Chuck c

Cleaning & Polishing kit Polishing kit: Hard metals Included in the set: (x1) 12.5mm arbor chuck adaptor (x1) #1 heavy duty cleaning compound (x1) #2 regular cleaning compound (x1) #5 light polishing compound (x1) Ø100mm medium buffing pad (x2) Ø100mm firm buffing pad Application: This is a complete kit to remove scratches, clean and polish hard metals: Steel Iron Stainless steel How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill's chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessable, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill's chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occuring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft's line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Buffing pad Buffing pad material: Cotton Diameter: Ø100mm Bore: Ø6.0mm Application: The buffing pad is not supplied with a chuck adaptor spindle. TC335 is an arbor with a Ø6.0mm shaft available for the buffing pad. It is ideal for buffing jewelry and other metals. The concentrically sewn sections add strength to the buffing pad and it cleans surfaces without damaging it. How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessible, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occurring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Buffing pad Buffing pad material: Cotton Diameter: Ø75mm Bore: Ø6.0mm Application: The buffing pad is not supplied with a chuck adaptor spindle. TC335 is an arbor with a Ø6.0mm shaft available for the buffing pad. It is ideal for buffing jewelry and other metals. The concentrically sewn sections add strength to the buffing pad and it cleans surfaces without damaging it. How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessible, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occurring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Buffing pad set Included in the set: (x1) Ø75mm firm buffing pad (x1) Ø75mm medium buffing pad (x1) Ø75mm soft buffing pad (x3) Ø1/4" chuck adaptor spindles Application: It is ideal for buffing jewelry and other metals. The concentrically sewn sections add strength to the buffing pad and it cleans surfaces without damaging it. How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessible, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occurring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Buffing pad Buffing pad density: Firm Diameter: Ø150mm Bore: Ø12.5mm Application: The buffing pad is used together with a chuck adaptor spindle supplied with the TC874 polishing kits. Alternatively the TC336 arbor would also fit the buffing pad. How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessible, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occurring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Buffing pad Buffing pad density: Medium Diameter: Ø150mm Bore: Ø12.5mm Application: The buffing pad is used together with a chuck adaptor spindle supplied with the TC874 polishing kits. Alternatively the TC336 arbor would also fit the buffing pad. How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessible, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occurring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Polishing compound Application: This is a regular cleaning compound to be used with a polishing buff to clean hard metals: Steel Iron Stainless steel How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill"s chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessable, use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill"s chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread, hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occuring. If desired, heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required, apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft"s line of buffing pads and compounds to clean, polish and bring to a high gloss, all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Polishing compound Application: This is a high gloss polishing compound to be used with a polishing buff to polish metals: Silver Platinum Gold Brass Copper Tin Pewter Aluminium Steel Iron Stainless steel How to use the compounds and the buffing pads: The adaptor is used to hold the buffing pad in the drill's chuck. Fasten the correct buffing pad in the adaptor. Make sure the flanges are on both sides of the buffing pad. It would be best to use a drill press to polish metals. If a drill press is not accessable; use adaptor TCV01810 with a portable drill with a collar diameter of Ø43mm. Tighten the adaptor in the drill's chuck. The buffing pad should revolve towards you at full speed. Pass the compound lightly across the face of the buffing pad. To ensure that the compound is evenly spread; hold a clean piece of scrap metal against the face of the buffing pad. This will eliminate lumps of compound from occuring. If desired; heat the item to 65°C using an oven or a heater. Warming the metal keeps the compound on the buffing pad. A cool item will draw compound from the pad and leave deposits. Use a glove to handle the warm item. Hold the metal lightly against the buffing pad. Allow the compound to do the work. If more compound is required; apply it using a wiping motion. Do not overload the buffing pad. Use Tork Craft's line of buffing pads and compounds to clean; polish and bring to a high gloss; all metals and plastics. HEAVY DUTY CLEANING REGULAR CLEANING LIGHT POLISHING HIGH GLOSS POLISHING Hard metals 1 2 5 6 Soft metals 3 5 6 Precious metals 4 5 6

Ø10mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø12.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø16mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø10mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø8mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø38mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø19mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø14mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø30mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill"s chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø20mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45¿¿ angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED ¿¿5.0mm 800 rpm ¿¿6.0mm 600 rpm ¿¿7.0mm 500 rpm ¿¿8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm   IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.  

Ø6mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø20mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø10mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø40.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø5mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.

Ø22mm Diamond core bit Application: The diamond core bit is used to drill holes in: Ceramic tiles Marble Grade 5 porcelain (hardest) Granite Glass Slate The diamond core cuts faster, smoother and lasts longer than any other core drills. How to use the diamond core bit: The diamond core drill bit must be used with water at all times when drilling. The water serves as a coolant to prevent the diamonds from overheating. The maximum allowable temperature for a diamond core bit is 500°C. There is no pilot drill with the diamond core bit. A low rpm rotary drill with a planetary gearbox is required to be used with a diamond core bit. It is possible to use a cordless drill, but in the lowest gear setting. No hammer action is used. Tightly fasten the diamond core bit in the drill's chuck. Keep the bit steady at a 45° angle with the starting point on the edge of the assigned area to be drilled whilst the bit is rotating. A notch will be made (this is normal). Gradually move the drill from 45° to 90° and continue drilling until finished. Allow the diamond core bit to cool down completely before proceeding to drill another hole. Water can be applied by: spraying water on the surface, using a wet sponge, attaching a water feed device. This is necessary when drilling into a wall tile. Please have a look at the video in the tabs above showing how to use the diamond core bit. An indication of the correct spindle speed: DIAMOND CORE BIT DIAMETER SPINDLE SPEED Ø5.0mm 800 rpm Ø6.0mm 600 rpm Ø7.0mm 500 rpm Ø8.0mm 500 rpm Ø10.0mm 400 rpm More than Ø10.0mm (>10.0mm) less than 400 rpm IMPORTANT: The tool life will mostly depend on the proper usage and the hardness of the items drilled into. It is normal for a diamond core bit to last up to 10 or more drilled holes in hard tiles. Please remember to always use water when drilling with diamond core bits.