bandsawparts.com

Monthly Archives: October 2014

Issues with Square Cut

A few of the possible causes for a bandsaw machine’s inability to cut square depend on the nature of the problem. Is the bandsaw level and secure? Are the load and discharge conveyors on the same plane as the vise bed? Are the saw guide inserts, backup bearings, and thumbscrews all in good condition? Are the band wheel and wheel bearings in good or bad condition? Is the saw head squarely adjusted to the fixed vise? Does the pivot head show wear? If the saw cut is dished or curved, the cause might be inadequate band tension, excessive feed force, the feed control system may be out of calibration, applying …

Continue reading

Tagged , , , , , , , , , , , | No comments yet | Bet the first to leave a comment

Bandsaw Preventive Maintenance

Scheduled preventive bandsaw maintenance will increase productivity by decreasing cost, down time, and stress. Preventive maintenance will help to increase blade life while decreasing the need for emergency maintenance repairs. Well‐maintained bandsaw machines make efficient, quality cuts while increasing worker safety. Preventive maintenance procedure for any bandsaw operator includes the following: Check band wheels at every blade change Monitor band wheel bearings every six months — check for unusual wheel movement, replacing as needed Installation of guides must be in accordance with machine manufacturer’s instructions Inspect band guides every six months minimally Blade tension daily check At every blade change, inspect blade tension according to manufacturer’s recommendations Before removing …

Continue reading

Tagged , , , , , , , | 1 Comment | Leave a comment

Maximize Bandsaw Blade Life

Maximizing bandsaw blade life will help to save time and money, and proper blade maintenance is paramount to effective output. Quality bandsaw blades are essential when high-volume metal cutting — yet even the highest quality bandsaw blades aren’t designed to last forever. At some point the blade will fail due to wear. Common problems that result from dull and improperly set blades include inaccurate cuts, stripping, worn out teeth, and if abused, blade breakage. The reason for these issues is that neglect of important bandsaw blade use rules are in effect. Things like incorrect blade installation, improper wheel alignment, incorrect feed and speed rates, and incorrectly set guides. Ways to lengthen bandsaw blade life …

Continue reading

Tagged , , , , , , | No comments yet | Bet the first to leave a comment

EHS IC-Heavy Set Bandsaw Blade

Extra Heavy Set bandsaw blades are equipped with heavy-set teeth that provide extra blade clearance. This minimizes binding or pinching when beam stresses are relieved and/or when bundles move during cutting. Because of its tooth geometry, EHS blades reduce vibration and noise levels, providing for smoother finish and the prevention of chipped and stripped teeth. EHS are the types of blades preferred in structural cutting applications and are specially designed for cutting H- and I-beams and structural steels that have a tendency to close in on a cut. They are also excellent for use by steel fabricators, production cutting houses, and …

Continue reading

Tagged , , , , , , , , , , | No comments yet | Bet the first to leave a comment

501 Series Bandsaw Blade

Structural materials are made up of different types of steel formed in a specific shape or cross-section, and to cut these types of materials requires a specific bandsaw blade. Knowing blade type and tooth pitch as applied to materials, specific shape, and size is helpful as well as being key to successful output. Whether carbon, carbide, or bi-metal, the various saw blade types all possess unique features for specific usage. Bi-metal saw blades are general-purpose workhorse saw blades considered a preferred blade for use on structural materials. The bi-metal has unique, coarser teeth with high wear resistance, making them durable and long-lasting. Bi-metal blades are made up …

Continue reading

Tagged , , , , , , , , , , , | No comments yet | Bet the first to leave a comment

SineWave® Bandsaw Blades

SineWave® technology is a developed technology for carbide and bi-metal bandsaw blades. Simonds application engineered SineWave® technology enhances cutting ability, reducing work time and increasing blade life. SineWave® technology features a value-added broaching action by utilizing ramps on the back edge of the saw blade. This technology exerts more force into the cut without having to increase machine pressure. Oscillating bandsaw technology uses a unique rocking motion that forces each tooth of the bandsaw blade to penetrate the work. SineWave®’s rocking motion ensures better tooth penetration for faster cutting rates while allowing the blade to cut with less pressure, extending blade life. SineWave® cuts …

Continue reading

Tagged , , , , , , , , | No comments yet | Bet the first to leave a comment

Haltbar M42 701-601 Series

The Haltbar M42 701 series bandsaw blade will cut through applications that the 601 series blade cannot. The 701 series is designed to cut Inconel, D2, Monel, and other exotic alloys. The unique tooth geometry, plus the addition of an 8% cobalt backing strip, helps to assure prolonged blade life even under constant feed pressure. The 701 series bandsaw blade is good for production cutting of stock bars and solid rounds, and is recommended for applications that are prone to work hardening. The 701 series variable tooth height and set make this a high performance bandsaw blade that allows for an …

Continue reading

Tagged , , , , , , , , , , , , , | No comments yet | Bet the first to leave a comment

Haltbar 1001-1002 Carbide-tipped Saw Blades

The Haltbar 1001 Foundry carbide-tipped saw blade is a Type 1 bandsaw blade offering exceptional fatigue, shock, and wear resistance when cutting aluminum castings, fiberglass, Masonite, plastics, composite materials, and abrasive woods. The 1001 is no match for case hardened or spring steel, aluminum, nickel-based alloys, high-speed, duplex, and heat resistant steels. It is often referred to as a foundry carbide blade because of its common usage in cutting gates and risers. The Haltbar 1001 saw blade is used primarily for aluminum castings, Masonite, plastics, composites, and abrasive woods. Its set-tooth carbide blade is beveled, with a straight lead tooth …

Continue reading

Tagged , , , , , , , , , | No comments yet | Bet the first to leave a comment

C-3000 Full Synthetic Cutting Fluid

Coolant fluid is designed specifically for metal cutting applications and machining processes. It is made to cool the material being cut and lubricate the blade doing the cutting. The oil used provides a measure of corrosion protection and helps remove metal shavings (chips). The two types of coolant or sawing fluid are synthetic and semi-synthetic. Both are translucent blue, water soluble, and designed as moderate to heavy-duty sawing fluid. Full synthetic is used in all sawing and grinding procedures while semi-synthetic is created exclusively for sawing applications alone. At SawBlade.com, we offer both varieties of coolant in C-2000 semi-synthetic and C-3000 full synthetic coolant. C-3000 …

Continue reading

Tagged , , , , , , , , , | No comments yet | Bet the first to leave a comment

Mist Coolant

A mist coolant system sprays fluid onto the saw blade and the material being cut. This helps to decrease cutting heat produced while also keeping the blade lubricated. It is recommended for both small and large cutting processes. Bandsaw machines offer two types of coolant set up:  flood and mist. Mist coolant systems achieve good blade lubrication, providing a cleaner work environment. They require the use of a standard air line or stream that creates suction to help draw fluid from a pump to meet air and form a mist spray. The lubricant is applied directly to the saw blade either through a spray hose or a nozzle head. …

Continue reading

Tagged , , , , , , , , | No comments yet | Bet the first to leave a comment