EXAMPLE VIDEOS
In this example video we used a DYNAMOMETRIC WRENCH to lock the screws with a precise value (Nm Newton Metro) to guarantee the right locking force.
Standard knives
Locking moments
M8 = 9 Nm | M6 = 6 Nm | M5 = 4 Nm
Screw with internal hexagon
Profiled knives
Locking moments
M10 = 13 Nm | M8 = 11 Nm
Screw with internal hexagon
Small grooves - Side
Locking moments
M5 = 7 Nm
Square screws
Small grooves - Front
Locking moments
M5 = 3 Nm
Screw with internal hexagon
Scribing knives
Locking moments
M5 = 4 Nm
Screw with internal torx
Radius knives
Locking moments
M6 = 6 Nm
Screw with internal hexagon
Grooves knives
Locking moments
M6 = 6 Nm
Screw with internal hexagon
Insert knives
Locking moments
M6 = 8 Nm
Screw with internal hexagon
Corner knives
Locking moments
M6 = 8 Nm
Screw with internal hexagon
Planer knives
Locking moments
LEGA: M10 = 20 Nm | M12 = 25 Nm
ACCIAIO: M10 = 35 Nm | M12 = 40 Nm
Screw with internal hexagon
Planer knives with ogives
Locking moments
M10 = 13 Nm | M8 = 11 Nm
Screw with internal hexagon
Centrolock planer knives
Locking moments
M8 = 8 Nm | M6 = 6 Nm
Screw with internal hexagon
HSS knurled knives
Locking moments
M10 = 25 Nm | M8 = 20 Nm
Screw with internal hexagon
HSS knives
Locking moments
M10 = 25 Nm | M8 = 20 Nm
Screw with internal hexagon
Thin joints
Locking moments
M4 = 1,5 Nm
Screw with internal torx
Front fixing
Locking moments
M10 = 12 Nm | M8 = 9 Nm | M6 = 6 Nm
Screw with internal hexagon
Back fixing
Locking moments
M6 = 12 Nm
Screw with internal hexagon
Hubs with screws
Locking moments
M6 = 10 Nm | M5 = 8 Nm
Screw with internal hexagon
Front fixing on router
Locking moments
M5 = 2,5 Nm | M4 = 2,5 Nm | M3,5 = 2,5 Nm
Screw with internal torx
Back fixing on router
Locking moments
M5 = 3,5 Nm | M4 = 3,5 Nm | M3,5 = 3,5 Nm
Screw with internal torx
Saw on trimming hogger
Locking moments
M6 = 5 Nm | M5 = 4 Nm
Screw with internal hexagon
Adjustable lock system
Locking moments
M10 = 13 Nm | M8 = 11 Nm | M5 = 2,5 Nm
Screw with internal hexagon & torx