Updated product information. We are reviewing every description in the catalogue. The application area and the materials listed may be incorrect while we set the correct materials on all articles. If in doubt, ask your contact at A4.

Application area
Materials
  • Aluminium

Thin to thick sheets (1.5-10 mm), pipes and profiles, incl. aluminium (dia. < 30 mm)

Description

A break-proof all-rounder in metal The Uni Speed M has a progressively declining tooth pitch and special tooth geometry, enabling work in materials with differing densities. The milled, crimped teeth are designed for quick cuts in sheet metal. The bimetal, made of hardened HSS (high-speed steel), and the carrier made of highly elastic HCS reduce the risk of breakage and provide sufficient strength and flexibility to cut perforated sheet steel (standard thickness).

Advantages

  • Progressively increasing tooth pitch for use on materials with differing densities
  • Fast progress
  • Reduced risk of breakage thanks to bimetal

Technical specifications

CutStraight, fast cut
Effective length75 mm
Jigsaw-blade connection typeT shank
Length100 mm
MaterialBimetal
Max. teeth spacing2.6 mm
Min. teeth spacing1.2 mm
Min./max teeth spacing1.2-2.6 mm
Thickness1 mm

Expected delivery: 29–30 Sep

Order by Wednesday 23:59 · sent to Reca on Thursday

RECA Uni Speed M jigsaw blade, tooth pitch 1.2–2.6 mm, length 75/100 mm

A break-proof all-rounder in metal The Uni Speed M has a progressively declining tooth pitch and special tooth geometry, enabling work in materials with differing densities. The milled, crimped teeth are designed for quick cuts in sheet metal. The bimetal, made of hardened HSS (high-speed steel), and the carrier made of highly elastic HCS reduce the risk of breakage and provide sufficient strength and flexibility to cut perforated sheet steel (standard thickness).

Article number0604205001
EAN4029484916603
Pack unitpk (10 pcs)
CutStraight, fast cut
Effective length75 mm
Jigsaw-blade connection typeT shank
Length100 mm
MaterialBimetal
SupplierRECA NORM