1
Startup home screen
Netalux Kamino 300 operator's guide
It looks intimidating at first, but the world's top laser cleaning machine has only a single screen for you to optimize and save your settings. When you want to rent again, save your settings on a flash drive for easy recall.
Read the operator's guide for the Netalux Kamino 300, including cleaning controls, deployment planning, and compliance preparation.
Dust capture and PAPR kit details are listed with every rental on the rentals page.2
Preset selection
3
Lens size
Metal
focal length
240-285 mm
Tight spot for rust and oxide.
Wood
focal length
650 mm
Broad spot to limit charring.
Masonry / Stone
focal length
415 mm
Balanced spot for controlled spallation.
4
Pattern selection: Line
Metal
Seams
Best for seams and edges.
Wood
Grain
Follow grain to reduce scorching.
Masonry / Stone
Joints
Use on joints and cracks.
5
Pattern selection: Square
Metal
Panels
Best for broad flat zones.
Wood
Flat patches
Safer than repeated line passes.
Masonry / Stone
Block faces
Use on planar open faces.
6
Pattern selection: Circle
Metal
Spot cleanup
Good for localized edge blending.
Wood
Knots / patches
Helps stay inside rounded areas.
Masonry / Stone
Pores / pits
Good for pits and pore cleanup.
7
Rotation
Metal
0-180°
Rotate freely on flat metal.
Wood
0-15°
Stay near grain direction.
Masonry / Stone
0-90°
Match the local contour.
8
Wobble frequency
Metal
40-180 kHz
Higher frequency smooths scan lines.
Wood
20-80 kHz
Lower frequency limits heat.
Masonry / Stone
60-140 kHz
Balances pore coverage and impact.
9
Wobble amplitude
Metal
0.30-1.00 mm
Wider spread speeds large passes.
Wood
0.05-0.20 mm
Keep spread minimal on wood.
Masonry / Stone
0.10-0.40 mm
Avoid overworking weak edges.
10
Cross hatch
Metal
2-axis
Use 2-axis for fuller fill.
Wood
1-axis
1-axis follows the grain.
Masonry / Stone
1-axis
Add 2-axis only if needed.
11
Hatch pitch
Metal
0.05-0.15 mm
Tight spacing for dense oxide.
Wood
0.20-0.40 mm
Wider spacing lowers heat.
Masonry / Stone
0.10-0.25 mm
Balanced spacing protects edges.
12
Laser power
Metal
210-300 W
Use the upper end for heavy scale.
Wood
30-120 W
Stay low to prevent scorching.
Masonry / Stone
120-210 W
Use moderate power on stone.
13
Pulse overlap
Metal
60-80 %
Higher overlap smooths tracks.
Wood
20-50 %
Lower overlap limits heat.
Masonry / Stone
40-60 %
Moderate overlap helps pore cleaning.
14
Pulse energy
Metal
1.0-2.0 mJ
Higher energy for thick scale.
Wood
0.1-0.4 mJ
Keep energy low on wood.
Masonry / Stone
0.4-1.0 mJ
Stay below the fracture threshold.
15
Preview laser
16
Confirmation/Save
