Cutting
Showing 145–180 of 283 results
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Hole Saws & KitsDYMAXION Diamond Core Bits Multi-Material inc. Concrete
- Suitable for cutting concrete, brick, compressed fibre cement sheet, granite and other masonry building materials.
- Utilising adaptor AUB100 these core drills can be used with core drilling machines.
- Diamond core drills and hole saws require the use of proper lubrication, correct drill speed and proper pressure.
- Drilling methods and techniques vary significantly depending upon the material being drilled.
- To achive optimum cutting performance and maximum core drill life use a slow to very slow drill speed, low drill pressure, and plenty of water for lubrication.
- Variable speed drills work best since the correct speed can be selected.
- Diamond core drills only drill out a portion of the resulting hole so they drill much faster than conventional blunt nose drills.
- The life of any type of diamond drill depends upon the hardness, abrasiveness and thickness of the material being drilled and the specific drilling techniques used.
- Using diamond core drills in hard materials is not difficult, however drilling the hole takes time.
- You should consider that they aren’t “drilling” a hole – they are “grinding” a hole.
- DO NOT USE HAMMER ACTION.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Hole Saws & KitsDYMAXION Diamond Hole Enlarger
- Use to enlarge an existing hole.
- Ideal for use in porcelain and stone – can also be used in most common building materials.
- Insert in drill and slowly guide the drill in an anti-clockwise direction around the hole to be enlarged.
- Use firm pressure against the surface to be removed.
- Can also be used to grind rebates and irregular shapes.
Diameter (mm): 35 Segment Height (mm): 25 Shank (mm): 10mm Hex Ideal For: Enlarging holes in porcelain and stone. (0 reviews) -
Cutting WheelsDYMAXION Diamond Internal Pipe Cutter
- Internal pipe cutters allow the user to cut PVC off square and clean below the finished surface / wall level.
- Useful for plumbing, tiling and electrical trades.
- Simplifies the process of squaring pipe ends prior to joining another length or fitting.
- Fast and efficient removal of grout between wall and floor tiles.
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Cutting WheelsDYMAXION Diamond Saw Blades Continuous Rim for glazed tiles
- Continuous rim blades have softer bonds for cutting hard materials such as tile, porcelain, granite, stone, glass, and other materials that can chip easily.
- These blades don’t have individual segments but instead have a solid, continuous rim or edge.
- Most continuous rim blades are designed for wet cutting applications, providing the smoothest, chip free cuts.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
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Cutting WheelsDYMAXION Diamond Saw Blades Electroplated general purpose
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Cutting WheelsDYMAXION Diamond Saw Blades Mesh Rim for ceramic tiles and stone
- Mesh Rim blades have softer bonds for cutting hard materials such as tile, porcelain, marble, and other materials that can chip easily.
- These blades have a thin 1.5mm kerf to minimise surface chipping and reduce cutting friction.
- Most continuous rim and mesh rim blades are designed for wet cutting applications, providing the smoothest, chip free cuts.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
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Cutting WheelsDYMAXION Diamond Saw Blades Segmented Rim for concrete, brick and pavers
- General purpose.
- Great for cutting a wide variety of non-abrasive materials.
- Can be used for either wet or dry cutting. Extended blade life will be experienced with wet cutting.
- Use when cutting cured concrete, reinforced concrete, clay bricks, hebel®, terracotta tiles, slate, granite, bluestone, fibreglass, reinforced plastics, wall chasing in brick & concrete.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
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Cutting WheelsDYMAXION Diamond Saw Blades Trenching and Chasing blades
- Rapid brick and mortar removal when trenching for electrical or plumbing applications.
- Can be used for either wet or dry cutting. Extended blade life will be experienced with wet cutting.
- Use when trenching or wall chasing in clay brick.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
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Cutting WheelsDYMAXION Diamond Saw Blades Turbo Rim for brick
- These Turbo Rim blades have bonds optimised for cutting clay brick and natural limestone.
- Turbo blades feature a continuous rim with an edge that is serrated.
