Deals under ₹499
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Steelsmith Steelsmith H-Series Miniature Clamps
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Steelsmith Steelsmith H-Series Medium Duty Clamps-Flanged Base-2000,3000 Series
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Steelsmith Steelsmith H-Series Miniature Clamps (205,206 Series) Clamps
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Steelsmith HTC TRIG Clamps
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Steelsmith Steelsmith Horizontal Hold Down Action- H International Range Clamps
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Steelsmith Steelsmith H-Series Medium Duty Clamps-Front Mounting Clamps
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Steelsmith Steelsmith Horizontal Hold Down Action H-215 Series Clamps
Horizontal Hold Down Action (HTC-Series): The holding action in these types of Toggle Clamps is same as VTC-Series clamps. The outstanding characteristic is the low height design. Unlike the handle & the clamping bar of the VTC-Series, these of the H-Series clamps move in opposite direction. The holding capacities range upto 1,000 kgs. The clamping arm can be solid bar, U shaped or fixed hole type. The SF Series have solid hold down bar which has a fixed guide bush at its end for the spindle assembly. The SB Series have a "U" bar arm which the bolt retainer can be welded at any desired angle. The UB Series have a "U" bar arm which enables one or more spindles to be moved into any desired position along the arm.
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Turnmil Turnmil Collets
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BTB BTB Pull Stud BT50 45 DEG with 0 Ring Thru-Coolant
BT50 Pull Stud with 45° Head – High-Torque CNC Retention Knob | Block to Box High-performance BT50 Pull Studs with 45-degree taper, through-coolant, and O-ring for secure tool clamping and enhanced machining capabilities. Increased Performance: Engineered for optimal performance in demanding machining applications, these pull studs provide secure tool clamping and minimize vibration, leading to improved accuracy and surface finish. Enhanced Safety: Designed with safety in mind, these pull studs ensure reliable and secure tool holding, minimizing the risk of tool breakage and potential accidents. High-Grade Steel with Proper Heat Treatment: Crafted from high-grade steel with proper heat treatment, these pull studs offer exceptional strength, rigidity, and durability, ensuring long-lasting performance and resistance to wear and tear in demanding machining environments. 45-Degree Taper: The 45-degree taper design provides a strong and secure connection between the tool holder and the spindle, ensuring optimal clamping force and minimizing tool deflection. Through-Coolant Capability: Incorporates through-coolant channels for efficient cooling and chip evacuation, improving tool life and enhancing machining performance. O-Ring Seal: Integrated O-ring provides improved coolant sealing, preventing leakage and ensuring effective cooling of the cutting tool. Benefits: Improved accuracy Enhanced safety Increased productivity Reduced downtime Enhanced tool life Improved coolant delivery and sealing Applications: Ideal for a wide range of machining applications, including milling, drilling, and boring, on various CNC machines. Product Highlights: Taper Type: BT50 Head Type: 45° angle Material: EN-24 / Alloy steel (Hardened & tempered) Tensile Strength: 1200+ N/mm² Coating: Black oxide for corrosion resistance Thread: M24 (standard for BT50 – confirm machine spec) Use With: CNC, VMC, HMC machines with BT50 taper 1. What is a BT50 Pull Stud used for? A BT50 Pull Stud connects a BT50 tool holder to the CNC machine’s spindle drawbar, ensuring safe and stable tool retention during machining. The 45° version features an angular head designed for specific spindle lock mechanisms. 2. Why choose a 45° head pull stud for BT50 holders? The 45° angle head allows secure locking in machines that use angled retention systems. It provides better seating and torque transfer in high-load operations, especially in heavy-duty CNC machining. 3. Is this BT50 pull stud compatible with my VMC or HMC machine? Most BT50 taper VMC and HMC machines accept 45° pull studs. However, always refer to your machine’s spindle or tool holder manual to confirm the exact specification before purchase. 4. What is the material of Block to Box BT50 pull studs? We use EN-24 or equivalent high-grade alloy steel, which is heat-treated and ground to maintain strength, wear resistance, and long-term performance. 5. Can I use this in an automatic tool changer (ATC)? Yes. Our BT50 45° pull studs are designed for compatibility with ATC-equipped machines, offering secure locking under rapid tool changes. 6. How often should I inspect or replace a BT50 pull stud? Due to the high stress on BT50 pull studs, inspect regularly for wear or head damage. Replacement is recommended every 6–12 months in industrial usage environments.
