FEATURES: Angular Machine Vices are ideal for applications wherein the workpiece requires machining at an angle. Angular adjustment is achieved via the angular slide that can be set to any desired angle. Additionally, the fully graduated 360° swivel base allows the vice to be set at any angle along the vertical axis. These vices are manufactured from close grained hi tensile seasoned cast iron. Unbreakable steel crank handle. Use of high tensile grade fasteners provides strength and rigidity to these vices. Hardened and ground jaw. A milled slot in the vice base helps accurately locate the vice on the machine table using rectangular locating nuts. Accuracy in parallelism of jaws 0.02/100mm. "Hold Down" slots allow for secure clamping of the vice on the machine table.   DIMENSIONS IN MM:

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BTB Collet ER16 (DIN6499) Class-1 Available sizes: 1mm - 10mm High-performance ER16 collets (DIN6499) for superior accuracy and reliable tool clamping in your CNC machines. Dimensions: All sizes mentioned are in MM. Features: High Performance: Designed for demanding machining applications, these collets deliver exceptional performance with minimal runout, ensuring superior accuracy and surface finish. Made from High-Quality Steels: Crafted from premium-grade steels, these collets offer exceptional strength, durability, and resistance to wear and tear, ensuring long service life and consistent performance. Runout Within 12 Microns: Featuring a runout of less than 12 microns, these collets provide exceptional accuracy and repeatability, minimizing vibration and improving the quality of your machined parts. Conforms to DIN 6499 Standard: Manufactured to the exacting DIN 6499 standard, ensuring precise and repeatable clamping force. Class-1 Accuracy: Offers the highest level of accuracy for demanding applications that require the utmost precision. Benefits: Improved accuracy Enhanced surface finish Increased productivity Reduced downtime Enhanced tool life Applications: Ideal for a wide range of CNC machining applications, including milling, engraving, and drilling. 1. What are ER16 Collets used for?ER16 Collets are used to hold tools such as drills, end mills, and reamers in CNC machines. They offer excellent precision and gripping force. 2. What is the clamping range of ER16 Collets?ER16 Collets typically clamp tool shanks ranging from 1mm to 10mm, making them suitable for a wide range of precision tools. 3. Are these ER16 Collets compatible with all CNC machines?Yes, our ER16 Collets are compatible with standard ER16 collet chucks and holders used in most CNC milling and drilling machines. 4. Why choose Block to Box ER16 Collets?Block to Box provides precision-machined ER16 Collets made from durable materials, tested for high performance and accuracy at competitive prices. 5. Do you provide individual collets or complete ER16 sets?We offer both individual ER16 Collets and complete sets, so you can choose based on your workshop requirements.

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Graduation: 0.01mm Carbide measuring faces, ratchet stop Meet DIN863-1 Supplied with setting standards (except 0-25mm)

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The KTA Precision Keyless Drill Chuck is a must-have for any drilling project. Its precise design allows for a secure hold of 0-6.5mm and 1-13mm drills, ensuring accurate and efficient drilling. With this tool, you can confidently tackle any drilling task with ease. Get yours today and experience the precision and ease of the KTA drill chuck.

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MRW TCMT16T308MRT2/MR2500P Carbide Inserts: High-Performance Turning Solutions Experience superior machining performance with MRW TCMT16T308MRT2/MR2500P carbide inserts. These high-quality inserts are engineered for precision and efficiency in a wide range of turning applications. Key Features: Premium Carbide Grade: Manufactured from a robust carbide substrate with advanced coatings for exceptional wear resistance and long tool life. Optimized Cutting Geometry: Features precisely engineered cutting edges for smooth chip flow, reduced cutting forces, and improved surface finish. Excellent Heat Resistance: Designed to withstand high temperatures during machining, ensuring consistent performance and minimizing tool wear. Suitable for Various Applications: Ideal for a wide range of turning operations, including facing, turning, and grooving of various metals, such as steel, stainless steel, and cast iron. Benefits: Enhanced Machining Accuracy: Achieve tight tolerances and superior surface finishes with minimal effort. Increased Productivity: Experience faster machining cycles and improved material removal rates. Reduced Downtime: Minimize tool wear and breakage, leading to less downtime and increased efficiency. Cost-Effective Solutions: Durable construction and high performance contribute to reduced production costs and improved overall efficiency.

