- Item number: 904011
Second generation of sharpness.
Maximum flexibility.
Maximum sharpness.
The HORL ® 2 is the latest technological benchmark of the HORL roll grinder family. Two grinding angles and exchangeable grinding discs ensure maximum flexibility. A completely new, backlash-free rolling feeling is created by the press assembly and the built-in ball bearings. The ceramic coating on the honing side guarantees impressive grinding results for a perfect cut.
Rolling sharener: h 85 mm, Ø 55 mm
Magnetic angle suppoert: 113 x 55 x 22 mm
Total weight: 597 g
Diamond
Grinding Disc
The HORL® Diamond Standard is the ideal surface for efficiently grinding all knife steels of any hardness degree without water. The 46μm grit size makes an optimal sharpening result possible and guarantees a long grinding surface lifetime.
Ceramic Honing Disc
Honing Disc
After using the HORL® diamond standard, the ceramic honing disc significantly refines the grinding result. Only a few movements are needed for this. The result is a smooth, clean and perfectly sharpened knife edge.
20° grinding angle
for a stable sharpness
The 20° grinding angle is the ultimate all-purpose weapon in the fight against dull knives. It even provides many pocket knives with a stable cutting edge and excellent sharpness for everyday use.
15° grinding angle
for maximum sharpness
With the 15° grinding angle, exceptionally fine blades made of damascus and high-quality carbon steel attain maximum sharpness. These knife edges can be sharpened very delicately and maintain their stability.
Superior
Efficiency
The HORL® Diamond Standard is the most durable and efficient abrasive on the market. The monocrystalline diamonds are harder than any knife steel and are fixed using a galvanic process to approx. 55% in a nickel bed.
The Magnetic-Angle-Support
The Secret to the Perfect Angle
The combination of strong neodymium magnets and the HORL® S-Pad make it possible to securely fix the knife during grinding. Strengthened by the anti-slip effect of the S-Pads, even small blades of any height can be consistently and reproducibly sharpened.