Bending machines

Bending machines, bar benders, ring bending machines and combination machines for bending reinforcing steel and producing shaped components, spirals and rings.

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8
products
COMBINE-PFT26-24

Combined Shear / Bending Machine

For small workshops or as a backup machine, the range of combined shear/bending ...
Combined Shear / Bending Machine
cerceuse-spiraleuse-schnell

Ring bender / Spiral bender SCHNELL CER 40

The CER 40 SCHNELL is a bending machine designed for the production of circles, ...
Ring bender / Spiral bender SCHNELL CER 40
cintreuse-schnell

SCHNELL Bending Machines for Concrete Rebar

The SCHNELL bending machines are designed for bending reinforcing steel in bendi...
SCHNELL Bending Machines for Concrete Rebar
cerceuse-spiruleuse

TECMOR Hoop/Spiral Bender

For making hoops from steel Ø 6 mm up to Ø 32 mm. The minimum diameter of a spir...
TECMOR Hoop/Spiral Bender
Cintreuses à armatures TECMOR PF-4S

TECMOR PF-4S rebar bending machines

The TECMOR PF-4S bending machines are specifically designed for processing large...
TECMOR PF-4S rebar bending machines
cintreuse-tecmor-pf-36-N

TECMOR PF-N series rebar bending machines

TECMOR PF-N series bending machines enable precise shaping of rebars and stirrup...
TECMOR PF-N series rebar bending machines
Cintreuses à armatures TECMOR PF-S

TECMOR PF-S rebar bending machines

TECMOR PF-S bending machines are designed for bending rebars and stirrups in dem...
TECMOR PF-S rebar bending machines
ST24

TECMOR stirrup bending machine

The TECMOR stirrup bending machines are specifically designed for the rapid manu...
TECMOR stirrup bending machine

Bend and shape reinforcing steel to suit your requirements

Bending machines are used to bend, curve and shape reinforcing steel to the geometries required for construction sites or precast concrete production.

This category includes solutions for workshop or on-site bending and the production of spirals, rings, stirrups and custom shapes. The choice of equipment depends on the reinforcement diameter, the type of shape required, the expected production rate and mobility constraints.