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BTB BTB Pull Stud BT40 90 DEG with Thru-Coolant
BT40 Pull Stud with 90° Head Angle – CNC Retention Knob | Block to Box Secure your CNC tool holders with BT40 Pull Studs (90° head) from Block to Box — precision-engineered for tight clamping, smooth drawbar engagement, and long operational life. Manufactured from hardened alloy steel, these pull studs are built to withstand high-tensile loads and vibration in automated tool-changing environments. The 90° head design is ideal for many standard VMCs and CNC milling machines that require flat-face engagement. Product Highlights: Taper Type: BT40 Head Type: 90° (Flat face) Material: Hardened alloy steel Surface Finish: Anti-rust black oxide coating Tensile Strength: 1100–1200 N/mm² Application: CNC, VMC, ATC-compatible tool holders Machining Standard: DIN/ISO compliant Thread Type: M16 (standard for BT40 – verify as needed) Benefits: Improved accuracy Enhanced safety Increased productivity Reduced downtime Enhanced tool life Applications: Ideal for a wide range of machining applications, including milling, drilling, and boring, on various CNC machines. 1. What is a BT40 90° Pull Stud used for? A BT40 90° Pull Stud (also called a retention knob) connects the BT40 tool holder to the CNC machine’s drawbar. The 90° head fits specific spindle mechanisms that require flat-face contact for secure tool retention. 2. How is a 90° Pull Stud different from a 45° or 60° one? The head angle determines how the drawbar grips the pull stud. A 90° pull stud has a flat-head engagement, while 45° or 60° studs have tapered heads. Always check your machine's manual for compatibility. 3. Is this pull stud compatible with all BT40 tool holders? Yes, it fits all standard BT40 holders, but you must confirm if your machine requires a 90° head type before purchase. 4. What material is used for Block to Box pull studs? We use heat-treated, high-tensile alloy steel for strength and durability. Our pull studs are black-oxide coated for corrosion resistance. 5. Can these pull studs be used in automatic tool changers (ATC)? Yes, BT40 90° pull studs from Block to Box are ATC-compatible, offering reliable performance even in high-speed CNC machines. 6. How often should I replace a BT40 pull stud? Pull studs should be inspected regularly for wear, cracking, or rounding at the head. In high-volume shops, replacement every 6–12 months is recommended. 7. Do you offer bulk discounts or dealer pricing? Yes, we support bulk orders, OEM supply, and dealer pricing. Contact our sales team for quotes.
