Impact) Pneumatic Scribe (Dragging Tip) Marking Speed 1-3 characters/s (fast) Moderate (may miss strokes at high speed) Noise Level Higher Lower (quiet operation) Marking Depth 0.01mm -…

Laser Marked Crystal Trophy

Sub-Surface Laser Engraving (SSLE) vs. CO2 Surface Etching: The Best Choice for Premium Glass & Crystal Trophies

The Quick Verdict: What is Sub-Surface Laser Engraving (SSLE)? Sub-Surface Laser Engraving (SSLE) is a high-precision laser technology that uses a focused green laser beam (typically 532nm) to create micro-explosions inside a transparent material, such as crystal or high-grade glass. By precisely controlling the focal point in three-dimensional space, the laser creates thousands of microscopic dots…

F-tha lens

The Hidden Maintenance Costs of Industrial Marking: F-Theta Lens Care vs. Carbide Pin Sharpening

The Quick Verdict: Laser vs. Dot Peen Maintenance The true cost of an industrial marking system isn’t found on the invoice—it’s found in the Operating Expense (OPEX) over a five-year lifecycle. For Laser Markers:The “Invisible Killer” is accumulated metal dust on the F-Theta Field Lens. Failure to clean this $400–$800 component leads to localized heat absorption,…