- This serrated edge is designed to give the blade faster cutting speeds while maintaining a smooth cut, combining the best qualities from both segmented and continuous rim blades.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
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Cutting WheelsDYMAXION Diamond Saw Blades Turbo Rim for porcelain and granite
- Turbo blades typically have soft to medium bonds for a variety of general purpose to specific cutting applications.
- Turbo blades feature a continuous rim with an edge that is serrated.
- This serrated edge is designed to give the blade faster cutting speeds while maintaining a smooth cut, combining the best qualities from both segmented and continuous rim blades.
- Diamond blades do not cut, they actually grind through the material by exposing new diamond at the right moment just before the old diamond wears away.
- The newly exposed diamonds again will wear, chip, or break out of the metal bond in the segment, while the metal bond gradually wears away to expose new diamond. This process is repeated over and over until there is no diamond remaining and the blade is worn out.
- Ideally and to get the maximum life out of a diamond blade, the metal should wear away at just the right time to expose new diamond for optimum cutting performance.
- If the metal wears away too quickly, the diamonds are exposed to soon and get torn out of the metal bond before they are fully worn. The result is a very short blade life.
- If the metal wears away too slowly, the diamonds wear away before new diamond is exposed. This is often referred to as a ‘glazed blade’. Without exposed diamond the blade will not cut.
- Abrasive materials like green concrete and asphalt will wear the metal bond very fast, so blades for these materials have a much harder metal bond to resist this abrasion.
- The opposite occurs on a hard clay paver the clay paver is not abrasive enough to wear the metal bond fast enough to expose fresh diamond, therefore a different and much softer alloy is needed for cutting these types.
- The single most important factor for the life of the blade is to match it to the job application and the type of equipment it is being used on.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Hole Saws & KitsDYMAXION Diamond Turbo Core Bits for Brick – Dry Cutting 160mm long
- Suitable for cutting concrete, brick, compressed fibre cement sheet, granite and other masonry building materials.
- Utilising adaptor AUB100 these core drills can be used with core drilling machines.
- Diamond core drills and hole saws require the use of proper lubrication, correct drill speed and proper pressure.
- Drilling methods and techniques vary significantly depending upon the material being drilled.
- To achive optimum cutting performance and maximum core drill life use a slow to very slow drill speed, low drill pressure, and plenty of water for lubrication.
- Variable speed drills work best since the correct speed can be selected.
- Diamond core drills only drill out a portion of the resulting hole so they drill much faster than conventional blunt nose drills.
- The life of any type of diamond drill depends upon the hardness, abrasiveness and thickness of the material being drilled and the specific drilling techniques used.
- Using diamond core drills in hard materials is not difficult, however drilling the hole takes time.
- You should consider that they aren’t “drilling” a hole – they are “grinding” a hole.
- DO NOT USE HAMMER ACTION.
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Hole Saws & KitsDYMAXION Drill Guides and Vacuum Suction Collectors
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Hole Saws & KitsDYMAXION Electroplated Diamond Hole Saws
- Diamond core drills and hole saws require the use of proper lubrication, correct drill speed and proper pressure.
- Drilling methods and techniques vary significantly depending upon the material being drilled.
- To achive optimum cutting performance and maximum core drill life use a slow to very slow drill speed, low drill pressure, and plenty of water for lubrication.
- Variable speed drills work best since the correct speed can be selected.
- Diamond core drills only drill out a portion of the resulting hole so they drill much faster than conventional blunt nose drills.
- Core drills can be used on most non-ferrous hard materials such as glass, ceramic, porcelain, fibreglass, slate, marble, granite and other natural and manufactured stone materials.
- The life of any type of diamond drill depends upon the hardness, abrasiveness and thickness of the material being drilled and the specific drilling techniques used.
- Using diamond core drills in hard materials is not difficult, however drilling the hole takes time.
- You should consider that they aren’t “drilling” a hole – they are “grinding” a hole.
- SPEEDS IN RPM: Fibreglass – 1200, Glass, Ceramic and China – 800, Limestone and Marble – 600, Ceramic Tile – 600, Porcelain – 500, Granite and Comp. Stone – 400.
- DO NOT USE HAMMER ACTION.
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Hole Saws & KitsDYMAXION Replacement Carbon Steel Cutters for all Adjustable Hole Saws 2 per pack
- Replacement high carbon steel blade set.