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BTB BTB Pull Stud BT40 90 DEG with 0 Ring Thru-Coolant
BTB Pull Studs/ BT40 90 DEG TC WITH O RING The BT40 Pull Stud 90° Through Coolant (TC) with O-Ring is engineered for high-precision CNC machining where both coolant delivery and a leak-proof seal are critical. Designed with a 90-degree flange and built-in O-ring, this pull stud ensures a tight coolant seal and efficient performance during high-speed operations. Constructed from hardened alloy steel and finished for anti-corrosion protection, it delivers durability, performance, and secure fitment for all BT40-compatible tool holders. Increased Performance: Engineered for optimal performance in demanding machining applications, these pull studs provide secure tool clamping and minimize vibration, leading to improved accuracy and surface finish. Enhanced Safety: Designed with safety in mind, these pull studs ensure reliable and secure tool holding, minimizing the risk of tool breakage and potential accidents. High-Grade Steel with Proper Heat Treatment: Crafted from high-grade steel with proper heat treatment, these pull studs offer exceptional strength, rigidity, and durability, ensuring long-lasting performance and resistance to wear and tear in demanding machining environments. 90-Degree Taper: The 90-degree taper design provides a strong and secure connection between the tool holder and the spindle, ensuring optimal clamping force and minimizing tool deflection. Through-Coolant Capability: Incorporates through-coolant channels for efficient cooling and chip evacuation, improving tool life and enhancing machining performance. O-Ring Seal: Integrated O-ring provides improved coolant sealing, preventing leakage and ensuring effective cooling of the cutting tool. Benefits: Through Coolant FlowDesigned for internal coolant delivery through the spindle directly to the cutting tool. Leak-Proof Seal with O-RingThe integrated O-ring prevents coolant leakage, protecting your machine spindle and improving operational safety. High-Grade ConstructionMade from hardened alloy steel for exceptional durability under repeated use and high-stress conditions. Precision Fit for BT40Accurately machined to fit standard BT40 tool holders for secure and consistent clamping. Improved Tool & Spindle LifeEffective coolant flow reduces heat and wear, increasing tool and spindle longevity. Applications: Ideal for a wide range of machining applications, including milling, drilling, and boring, on various CNC machines. 1. What is the purpose of the O-ring in this pull stud? The O-ring provides a secure, leak-proof seal that prevents coolant from leaking during through-coolant machining processes. 2. How is a 90-degree pull stud different from a 45-degree one? A 90-degree pull stud has a wider flange angle which may be preferred in certain machines or setups for enhanced clamping force or safety. Always check your machine’s requirements. 3. Is this pull stud suitable for high-speed CNC machining? Yes, it is designed for high-speed operations with through-coolant systems and offers stable clamping under heavy spindle loads. 4. Will this pull stud work with all BT40 tool holders? Yes, this pull stud is compatible with all standard BT40 holders. Just ensure your spindle system supports through-coolant functionality and O-ring sealing. 5. How often should the O-ring be replaced? Inspect the O-ring regularly for wear or cracking. Replace it when signs of deterioration appear to maintain proper coolant sealing.
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BTB BTB Pull Stud BT40 45 DEG with 0 Ring Thru-Coolant
BTB Pull Studs/ BT40 45 DEG W/TC The BT40 Pull Stud 45° With Through Coolant (W/TC) is a precision-engineered component designed to secure BT40 tool holders in CNC machines, offering robust performance under high-speed and high-load machining conditions. With its 45-degree angle and integrated through-coolant feature, this pull stud ensures efficient coolant delivery, enhancing cutting accuracy and tool life. Manufactured from hardened alloy steel, it provides high tensile strength, wear resistance, and secure locking compatibility with standard BT40 spindles. Increased Performance: Engineered for optimal performance in demanding machining applications, these pull studs provide secure tool clamping and minimize vibration, leading to improved accuracy and surface finish. Enhanced Safety: Designed with safety in mind, these pull studs ensure reliable and secure tool holding, minimizing the risk of tool breakage and potential accidents. High-Grade Steel with Proper Heat Treatment: Crafted from high-grade steel with proper heat treatment, these pull studs offer exceptional strength, rigidity, and durability, ensuring long-lasting performance and resistance to wear and tear in demanding machining environments. 45-Degree Taper: The 45-degree taper design provides a strong and secure connection between the tool holder and the spindle, ensuring optimal clamping force and minimizing tool deflection. Through-Coolant Capability: Incorporates through-coolant channels for efficient cooling and chip evacuation, improving tool life and enhancing machining performance. Key Benefits Coolant CapabilityAllows direct coolant flow through the spindle to the tool, improving chip evacuation and reducing heat. High Strength & DurabilityMade from heat-treated alloy steel to withstand high torque and axial loads. Enhanced Tool LifeOptimal coolant delivery minimizes tool wear and thermal expansion. Secure & Accurate Fit45° taper ensures proper alignment and secure clamping in BT40 spindle systems. Corrosion & Wear ResistantPrecision finish and protective coating resist corrosion and extend life in demanding environments. Applications: Ideal for a wide range of machining applications, including milling, drilling, and boring, on various CNC machines. 1. What is the function of the 45-degree angle on this pull stud? The 45-degree angle ensures a secure engagement with the machine drawbar mechanism, providing a strong and reliable hold for high-speed CNC operations. 2. What does W/TC mean in the product title? W/TC stands for "With Through Coolant." This means the pull stud is designed to allow coolant to pass through the spindle directly to the cutting tool. 3. Is this pull stud compatible with all BT40 tool holders? Yes, this pull stud is designed to fit standard BT40 tool holders. However, always verify your CNC machine’s specification to ensure compatibility. 4. Can I use this pull stud for dry machining? Yes, although it’s optimized for coolant-based applications, it can be used for dry machining as well. The through-coolant feature will remain inactive in such cases. 5. How often should I replace my pull studs? It's recommended to inspect pull studs regularly for wear or cracks. Under regular use, replacing them every 6 to 12 months ensures optimal machine safety and performance.
