M42 - Bimetal Band Saw Blade with Cobalt

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2 M42 - Bimetal Band Saw Blade with Cobalt This high-performance saw band is especially suitable for serial cutting of all types of metals. The teeth are made of high speed steel with 8% cobalt and 10% molybdenum % increase in cutting speed compared to tool steel band saw blades Up to 50% reduction in cutting time, resulting in higher productivity Operating life 10 times higher than that of tool steel bands Increased cutting accuracy These advantages result in more cost-efficient cutting operations both for one-time applications and serial production. Specifications - M42 [mm] teeth per inch (tpi) 0,75 1, ,75/1,25 1,4/ 2 2/3 3/4 4/6 5/8 6/1 0 8/12 10/14 [in.] 6 x 0,90 CW CW 1/4x x 0,90 CW CW 3/8x x 0,65 1/2x.025 CW 13 x 0,90 CW CW 1/2x.035 CW 20 x 0,90 CS /CS 3/4x.035 CS CS 27 x 0,90 CS /CS / /CS /CS 1 1/16x x 1,10 CS CS / /CS /CS 1 1/3x x 1,30 CS CS / /CS /CS 1 5/8x x 1,30 / CS 2 1/8x x 1,60 / 2 1/8x x 1,60 80 x 1,60 2 5/8x /8x.063

3 M51 - Bimetal Band Saw Blade with 10% Cobalt and 10% Tungsten Designed for use in heavy duty cutting applications. The cutting performance of the high speed steel teeth is greatly increased through alloying with 10% cobalt and 10% tungsten. These alloying elements substantially increase heat resistance as well as fatigue resistance. Longer operating life Increased cutting accuracy Allows cost-efficient cutting of materials with low machinability, such as nickel and titanium alloys [mm] Specifications - M51 teeth per inch (tpi) 1,25 0,75/1,25 1,4/2 2/3 3/4 4/6 [in.] 27 x 0,90 CS 1 1/16x x 1,10 CS 1 1/3x x 1,30 1 5/8x x 1,60 2 1/8x x 1,60 80 x 1,60 2 5/8x /8x.063 Matrix 2 The Matrix2 saw band is manufactured with the same 4% chrome backing material as all our other high-quality bimetal band saw blades. The superior properties of the tooth cutting edge during high-vibration sawing, like cutting thin-wall tubing, cross sections and bundle cutting applications, are achieved through reduced tungsten and carbon content. High cobalt content (8%) gives high edge wear resistance. This saw blade, with its excellent cutting edge features, is suitable for cutting medium alloyed steel, as well as non-ferrous metals in an automatic sawing mode. High cutting accuracy High wear resistance Long life, even in high-vibration cutting applications Specifications - Matrix teeth per inch (tpi) [mm] 2/3 3/4 4/6 5/8 6/10 8/12 [in.] 27 x 0,90 /CS 1 1/16x x 1,10 CS 1 1/3x.042

4 Optima Flex Made from specially hardened and tempered alloyed steel. Recommended for use in workshops and for serial production. Most suitable for cuffing structural steels, alloyed tool steels and high speed steels as well as plastic materials. Specifications Optima Flex Dimensions(inch) Teeth per inch (tpi) Dimensions(mm) /8x.025 5/32x.025 4x0,65 1/4x.025 CS 6x0,65 5/16x.025 CS 8x0,65 3/8x.025 CS 10x0,65 1/2x.025 CS 13x0,65 5/8 x.025 CS 16 x 0,65 5/8 x.032 CS 16 x 0,80 3/4 x.032 CS 20 x 0,80 1 x.035 CS CS CS 25x0,90 SP The optimized tooth geometry and the specially-developed backing material guarantee an extremely long service life with consistently reliable precision. With the newly-developed duoflex SP the cutting of high alloy materials and exotic alloys, such as Cri, Hastelloy, Monel or imonic, becomes even more cost-efficient. Specifications SP Dimensions(inch) Teeth per inch (tpi) Dimensions(mm) 1/1,3 2/3 3/4 1-1/2 x x 1,30 2 x x 1,60 2-5/8 x x 1,60 3 x x 1,60