- Suitable for cutting all types of sheetmetal including brass and aluminium.
- Maximum sheetmetal thickness 1mm.
(0 reviews) -
Hole Saws & KitsDYMAXION Replacement dust shield for AHS220K Clear Acrylic
- Replacement dust shroud for AHS220K
- Impact resistant shroud with non-marking seal.
(0 reviews) -
Hole Saws & Kits
DYMAXION Replacement dust shield for AHS300K Clear Acrylic
- Replacement dust shroud for AHS300K
- Impact resistant shroud with non-marking seal.
(0 reviews) -
Hole Saws & KitsDYMAXION Replacement Tungsten Carbide Cutters for all Adjustable Hole Saws 2 per pack
- Replacement tungsten carbide blade set.
- Suitable for cutting timber, veneer, plywood, composite board, plasterboard, fibre cement sheet and acrylic sheet.
- Maximum cutting depth in timber 50mm.
(0 reviews) -
Hole Saws & KitsDYMAXION Replacement Tungsten Carbide Tip Pilot Drill
- Replacement TCT pilot drill.
(0 reviews) -
Hole Saws & KitsDYMAXION TCT Hole Saws for Metal Deep Cut
- TCT hole saws are ideal for repetition cutting in ferrous and non-ferrous plate and tube (including stainless steel), FRP and synthetic resin plates up to 5mm thick.
- Ideal for single hole, and through cutting, in round and square tube.
- Maximum material thickness 5mm.
- Extremely long service life.
- No need for messy cutting fluids, however use of a cutting lubricant will increase cutter life.
- Heavy duty plug ejector spring.
- Stop collar prevents cutter from over drilling.
- Maximum drilling depth of 20mm.
- Maintain a constant drilling angle (do not “rock” the cutter) to avoid tooth damage.
- Avoid restarting the same hole cut with pressure on the drill – tooth damage may result.
- Use slower drilling speed with constant drill pressure for optimum performance and tool life.
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Hole Saws & Kits
DYMAXION TCT Hole Saws for Metal Standard Cut
- TCT hole saws are ideal for repetition cutting in steel plate and synthetic resin plates up to 5mm thick.
- Maximum material thickness 5mm.
- Extremely long service life.
- No need for messy cutting fluids, however use of a cutting lubricant will increase cutter life.
- Heavy duty plug ejector spring.
- Stop collar prevents cutter from over drilling.
- Maximum drilling depth of 5mm with ejector spring.
- Maximum drilling depth of 13mm without ejector spring.
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Cutting WheelsDYMAXION Thin Cutting Disc Stainless Steel (INOX)
- Suitable for cutting stainless steel (inox).
- High cutting performance.
- Thin cut off discs reduce wastage.
- Fast cutting for extended battery life in cordless tools.
- Do not exceed maximum safe speed of 80m/s.
- Complies with DIN EN 12413 European standard and AS1788.1-1987 Australian standard.
- Cutting disc must be mounted correctly as per machine manufacturer’s specifications.
- Metal guards must be fitted and used on all machines.
- If cutting disc is chipped,cracked or damaged it must not be used, and needs to be replaced.
- Equal diameter flanges must be fitted. Flanges must be a minimum 1/3 diameter of cutting disc.
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Hole Saws & KitsHSS Hole Saws for Sheet Metal
- M2 grade HSS construction for long tool life.
- Suitable for cutting ferrous and non-ferrous metal up to 3mm thick.
- Ideal for cutting holes in metal struts.
- Split point pilot drill for fast penetration and reduced drill wander.
- Pilot drill includes ejector spring for easy plug removal.
- Cut quickly and smoothly without burning.
- Not suitable for use in high tensile steel.
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Hole Saws & KitsHSS Hole Saws for Sheet Metal Set
- M2 grade HSS construction for long tool life.
- Suitable for cutting ferrous and non-ferrous metal up to 3mm thick.
- Ideal for cutting holes in metal struts.
- Split point pilot drill for fast penetration and reduced drill wander.
- Pilot drill includes ejector spring for easy plug removal.
- Cut quickly and smoothly without burning.
- Not suitable for use in high tensile steel.
