Lames de scie-ruban bi-métal IDEAL Super SCL GT

IDEAL SUPER SCL GT Bi-Metal Bandsaw Blades

Name: IDEAL SUPER SCL GT Bi-Metal Bandsaw Blades
Brand: Ideal
SKU: IDE-ALPHATEC-1-1
Availability: InStock

Perfect high-performance bi-metal band saw for solids and difficult to machine and cut materials.

CODE 70

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A multidisciplinary team to accompany you in your projects

A remarkable After-Sales Support

Unrivaled quality and a customized product

SKU: IDE-ALPHATEC-1-1 Categories: Bi-metal Bandsaw Blades, Blades & Band Saws

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Documentation

IDEAL Band Saws & Blades Catalogue

Features and Benefits

Saw and cut continuously and regularly (“Smoothly”)
Ground teeth with unique tooth geometry
More aggressive rake angle (11°) and positive angle for better penetration into the material.
Very versatile blade
Smooth, clean finish of cut materials
Optimal chip formation
Designed for sawing machines with constant and variable feed rate
Quiet cut

Applications and Materials

Solid materiald
Stainless steels
Difficult to cut materials
Rust and acid resistant materials
General purpose
Machining and maintenance workshop
Manufacturer

Blade Teeth

Available Sizes and Width / Ticknesses

Width x Thickness		Teeth per Inch
Dimensions (mm)	Dimensions (inch)	3/4	2/3	1.4/2	1.1/1.4	0.7/0.9
34 x 1.10 mm (1 1/4" x 0.042")	34 x 1.10	1 1/4" x 0.042	■	■
41 x 1.30 mm (1 1/2" x 0.050")	41 x 1.30	1 1/2" x 0.050	■	■	■
54 x 1.60 mm (2" x 0.062")	54 x 1.60	2" x 0.062		■	■	■
67 x 1.60 mm (2 5/8" x 0.062")	67 x 1.60	2 5/8" x 0.062			■	■	■
80 x 1.60 mm (3 1/8" x 0.062")	80 x 1.60	3 1/8" x 0.062				■	■

Sinewave Technology Available

Unique Benefits

Cuts 30-40% faster on work-hardened materials and metals
Longer lifetime
Compatible on any existing bandsaw machine
Decreased vibration for a more consistent cutting rate

The SINEWAVE process can only be applied to welded band saws, not coil stock. All IDEAL bi-metal band saws are eligible.

Entirely Customisable!

SINEWAVE parameters are engineered to meet any application or production requirements, optimizing the blade’s performance across a wide range of materials.