5 Tristar Carbide tipped band saw blades for materials with low machinability such as castings, non-metallic materials, and mineral-based building materials. Eberle Tristar - for cost-efficient cutting with high reliability. Specifications - Tristar dimension s [mm] teeth per inch (tpi) [in.] 1/1,3 2/3 3/4 34 x 1,10 1 1/3x x 1,30 1 5/8x x 1,60 2 1/8x x 1,60 2 5/8x.063 HCP High cutting speed, outstanding surface finish quality and long operating life with the most quiet operation possible the results of an innovative and forward-looking development program. Eberle HCP handles hard-to-cut and high-alloy materials with a low cost-per-cut. Specifications - HCP [mm] teeth per inch (tpi) 2 3 0,75/1,25 1/1,3 1,4/2 2/3 [in.] 27 x 0,90 1 1/16x x 1,10 1 1/3x x 1,30 1 5/8x x 1,30 2 1/8x x 1,60 2 1/8x x 1,60 2 5/8x x 1,60 3 1/8x.063

6 Material Recommendation Chart Class of Material Material Designation duoflex - Matrix2/M42/M51/SP Optima Flex Structural steel A A Case-hardened steel M 1010/M , Heat treatable steel 1035/ Ball bearing steel Spring steel 9260 H Tool steel unalloyed w 112 w Tool steel alloyed D D L L6 51 H High speed steel M2 Ti T Valve steel HV High-temperature steel A Heat-resistant steel Stainless steel Hardened and tempered steel ( /mm2) High-temp. nickel alloys imonic 80A imonic PE Hastelloy X Hastelloy F Incoloy lnconel Titanium CR Brass C220/C Cast steel A Cast iron A 4825 A Bronze C519 C42i Thermoplastics Teflon

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8 Band Saw Blade Geometry Several vital geometric measurements used to describe saw blades in the diagrams require definition. Tooth pitch Tooth pitch, which for metal-cutting saw blades is usually measured in teeth per inch, varies according to the cross section and the type of material to be cut. Constant Toothing Variable Toothing Tooth set "Tooth set" means the alternating lateral bending of saw teeth. It enables the saw band to cut freely. Raker set The raker set (left-right-straigth) is useful for all types of steel, especially for cutting thicknesses of 5 mm and more. Variable set In a variable set there is one unset tooth per toothing interval. The rest of the teeth are bent alternately left/right. This set facilitates a low-vibration and a low-noise cutting. Wave set The wave set is well suited for thin materials up to 5 mm, such as sheet metal, thin-walled tubing and cross sections.

9 Tooth forms ormal tooth The normal tooth is best suited for the sawing of materials with high carbon content, such as tool steel or cast iron with short chips. It is suitable for a wide range of applications, including thin crosscuts and materials with thin-walled cross sections. Zahn Zahn variable Hook tooth The hook tooth with a positive rake angle can be used for all types of steel, especially for long-chip and hard-to-cut materials, for example construction steel and hardened steel, as well as high alloy materials. Zahn CS Zahn CS variable Special hook tooth The special high-performance hook-tooth with modified tooth geometry for high alloy steel with low machinability as well as exotic alloys and for Cr-i-Ti-alloys. Zahn Zahn variable

10 Recommendations for blade use Contour sawing To select the blade best suited for a cutting operation, determine the smallest arc (radius) to be cut and choose the corresponding blade width from the chart; the smaller the arc, the narrower the blade. Eberle metal band saw blades are high quality tools. In order to ensure optimum performance and operating life, it is vital to select the correct blade as well as proper break-in and operating conditions. Blade Tension Before sawing with a new blade one should check the tension of the blade and tighten it after a few cuts if necessary. Eberle duoflex band saws are prestressed to a tension of /mm², Ksi. Band Saw Guide The accuracy of the cut depends on the setting of the band saw blade guides - the closer to the material the more accurate the cut. When breaking in a new blade only a half of the normal feed pressure/rate and cutting speed should be used until a surface area of sq.in. has been cut. The feed rate and cutting speed can then be gradually increased to normal. The form of the chips indicates whether the cutting pressure and cutting conditions are correct: a) Very fine or pulverized chips indicate that the blade feed rate should be increased. b) Thick, heavy or blue-colored chips indicate that the saw blade is being overloaded. c) Loosely coiled chips indicate ideal cutting conditions. Cooling and Lubrication Cooling and lubrication are indispensable in most metal working operations. In the case of aluminum and aluminum alloys the coolant also aids in chip removal and the maintenance of a higher-quality surface finish. o lubrication is necessary for cast iron, brass and some nonmetallic materials such as plastic, graphite, etc..