Degree indexing via 360° scale with crank and vernier scale
Precision cone roller bearings
Stability even under high stress
24 positions (15° pitch)
Large spindle bore, for clamping longer workpieces
Three-jaw lining
Direct parts via latboards for higher production speed for mass parts
Including clamping disc with 3 grooves
RTU 165
24 divisions with direct part disc and angular degree parts over 360 degree angle scale - no groove, three-jaw lining mounted, with optional indirect partial disc swiel divisions in high number possible
Degree parts over 360° scale with crank and nonius
Large spindle bore, for clamping longer workpieces
Three-jaw lining
Direct parts via latboards for higher production speed for mass parts
Including clamping disc with 3 grooves
RTE 165
24 divisions with direct part disc and angular degree parts over 360 degree angle scale - no groove, three-jaw lining mounted, no indirect partial disc
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
With the Thermdrill process, you can easily create 100% torsion-proof and wobble-free threaded bushes from the existing material in just two steps. And at a fraction of the cost of rivet nuts.
100% torsion-proof
For steel, VA, non-ferrous metal, aluminum
For all common thread sizes
From 1.0 mm wall thickness
For pillar drills, milling machines and CNC (assuming sufficient speed and motor power)