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BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-12MM X 30 FL X 75 OAL 4FLT The 12mm Solid Carbide Endmill with 4-flute geometry and a high-performance coating is engineered for high-efficiency CNC machining. Designed to handle demanding operations, it offers excellent rigidity, smooth cutting action, and long-lasting durability—making it the go-to tool for professionals working with hard and abrasive materials.   Features: Specification Details Diameter 12mm Flute Length 35mm Overall Length 75mm Flute Design 4-Flute – Maximizes surface finish and cutting stability Premium Coating Enhances heat resistance and wear life Benefits:Perfect for heavy-duty machining and high-feed applicationsCoating allows for higher RPMs and extended tool lifeReduces tool deflection and chatter during deep cutsMaintains tight tolerances under continuous operationsApplications:Perfect for General engineering tasks requiring deep cuts and fine finishesCommonly used in aerospace, mold & die, heavy machinery, and general engineeringSuitable for roughing, slotting, and finishing tasks on large components 1. What operations is the 12mm endmill best suited for?It is ideal for roughing, deep slotting, and heavy material removal while also capable of delivering fine finishes.2. Is it capable of machining tough and hard-to-cut materials? Yes, the solid carbide body and advanced coating make it ideal for handling hard-to-machine materials, including high-strength alloys and heat-resistant metals, while also supporting general-purpose machining needs. 3. What type of machines support this tool?Any CNC milling machine or manual mill with 12mm tool holding capacity and proper spindle speed control can use this tool.4. Should I use coolant with this endmill?Yes, especially when machining hard materials or during long production cycles, using coolant helps extend tool life and maintain cutting performance.5. How does the 4-flute design improve cutting efficiency?It enables a higher feed rate, improved finish quality, and better chip load distribution, which enhances performance in both roughing and finishing.

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The Seco SJ Self-Centering Chuck is designed to offer a powerful and precise grip for your lathe works. This high quality chuck features a self-centering design that ensures accurate centering for improved accuracy and repeatability. It also provides a secure and reliable grip for reliable performance on every job. Delivery Time: SJ-3 Jaw & SJ-4 Jaw- Ex-Stock upto 315mm Dia,  Rest all 4 Weeks Delivery Time.

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Item Code Handle Type Blade Length Handle Dia End Cap Dia Wt. ET-2 Metallic handle with Soft Grip & Ball End Cap C-10 130mm 12mm 18mm 58gms CG-2 Poly Acetal Body Handle with Soft Grip & Ball End Cap. Blade Spring Loaded collet  Action for Blade Housing C-10 122mm 23mm 18mm 48gms DT-3(New) Classical Design Poly Acetal Handle with ball catch lock for blade holding & space for blade storage C10, C-20, C-15 145mm 23mm 18mm 48gms DT-3(M)-SD Poly Acetal Body D-SD handle with ball end cap & Metallic blade holder + space for blade storage C-10, C-20, C-15 143mm 23.7mm 24mm 59gms DT-5-SD Poly Acetal Body  T-SD with telescopic holder DT(C) & Ball end cap with 5 nos blade C-10, C-20, C-30,C-15, C-10(C) 163mm, 230 max 23.7mm 24mm 105gms

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 TYPE: T2-CS

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This model has as a heavy magnetic base and the rigid gunmetal fitting clamps making it suitable for use in shop floor environment.  A fine adjustment screw is provided and maximum magnetic performance gives security even on rough surface.  The base and two sides are energized by switching it ON for attachment to flat surfaces and a ‘V’ slot facilitates gripping on curved surfaces.  Universal movement of crossbar is controlled by one screw.

