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HomeSawBlade ArticlesGet Started With Bandsaw Blades
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29
Mar
Get Started With Bandsaw Blades
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The experts at Sawblade.com.au have brainstormed and come up with simple but comprehensive guidelines to help you get the maximum out of your bandsaw blades. Following the steps below will set you up to get the most accurate and consistent cutting with excellent results. 

Bandsaw blades are products, and their value to you is measurable by the longevity of the blade. If the operator does not take special care of the blade, it can compromise the structural integrity of the blade. This will lead to the blade not operating to the full of its potential. 

The first tell-tell sign of your blade not operating the way it should is if it loses sharpness faster than anticipated. Designed to cut straight right out of the box, your blade’s inability to cut straight could be down to improper use of the blade. If you are sure that your blade should have lasted longer before breaking, then you are in the right place. 

Mastering Blade Tension

It’s a common misconception amongst new bandsaw blade users that the tension in the blades should be relatively less. However, this is not true. According to experts, a good amount of tension will increase the blade’s life and help get better results. Keeping tension in the blade high but measured will increase productivity.

A simple method to check and adjust the tension in your blade is to carefully place your thumb in the back edge(non-tooth) of the blade and try to push it vertically out of the guides. If the blade’s movement is any further than 1-2 mm, you need to increase the tension on your blade. 

Proper Break-In Process

A proper break-in process will prevent stripping of the teeth and ensure longer blade life. When starting to use a new blade, decrease your feed rate to half. Keeping the feed rate at half, cut a solid piece of mild steel while gradually increasing the feed rate to get to your desired feed rate. Feed rate is the speed at which you are operating the blade. 

The break-In process will gently sharpen the teeth and align them properly. This also minimises the chances of early breakage. 

The Use Of Coolants

The use of coolants during the initial cutting process helps to reduce heat and wash chips out of blade gullets. Using coolants is vital for extending blade life because while cooling the tooth edge, it also cools the entire cutting process. Without using coolants, heat will build up in the teeth and weld itself to the cutting material. 

Other Factors That Prolong or Shorten Blade Life

A proper feed rate ensures that the head of the saw is smooth when it drops onto the metal being cut.  

Tightly clamped materials are the set square to the cut and offer support to the cutting process. A moving clamping material could likely chip off the teeth. 

Guides support the bandsaw blade, and it should not be movable by hand. Guides should be as close to the cutting material as possible and firmly secure. 

5 Easy Steps to Build Your Own Sawblade

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1. Product Selection

Bi-metal M42General Purpose Blade Bi-alfa Cobalt Extreme M51Solid, Thick-walled Tubes and all higher-grade alloys Bi-alfa ProfileSpecific to Metal Profile Cutting Bi-alfa WS ALUProvides outstanding performance on vibration susceptible cuts Bi-alfa Cobalt Master SupremePrecise perpendicular cuts with excellent surface finish Bi-alfa RPIdeal for hard materials, improving chip flow and blade life HM-Titan Alu TCTNon-ferrous metals and Best for plates and slabs HM-Titan BO TCTHardened and Tempered or induction hardened materials HM-Titan MU TCTDeveloped to cut a variety of different materials Carbon FlexbackWood / Plastic /Alumunium / Thin-Walled Tubes & Squares Carbon Thin GuageWood ( For Curves ) / Thin Plastic / Thin Aluminium Carbon RipperRipping Wood - Standard Quality - Cost effective Bi-metal RipperRipping Wood - Best Quality - Longer Lasting Meat & FishMeat / Bone / Fish / Carcass Splitting General Purpose Band knifeFoam / Food Slicing / Packaging Carbide GritCarbon fiber reinforced plastic (CRP) / Concrete / Glass / Industrial ceramics / Silicon materials / Cast iron/ Graphite/ Wire reinforced rubber Diamond Grit - ContinuousCarbon fiber reinforced plastic (CRP) / Concrete / Glass / Industrial ceramics / Silicon materials Diamond Grit - GulletedCarbon fiber reinforced plastic (CRP) / Concrete / Glass / Industrial ceramics / Silicon materials TCT for TimberSuper Hard Wood / Timber / Exotic Material Butcher Hand Saw BladesFish / Frozen fish or meat / Meat & Bone / Poultry Hacksaw BladesCorrosion-resistant / Light-weight

2. Great job, now select the Width

3. Select the Length (Round up to the Closest Increment)(Round up to the Closest Increment)

3. Now Enter the Exact Length in (mm) (Made to your Order)

Length is not correct, changed to maximum allow length.

4. Select the TPI (Teeth Per Inch)

The number of teeth per inch (TPI) defines the pitch of the blade and can vary from 1 to 32 tpi.

On some blades there are different pitches on the same blade. You must select the correct tpi for the thickness of material you are cutting. If the corrrect tpi is not chosen the blade life will be dramatically shortened.

The general rule of thumb is: For wood and soft materials aim ffor 3-6 teeth in the work piece.

The number of teeth per inch (TPI) defines the pitch of the blade.

On some blades there are different pitches on the same blade. You must select the correct tpi for the thickness of material you are cutting. If the corrrect tpi is not chosen the blade life will be dramatically shortened.

Please use the following guide to select the correct tooth selection.









5. Enter Quantity

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