(0 reviews) -
Metal Cutting Saw BladesITM 350mm Cermet Carbide Metal Cutting Blade
Features
110 Teeth Thin Metals Cermet Tipped Blade for cutting ferrous and non-ferrous metals including stainless steel & mild steel.Experience flawless cuts with precision and ease, as our Cermet Carbide Metal Cutting Blades effortlessly slice through mild steel and stainless steel.
The advanced cermet carbide technology and Flourine coating delivers unmatched hardness and heat resistance. This means longer blade life, reduced downtime, and significant cost savings for your business. Whether you’re working in construction, fabrication, or industrial manufacturing, our blades are built to withstand the most demanding applications.
Our Cermet Carbide Metal Cutting Blades are designed with safety in mind. With enhanced vibration dampening and reduced kickback, you can trust in a secure and stable cutting experience
- Up to 3 times longer life than standard metal cutting T.C.T. blades
- Saves time & money, giving cool cuts that need little to no finishing
- Superior hardness, wear and heat resistance
Specifications
Blade Diameter: 355mm (14″)
Number of Teeth: 110
Blade Bore: 25.4mm (1″)
Blade Kerf: 2.1mm
Blade Thickness: 1.7mm / 1.9mm
Max. RPM: 1500
Coating: FlourineSolid Material Thickness
- Mild Steel:
Maximum 6mm
Minimum 2mm - Stainless Steel:
Maximum 6mm
Minimum 2mm
Tube and Box Section Material Wall Thickness
- Mild Steel:
Maximum 6mm
Minimum 1mm - Stainless Steel:
Maximum 6mm
Minimum 1mm
(0 reviews) -
Metal Cutting Saw BladesITM 350mm Cermet Carbide Metal Cutting Blade
Features
64 Teeth General Purpose Cermet Tipped Blade for cutting ferrous metals including stainless steel & mild steel.Experience flawless cuts with precision and ease, as our Cermet Carbide Metal Cutting Blades effortlessly slice through mild steel and stainless steel.
The advanced cermet carbide technology and delivers unmatched hardness and heat resistance. This means longer blade life, reduced downtime, and significant cost savings for your business. Whether you’re working in construction, fabrication, or industrial manufacturing, our blades are built to withstand the most demanding applications.
Our Cermet Carbide Metal Cutting Blades are designed with safety in mind. With enhanced vibration dampening and reduced kickback, you can trust in a secure and stable cutting experience
- Up to 3 times longer life than standard metal cutting T.C.T. blades
- Saves time & money, giving cool cuts that need little to no finishing
- Superior hardness, wear and heat resistance
Specifications
Blade Diameter: 355mm (14″)
Number of Teeth: 64
Blade Bore: 25.4mm (1″)
Blade Kerf: 2.4mm
Blade Thickness: 2.0mm
Max. RPM: 1500Solid Material Thickness
- Mild Steel:
Maximum 25mm
Minimum 4mm - Stainless Steel:
Maximum 10mm
Minimum 4mm
Tube and Box Section Material Wall Thickness
- Mild Steel:
Maximum 12mm
Minimum 2mm - Stainless Steel:
Maximum 5mm
Minimum 2mm
(0 reviews) -
Metal Cutting Saw BladesITM 350mm TCT Saw Blades
Industrial quality T.C.T. cutting saw blade.
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Metal Cutting Saw BladesITM 400mm TCT Saw Blades
With two pin holes – designed for use with MACC TA400 Saw
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Metal Cutting Saw BladesITM Coldsaw Blades – Cobalt
High speed steel with a 5% cobalt content, which increases the blade’s hardness, compared to standard High Speed Steel DM05 material. Suitable for cutting hard materials that produce higher temperatures during the cutting process, such as some grades of stainless steel.
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Metal Cutting Saw Blades
ITM Coldsaw Blades – DM05
High Speed Steel DMo5 (M2).
Suitable for general purpose steel cutting(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Metal Cutting Saw Blades
ITM Coldsaw Blades – HSS
High Speed Steel HSS.