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Noga C-Type Heavy Duty Countersink Blades & Handles - Professional External Chamfering Solution The Noga C-Type Heavy Duty Countersink represents a breakthrough in external deburring technology, featuring a patented design specifically engineered for chamfering external shafts, rods, tubes, and cylindrical surfaces. This innovative tool system is essential for professionals in mechanical assembly, automotive manufacturing, hydraulic systems, aerospace fabrication, and precision machining operations. Revolutionary External Countersink DesignUnlike traditional countersinks designed for internal hole deburring, the Noga C-Type features a unique external configuration that wraps around the outside diameter of shafts and rods. This patented geometry enables you to create perfect chamfers on external edges where conventional tools simply cannot reach. Patented RotoDrive Technology:The cranked handle design with integrated RotoDrive mechanism allows continuous 360-degree rotation around external workpieces. This continuous rotation capability delivers exceptionally fast and accurate chamfering compared to intermittent manual methods, reducing production time by up to 60% on repetitive external chamfering operations.Key Features:Heavy-Duty ConstructionHigh-Speed Steel (HSS) Blades: Hardened to 62-64 HRC for exceptional wear resistance90-Degree Cutting Angle: Standard geometry for most external chamfering applicationsSingle-Flute Design: Provides smooth, chatter-free cutting on external surfacesRobust Build Quality: Engineered for demanding industrial environmentsVersatile Size RangeAvailable in multiple blade configurations to handle various external diameters:C12 Model: For shafts 3-12mm diameterC20 Model: For shafts 3-20mm diameter (most popular)C30 Model: For larger shafts 10-30mm diameterEX28 External RotoDrive: Specialized for 8-28mm external chamferingEX34 External RotoDrive: For heavy-duty 10-34mm applicationsErgonomic Handle SystemNG-3 Heavy-Duty Handle: Wide-body design with superior grip40mm Displacement: Provides leverage for removing heavy burrsLightweight Construction: Only 28 grams (blade) for reduced operator fatigueHeat-Treated Components: Ensures long-term durability under harsh conditionsQuick Blade ReplacementModular Blade System: Interchangeable blades for different sizes and materialsCompatible Holders: Works with NogaGrip-1 and RotoDrive holdersTool-Free Changes: Internal threading allows fast blade swapsCost-Effective Maintenance: Replace only worn blades, not entire toolTechnical Specifications:Blade Characteristics:Material: High-Speed Steel (HSS)Hardness: 62-64 Rockwell CAngle: 90 degrees (standard)Coating Options: Standard HSS or TiN-coated for extended lifeWeight: 28 grams (typical blade)Packaging: Individual or 10-piece packs availableHandle Specifications:Type: NG-3 Heavy-Duty with cranked designMaterial: Reinforced polyacetal plasticDisplacement: 40mm for heavy-duty applicationsCompatibility: All C-Type countersink bladesHeat Treatment: Wear-resistant surface treatmentApplications & Industries:Ideal For External Chamfering:Hydraulic & Pneumatic Shafts: Smooth chamfers prevent seal damage during assemblyDrive Shafts & Axles: Professional finishing for automotive componentsThreaded Rods & Bolts: Chamfer cut ends for easier nut startingDowel Pins: Remove sharp edges for safe handling and press-fittingTube Ends: Prepare pipe ends for welding or fitting assemblyBar Stock: Finish cut ends of round and hex bar stockCNC Machined Parts: Final deburring of external diametersRepair & Maintenance: Restore damaged thread starts on boltsMaterial Compatibility:Ferrous Metals: Steel, stainless steel, tool steel, cast ironNon-Ferrous Metals: Aluminum, brass, copper, bronze, titaniumPlastics: Nylon, acetal, polycarbonate, PVC, PEEKComposites: Carbon fiber, fiberglass reinforced materialsWood & Non-Metals: Hardwood dowels, composite rodsWhy Choose Noga C-Type External Countersink? Unmatched External Deburring Capability:The C-Type is the only hand tool specifically designed for external shaft chamfering with continuous rotation capability. Traditional files, grinders, or internal countersinks cannot match its speed, precision, and consistency on external diameters. Production Efficiency:The continuous rotation feature dramatically increases throughput in production environments. What once required 2-3 minutes of filing per shaft now takes just 15-20 seconds with the C-Type countersink. Operator Safety:Unlike angle grinders or files that generate heat, sparks, and sharp metal fragments, the C-Type operates cleanly and safely. The controlled cutting action produces small chips rather than dangerous flying debris. Consistent Quality:Every chamfer is uniform and repeatable. The 90-degree blade angle ensures compliance with engineering drawings and assembly requirements, eliminating rework from inconsistent manual deburring. Cost Effectiveness:Replaceable blade system reduces long-term operating costsSignificantly faster than manual filing or grindingNo power consumption or air supply requiredMinimal training required for operatorsDurable construction provides years of reliable serviceHow It Works:Select Appropriate Blade: Choose C12, C20, or C30 based on your shaft diameterMount Blade: Attach countersink blade to NG-3 handle via threaded connectionPosition Tool: Place external countersink around shaft end or edgeRotate Continuously: Use cranked handle to rotate tool around workpieceApply Light Pressure: Let the sharp HSS blade do the cutting workInspect Results: Achieve smooth, uniform chamfer in secondsNoga Quality & Heritage:Noga Engineering has been the global leader in precision hand deburring tools since 1980. Their patented innovations have set industry standards for quality, ergonomics, and performance. The C-Type Heavy Duty Countersink represents decades of engineering excellence, delivering professional-grade tools trusted by manufacturers worldwide.Quality Certifications:ISO 9001:2015 certified manufacturingPrecision-ground cutting edgesRigorous quality control testingBacked by manufacturer warrantyPackage Includes:1x Noga NG-3 Heavy-Duty Handle (cranked design)1x C-Type Countersink Blade (specify size: C12, C20, or C30)1x RotoDrive Holder (compatible holder)User Manual with technical specificationsAvailable Configurations:Complete Sets: Handle + holder + blade (NG3100, NG3400 series)Replacement Blades: Individual blades (BC1211, BC2011, BC3011)Blade Packs: 10-piece quantity for production environmentsTiN Coated Blades: Extended life for abrasive materialsUpgrade your external deburring operations with the Noga C-Type Heavy Duty Countersink and experience professional-grade shaft chamfering that manual filing and grinding simply cannot match.

