• Steel
  • High strength steel*Up to Rm = 1.500 MPa tensile strength, like 22MnB5
  • Sandwich-panels
  • Surface coated or pre-painted panels
  • Aluminium
  • Magnesium
  • Carbon fibre reinforced plastics
  • Applicable in thicknesses down to 0.5 mm

Engineering benefits by using fasteners

  • High static and dynamic load
    dynamic lifetime test shows that the fatigue break force of rivets nuts are
    two times higher than with weld fasteners
  • Precise positioning in sheet metal part
    tolerances could be cut in half in comparison with weld fasteners
  • No damage of the microstructure of the material or weld splatters
    because of a cold forming process
  • Easy and non-destructive tests to check the quality by the worker
    instead of screening the cross section of a weld fastener in the panel
  • Gas and liquid tight joints possible according to the requirements of the
    automotive industry

Stud installation method

Nut installation methods

“Rivet Automatic Installation System”

Type A

  • Actuator is fixed
  • Robot will carry the clamp and hold the panel
  • CCD will correct the position on the panel before installation

Type B

  • Actuator is fixed with Robot
  • CCD fixed with Actuator
  • Panel set on table and clamp
Rivet Nuts Types
RND, RSN, RSF, RSK, REN
Rectangular Pierce Nuts Types
HIP ON WIRE / HIP LOOSE UMP ON WIRE / UMP LOOSE
Self Pierce Clinch Nuts Types
MHN, MHD, A9N
Rivet Nuts Types
RND, RSN, RSF, RSK, REN
Rectangular Pierce Nuts Types
HIP ON WIRE / HIP LOOSE UMP ON WIRE / UMP LOOSE
Self Pierce Clinch Nuts Types
MHN, MHD, A9N

Tooling equipment for the most efficient way

Manual insertion procedure

As a low-cost method for limited series, single parts and prototypes

Fully automatic placement utilizing installation tools, automatic presses

Very economical for mass production

Robot-controlled placement during final assembly

Ideal for large pre-formed metal pieces and component parts with fastener elements assembled in different planes

Flow Drilling System
  • Immediate identification and reporting of any incorrect assemblies
  • Screw parameters can be individually parametrized per screw location
  • Compact design for hard-to-access screw locations
  • Fast bit change without tools
  • Feed head can be removed without auxiliary tools
  • Feed arm can be changed without auxiliary tools
  • Very low moving masses
  • Automatic feeding of the screws
  • Magazine on the automatic screwdriver with separate filling station
  • Compact working radius of clamping surface to the screw axis, beneficial robot lever arm
  • Can be used as a robot solution in any position

Screw unit

  • Dimensions (WxDxH) : 350 x 280 x 750 mm
  • Bit / Holding force (screwdriving head touch down) : 3300 N / 1200 N
  • Motor rpm : 5100 min-1
  • Torque : max. 15 Nm
  • Weight : approx. 45 kg
  • Screwdriving- / Cycletime : approx. 3 s / 4 s (depends on material pairing)

Easy and mainenance friendly Screw driving system,

Change of  Tooling in less then 10 sec.

Filling station

  • Dimensions (WxDxH) 1200 x 900 x 1650 mm
  • Filling speed 40 sec./magazine

Magazine with 27 chambers

  • Dimensions (WxDxH) 120 x 120 x 63 mm
  • up to 9 codes can be mechanically coded; for different screws to avoid confusion

Feed unit

  • Dimensions (WxDxH) 600 x 600 x 1150 mm
  • Conveying speed max. 40 pcs./min Fitting quantity 10 litre0s

Compact,

Vibration-free sorting container,

Gentle feeding principle.