Suitable for general purpose steel cutting.(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Metal Cutting Saw BladesITM Coldsaw Blades – Speedface Coated
Speedface is a PVD coating that reduces friction and increases wear resistance. This improves blade life and gives an excellent finish on the cut material. Speedface blades are suitable for cutting hard tempered steels, and more difficult to cut materials such as stainless steel.
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Annular CuttersITM Holemaker 100mm Depth Maxi-Cut Annular Cutters
As well as providing excellent life in mild steel, Tungsten Carbide Tipped Cutters are suitable for drilling difficult materials eg. stainless steel, Bisalloy and wear plate.
These Tungsten Carbide Tipped Cutters consist of an alloy metal body, and tungsten carbide cutting teeth. Due to this composition, these cutters are less susceptible to breakage than standard high speed steel cutters, especially in larger diameters and longer lengths.
The tungsten carbide cutting teeth can also be sharpened and replaced.Pilot Pin To Suit 14mm to 17mm Diameter- SP16009
Pilot Pin To Suit 18mm Diameter and Above- SP18100(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Annular CuttersITM Holemaker 150mm Depth Maxi-Cut Annular Cutters
As well as providing excellent life in mild steel, Tungsten Carbide Tipped Cutters are suitable for drilling difficult materials eg. stainless steel, Bisalloy and wear plate.
These Tungsten Carbide Tipped Cutters consist of an alloy metal body, and tungsten carbide cutting teeth. Due to this composition, these cutters are less susceptible to breakage than standard high speed steel cutters, especially in larger diameters and longer lengths.
The tungsten carbide cutting teeth can also be sharpened and replaced.Pilot Pin to Suit – SP18150
For use with solid materials over 100mm, use the 2 stage pilot pin Part No. SP20007(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Annular CuttersITM Holemaker 200mm Depth Maxi-Cut Annular Cutters
As well as providing excellent life in mild steel, Tungsten Carbide Tipped Cutters are suitable for drilling difficult materials eg. stainless steel, Bisalloy and wear plate.
These Tungsten Carbide Tipped Cutters consist of an alloy metal body, and tungsten carbide cutting teeth. Due to this composition, these cutters are less susceptible to breakage than standard high speed steel cutters, especially in larger diameters and longer lengths.
The tungsten carbide cutting teeth can also be sharpened and replaced.Pilot Pin to Suit – SP18200
For use with solid materials over 100mm, use the 2 stage pilot pin Part No. SP20009(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Gold SeriesITM Holemaker 25mm Depth Gold Series Annular Cutters
TITANIUM NITRIDE COATING.
The Titanium Nitride coating significantly increases the tool life by providing the following benefits:.
– Increased surface hardness to 85HRC.
– Ceramic surface, reducing friction by up to 30%.
– Especially resistant to cold welding.
– Suitable for cutting a wide range of materials.M2AL HIGH SPEED STEEL MATERIAL.
M2AL High Speed Steel is a high alloy material with a hardness of up to 67.5 HRC, designed for increased endurance of the cutting edge and tool life.STEP HARDENED PROCESS.
This state of the art manufacturing process produces cutters with extremely hard tooth tips for increased cutter performance, while maintaining a softer body which is less susceptible to breakage than standard high speed steel cutters.MULTI-CUT GEOMETRY.
Provides smooth and fast cutting, with decreased chatter. This also increases the cutters ability to remove swarf away from the cut, and helps to enhance centring.FULLY GROUND WITH INTERNAL RELIEF.
This feature allows Holemaker cutters to produce reamed quality, burr-free holes, and also helps to reduce torque and horsepower requirements.UNIVERSAL SHANK.
19.05mm (3/4) Universal Shank with 2 flat sections to suit most magnetic base drilling machines.Pilot Pin To Suit – SP16003
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Pro Cut Powder SteelITM Holemaker 25mm Depth Pro-Cut Annular Cutters
Pro-Cut ASP® powder steel cutters offer incredible wear resistance & ductility.
ASP® steels are produced by powder metallurgy through a 3-step process: gas-atomisation, hot isostatic pressing and post processing operations such as forging, rolling or drawing.
Suitable for drilling railway line, stainless steel & hardened steels, where high wear resistance and lifetime are required.
Incredible wear resistance.
Uniform micro structure.
Less susceptible to breakagePilot Pin To Suit – SP16003
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