MARC 3

Description

  • Low energy consumption
  • Even and minimal heat input (low distortion)
  • Very short welding time (≤ 1 second) and consequently short cycle time in production
  • No welding additives required
  • Minimum upsetting force
  • Small and even welding seam
  • Only one-sided accessibility to the work piece required
  • Low investment costs for machine technique
  • Extremely clean process (minimum development of airborne particles)
  • No reworking of work piece or welding element (thread)

Please inquire about availability in your region.

Welding Range

Min. dia. 1/4'' (dia. 6 mm), max. dia. 1.18'' (dia. 30 mm) or internal thread #8 to 0.71'' (M4 to M18)

Welding Material

Weldable, high and low alloys, mild steel

Welding Rate

Depending on dia. 12 pieces/min (dia. 1.10'' (dia. 28 mm) approx. 2 to 4 pieces/min)

Welding Head

Linearmotor driven

Primary Power

480 V, 32 A (IT 1001); 115/230 V (PC-M3)

Power Source

Inverter

Field Former Unit

Tempered

Application

  • The most innovative process for welding pad type elements
  • To be used for nearly any application in metal working industry: The very low heat input avoids any distorition of the work
    piece and you get a perfect gas-tight weld with high and dynamic loading capacity
  • The most effective as well as most economical welding procedure for the welding hollow cylindrical parts
  • Closed and pressure sealed weld all-over
  • The welding requirements are manifold, reaching from the simplest static firmness to dynamic demanded gas tight
    connections at high temperature and pressure
  • Austenitic stainless steel (1.4301 and similar), low alloys (RSt 37-2 / S 235J2G3)
  • High productivity together with low manufacturing costs
  • No need for additional welding consumables and re-machining
  • Free programmable welding head

Features

  • Welding head with linear motor
  • Integrated process control for quality assurance
  • PC-controlled
  • Welding time approx. 800 msec with dia. 30 mm

Please refer to the operator's manual before using.