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BTB BTB Spanners for ER20M-Mini Nut
BTB ER Spanners: Essential for Secure Tooling Reliable and durable BTB ER Spanners designed for secure clamping and quick tool changes. Textured Grip for Enhanced Control: These spanners feature a textured grip for a secure and comfortable hold, ensuring precise tightening and loosening of ER collets. This reduces the risk of slippage and provides greater control during tool changes. Constructed from High-Quality Alloy Steel: Crafted from durable alloy steel, these spanners offer exceptional strength and resistance to wear and tear. This ensures long-lasting performance and reliable operation in demanding machining environments. Increased Tool Life: By providing a secure and consistent clamping force, these spanners contribute to increased tool life. Proper clamping minimizes vibration and reduces the risk of tool breakage, resulting in greater efficiency and reduced downtime. Benefits and Applications: Ideal for use with a wide range of ER collets and tooling systems. Benefits include: Improved accuracy, Enhanced safety, Increased productivity, Reduced downtime. What makes this different from standard ER20 spanners?It's specifically sized for mini ER20M nuts. Is it recommended for light-duty machines?Yes, it's perfect for light-load precision operations. How durable is the build?Made from high-strength steel for long life. Can it be used in confined spaces?Yes, it’s ideal for compact tool holders. Is this suitable for daily professional use?Yes, it’s engineered for industrial-grade applications.
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BTB BTB Spanners for ER11M-Mini Nut
BTB Spanners for ER11M-Mini Nut Essential spanners designed for secure and efficient tightening/loosening of ER11M-Mini Nuts. Textured Grip: Features a textured grip for a secure and comfortable hold, ensuring precise tightening and loosening of ER11M-Mini Nuts. This reduces the risk of slippage and provides greater control during tool changes. Made from Quality Alloy Steel: Constructed from durable alloy steel, these spanners offer exceptional strength and resistance to wear and tear, ensuring long-lasting performance and reliable operation in demanding machining environments. Increased Tool Life: By providing a secure and consistent clamping force, these spanners contribute to increased tool life. Proper clamping minimizes vibration and reduces the risk of tool breakage, resulting in greater efficiency and reduced downtime. Benefits: Improved accuracy Enhanced safety Increased productivity Reduced downtime Longer tool life Applications: Specifically designed for use with ER11M-Mini Nuts in various CNC machining applications. What’s unique about the ER11M mini spanner?It’s built for smaller-diameter ER11M collet nuts with high precision. Is this suitable for miniature CNC applications?Yes, it is ideal for compact, low-force tool holding systems. Does it provide torque control?Manual torque with excellent grip for sensitive adjustments. What material is used?Made from heat-treated steel with anti-wear coating. Can it fit standard ER11 nuts?No, it is specifically designed for ER11M mini nuts only.
