Band saws - Import export

Standard equipmentwith tilting alu sliding table 1000x800 mm Cutting height 424 mm Cutting length 700 mm Roller diameter 500 mm Saw band length 3720 mm a) for three-phase current 400 V, 50 Hz, motor power 1,3 KW b) or alternating 230 V, 50 Hz, motor power 1,3 KW only saw band, to be selected according to the type of stone material with jack rings and 2 rollers Sound emission Lpa according to DIN 45635, part 1651 on gas concrete and lightweight refractory bricks ...75 dB(A) on Poroton ...................................... 88 dB(A) Size LxWxH: 1000x1000x1800 mm Weight: 130 kg

Professional mobile band saw with robust construction, automatic band tensioning mechanism and precisely guided folding cutting table for cutting large-sized aerated concrete blocks. The saw can be easily set up and operated by one person and is characterized by extreme cutting precision. The maximum cutting height is 650 mm.

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Bimetal band saw blade with extra wear resistance Application: cutting steels with tensile strength up to 1700 MPa high alloy steel and stainless steel titanium alloys and nickel hard machined materials Characteristics.

• Semi-automatic double miter for cutting profiles and solid material in steel and non-ferrous material and an excellent price-performance ratio • Manually swiveling saw frame with hydraulic clamping for optimal • Hydraulic clamping of the horizontal vise • Automatic saw frame raising on the cut end • Double speed motor 1.0/1.3 KW Gearbox • Sensitive cutting pressure regulation function of the material properties • Hydraulic-mechanical belt tension • Tape guide with hard metal pads sheets and rolls • Thermal overload protection and no-volt release • Automatic shut-off after cut end • Automatic belt break protection Driven

Double Column Bandsaws with linear guideways are ideal for MITRE cuts with different quantities. With the movement of the bow, it’s possible to cut between 90° and +45°. With height adjustment and hydraulic cutting, control allows the bow to go up over the material after the cut. All this process is controlled by a digital counter on the control panel and total duration for one cut decreases. Fixing the bow at any angle is controlled by the hydraulic brake system.

<Product Description> Our bandsaw blades are widely applied in cutting beef, poultry, pork, frozen meat and fish, especially for meat with bones. The bandsaw blades are processed by Gronding to ensure the smooth and teeth. Manufactured using high quality ally steel (SK4)with unique heat treatment technology results in excellent tooth rigidity without losing flexibility. Our advanced grinding, teeth shaping, high frequency quenching process enables our blades to be suitable for the following applications. <Our Company> SAMSUNGSTS is leading manufacturer which is specialized in cold rolled, hardened tempered high carbon steel strip & alloy steel strip & stainlesss steel strip coil & Brush cutter blade & Meat bandsaw blade & Slice bread blade. we are supplying materials 17countries(Janpan, USA, Germany, Sweden, Italy, UK, Rumania, India, Indonesia, Singapore, Taiwan, China) with competitive price and best quality.

- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

The secutex material may be sawn using a conventional band saw. The material will attempt to resist the cutting tool. Use as low a wedge angle as possible and, if necessary, adjust the cutting speed.

Install impact protection For screwing and riveting secutex impact protection with an internal perforated plate can be screwed or riveted in different ways. You can achieve universal impact protection in no time at all. For welding Welding is often the easiest and fastest way of fastening. The various protruding perforated sheet designs allow a very versatile use. For gluing If screwing or welding is not possible, the impact protection can be glued with the secutex special adhesive. Cutting and sawing The secutex material can be sawed with a conventional band saw. The material tries to avoid the cutting tool. Make sure that the wedge angle is as small as possible and adjust the cutting speed if necessary. Milling Use commercially available milling cutters with a small number of teeth. Circumferential speed approx. 200400 m / min, clearance angle ∂ 10 °, clamping angle y 25 °. The use of a drilling emulsion is recommended for cooling and surface optimization. Rotate

An efficiently sharpened saw blade is essential for productive and safe work processes. Tyrolit offers an extensive range of grinding tools for various saw blades, including chain saws, circular saws, band saws, and gang saws. Our abrasives are precisely matched to different grinding machines and tooth pitches for optimal sharpening results, featuring vitrified-bonded grinding wheels and resin-bonded diamond and CBN wheels for special applications. Tyrolit’s decades of experience are evident in our tools' grit qualities and innovative bond systems, ensuring optimal cutting edge quality. Our grinding tools for automatic chain saw sharpening machines promise extended service life and perfect tooth base radius matching. We also offer resin-bonded diamond wheels for special applications and CBN tools for grinding HSS and high-alloyed steels.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Sheet metal fabrication is the process of bending, cutting, punching, assembling sheet metal to form into the desired form. Special tools, such as band saws and chops saws, can also be used in the sheet metal fabrication process. These ensure even cutting throughout the process. Parts are fabricated from a single piece of sheet metal so designs should have a uniform thickness. Although carbon steel is the most prominent material for metal fabrication, stainless steel would be necessary for high corrosive environments whereas aluminium is primarily considered when weight of the product is a major limitation.

Band saw machine for wood cutting

- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

"- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000."

- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

- Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - Sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - Sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - Sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm; - External thread rolling: M8, M10, M12, W16.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - Sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - Sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm; - External thread rolling: M8, M10, M12, W16; - Welding MIG, TIG, contact.

- CNC punching: sheet up to 4mm 1250x3000 mm; - CNC bending up to 3000 mm 100T; - sheet rolling up to 4 mm, width 1500 mm; - CNC milling with 3-axle by vertical machining centres of up to 2000x500x600 mm; - CNC milling with a 4-axle vertical machining centre of up to 2000x540x440 mm; - CNC turning, rod up to D65 mm; - CNC turning by vertical machine up to D250, L160; - Band saw cutting by automatic machines up to 400x400 mm, L12000 mm; - Sheet cutting by plasma by CNC machine up to 50x3000x10000; - Flat grinding: 200x500mm; - External thread rolling: M8, M10, M12, W16.