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BTB ER20 Hex Nuts for Collet Chucks (DIN6499) High-performance ER20 Hex Nuts for superior accuracy and reliable tool clamping in your CNC machines, optimized for ultra-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 ultra-high speeds and under the most demanding conditions. Ultra-High-Speed Performance: Specifically designed for use when speeds exceed 15,000 RPM, these hex nuts maintain secure and reliable tool clamping, minimizing the risk of tool slippage or breakage during ultra-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 ultra-high-speed machining applications, including milling, engraving, and drilling, where maintaining secure tool clamping at extremely high speeds is critical. What is an ER20 hex nut used for in CNC machines?An ER20 hex nut is used to securely clamp ER20 collets into collet chucks in CNC machines. It ensures tool stability and precise alignment during machining operations. Does this ER20 hex nut comply with DIN6499 standards?Yes, the BTB ER20 hex nut is manufactured as per DIN6499, ensuring compatibility and precision fit with standardized ER20 collet chucks. Is the BTB ER20 hex nut compatible with all ER20 collet chucks?Yes, it is compatible with all ER20 collet chucks that follow the DIN6499 standard. Can I use this hex nut for high-speed machining?Yes, the BTB ER20 hex nut is heat-treated and precisely balanced, making it ideal for high-speed machining environments. What materials are used in manufacturing BTB ER20 hex nuts?It is made from high-grade alloy steel, providing durability, corrosion resistance, and long service life.

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KEY FEATURES: Lock down Jaw vice Designed for Precision Milling machines and CNC Machining Centres. Sealed bearing system induces clamping pressure and increases bearing life. Bearing part is stronger and more durable then our previous designed vices. Accuracy in parallelism and squareness within 0.02/100 mm. Hardened bed and jaws maintain accuracy for long time. Ductile Cast iron body. No work piece tilt after clamping. All parts interchangeable and available as spares. Same bed height  and Redesigned nut with lighter weight. Tenons and tenon slots provided for effortless truing of vice on machine table. High clamping force can be achieve by effortless handle movement which eliminates hammering on handle. Available with Swivel base also.   STANDARD ACCESSORIES: Chip guards Adjustable handle   DIMENSIONS IN MM MODEL NO. L W H H1 L1 O J J1 P T T1 Weight in Kgs. Clamping pressure in Kgs. MMV100 308 153 104 67 345 125 37 110 120 16 14 16 1500 MMV150 396 190 125 76.7 440 175 47 160 147 16 17 30 3000 MMV160+ 437 190 125 76.7 482 225 47 160 147 16 17 32 3000 MMV200 512 249 152 92 557 255 60 210 195 18 20 62 3500 MMV200+ 558 249 152 92 603 305 60 210 195 18 20 65 3500  MMV300 695 350 165 95 760 402 70 300 282 18 22 110 4000   OPTIONAL JAWS

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FEATURES: Manufactured from unbreakable alloy steel, these drill vices have been designed for powerful clamping for drilling, taping, reaming. Jaw depth extra then regular drill press vices. Fine acme thread lead screw. The base and slides are precision ground for stability and accurate operation. Horizontal & vertical V-grooves in the stationery jaw allows holding of rounding job securely. The base is slotted enabling the vice to be bolted to drill press tables, assisting in quick and accurate positioning. DIMENSIONS IN MM:

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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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