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BTB BTB ER20M Mini Nuts for Collet Chucks (DIN6499)
BTB ER20M Mini Nuts for Collet Chucks (DIN6499) High-performance ER20M Mini Nuts for superior accuracy and reliable tool clamping in your CNC machines, optimized for high-speed applications. Enhanced Clamping Force: Coated Nuts provide 100% more clamping pressure compared to standard bearing nuts, ensuring superior tool holding power and stability, even at high speeds and under demanding conditions. High-Speed Performance: Specifically designed for use when speeds exceed 10,000 RPM, these mini nuts maintain secure and reliable tool clamping, minimizing the risk of tool slippage or breakage during high-speed machining operations. Conforms to DIN 6499 Standard: Manufactured to the exacting DIN 6499 standard, ensuring compatibility and interchangeability with other DIN 6499 compliant components. Made from High-Quality Steel: Crafted from premium-grade steels, these nuts offer exceptional strength, durability, and resistance to wear and tear, ensuring long-lasting performance and reliable operation in demanding machining environments. Recommended Torque: For optimal performance and to prevent over-tightening, use 80-90% of the maximum recommended torque. Benefits: Improved accuracy Enhanced safety Increased productivity Reduced downtime Enhanced tool life Applications: Ideal for high-speed machining applications, including milling, engraving, and drilling, where maintaining secure tool clamping at elevated speeds is critical. What makes the ER20M mini nut different from standard ER20 nuts?It is smaller and designed for compact tool holding in CNC. Can it be used with existing ER20M chucks?Yes, it is fully compatible with ER20M collet systems. Is this nut suitable for high-torque applications?Yes, it delivers reliable grip and torque strength. How is the anti-vibration performance?Excellent, ensuring accuracy during high-speed machining. Does it follow a specific standard?Yes, DIN6499 standard ensures fit and performance consistency.
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CP CP Ceramic Deburring Tools
Ceramic Blade for Edge cutting of hardened components. De-flashing & Scraping of plastic components. Replaceable Ceramic Blade Pack Qty : 1 Wt : 10 gms
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Trumil Trumil Drill Sleeves
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Turnmax Turnmax Spare Point
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Trumax Trumax Dead Center (Plain Male Point)
Small size Taper upto MT-4 made from Bearing Steel EN-31 and through hardened to 58-60 HRc. Big size tapers from MT-5 upwards made from 20MnCr5 and Case Hardened to 58-60 HRc. Broadly confirms to IS : 2289 - 1976 (Equivalent to DIN: 806-1961 / ISO : 298) Precision ground. Tip runout within 0.015 mm w.r.t. Taper. Standard Point Angle 60° (other Angles like 75° / 90° etc. against request) Shank Taper L mm L1 mm L2 mm ØD mm D1 mm h mm h1 mm A1 mm B1 mm MT - 1 53.5 26.5 21.5 12.2 12.065 2.0 3.0 5.5 2.5 MT - 2 64.0 36.0 29.0 18.0 17.780 2.6 3.5 8.0 4.0 MT - 3 81.0 44.0 36.0 24.1 23.825 3.5 4.5 9.0 5.0 MT - 4 102.5 57.5 48.0 31.6 31.267 5.2 5.5 11.0 6.0 MT - 5 129.5 70.5 58.5 44.7 44.399 11.7 6.5 14.0 8.0 MT - 6 182.0 88.0 73.0 63.8 63.348 10.1 8.5 17.0 11.0 MT - 7 254 121 - 83.550 83.058 - - - -
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Armatech Associates Crystal Button Magnets
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Armatech Associates Crystal Pot Magnets
Pot Magnets: “CRYSTAL” Pot Magnets are compact units embodying powerful “Alnico” magnets assembled in mild steel pot by aluminum retaining and insulating rings designed for magnetic holding and lifting applications of all sorts. They can be readily inserted into other assemblies and the mild steel pot be easily machined to suit individual requirements. Available in Neodymium Pot Magnet, Hook Magnet, Shallow Pot Magnet, Deep Pot Magnet, Countersunk Magnet and in four sizes. Supplied complete with plated keeper. Special sizes can also be manufactured. Specifications: Sr. No. Cat. No. Diameter(OD) Height(H) Threading Depth of Threading(D) Magnetic Pullkg 1 AA-1921 18 mm 16 mm M 5 5-6mm 1.8 2 AA-1922 22 mm 20 mm M 6 5-6mm 2.8 3 AA-1923 27 mm 25 mm M 6 5-6mm 6.5
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