Examples

Propeller shafts

Application, field
Material
Bonding dimensions

φ65×t1.6

Conventional technique

Merits of Adopting Izumi Equipment

Conventional technology: CO2 arc welding

Issues to be resolved

● Reduced unbalance required in response to demands for low vibrations.
● There are many yoke bonded part fit shapes, and improving productivity was a problem.
● Discovery of welding defects is difficult, special cost required for inspection.

Adoption merits

● Significant reduction in unbalance, contributing greatly to reduced vibration.
● Unification of yoke bonded part shape to butt weld, elimination of cutting processsimplification of machining processes, fewer line workers, resulting in significantly improved productivity.
● Zero defective part outflow by managing pressure welding conditions, resulting in dramatically improved inspection costs. Zero shipped product defect rate!!
● Weight reduction due to improved bonding strength contributes to technological breakthrough.
● Reduced costs and reduction in secondary welding materials to zero results in significantly reduced power consumption.

Applicable Model

Examples of Other Fields / Merits

Steering rack shafts
Steering rack shafts

SCr415×STKM13C

Stud bolts
Stud bolts

S45C×S45C

Axle shafts
Axle shafts

S45C×S45C×SCM435

Excavation bits
Excavation bits

Carbide x (nickel) x carbide

Click here for list of examples

Friction welding materials

Stable, complete joints are realized, even when combining dissimilar metals or nonferrous metals.

Inquiries

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