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A 4-meter gantry milling machine offers several advantages: 1.Large Workpiece Capacity: It can accommodate and process large workpieces, which is ideal for industries such as aerospace, automotive, and heavy machinery manufacturing. 2.High Precision: Equipped with advanced control systems and precise measuring devices, it ensures high accuracy and consistency in machining. 3.Versatility: Capable of performing a variety of operations including milling, drilling, and cutting, making it a versatile tool in a machining workshop. 4.Stability and Rigidity: The robust construction of the machine provides excellent stability and rigidity, which helps in reducing vibrations and improving the quality of the machined parts. 5.Efficiency: Its ability to handle large and complex components in a single setup reduces the need for multiple setups, thus improving overall machining efficiency. 6.Automation and CNC Integration: Often integrated with CNC (Computer Numerical Control) systems, it allows for automated and highly precise machining processes, enhancing productivity and reducing human error.

Heavy Duty Cutting Heavy Duty Cutting refers to the machining process that involves large cutting amounts using a lathe, primarily used for processing large-sized workpieces or materials with higher hardness. This machining method is typically used to replace traditional rough machining techniques, such as grinding or finishing after casting, and is particularly common in some heavy industries and high-demand metal processing. Advantages:  1. Time-saving in processing: A large amount of material can be removed at once, significantly shortening processing time. 2. Reduced processes: Seamless connection can be made between rough machining and finishing, lowering transfer costs. 3. High flexibility: Suitable for workpieces of various shapes and materials, especially performing excellently when machining high-hardness materials (such as hardened steel). 4. Good surface quality: The surface roughness after heavy cutting can reach high standards, and sometimes it can even replace grinding. Heavy Duty Cutting is a processing method with high efficiency and high precision, which has higher requirements for equipment and tools, can significantly improve efficiency and reduce costs in production. Website: www.mylascnc.com Facebook: https://lnkd.in/g8ZE5tEa Linkedin: https://lnkd.in/gqMeARrj Istangram: https://lnkd.in/g9dyuxDY mylascnc CNC eccentric turning by turret OD tool #cnc #machine #lathe #turning #milling #fanuc #millturn #machiningcenter #vmc #5axis #turret #spindle #controller #index #liveturret #dailytips #manufacturing #howto #sensor #machine #diy #dmgmori #mazak #eccentric

💥 💥 💥 𝐖𝐡𝐚𝐭 𝐢𝐬 𝐓𝐮𝐫𝐧𝐢𝐧𝐠 ? Turning is one of the fundamental and widely used machining processes in mechanical manufacturing. ✅ 𝐅𝐢𝐫𝐬𝐭𝐥𝐲, its principle lies in that the workpiece rotates while the cutting tool moves in a linear or curvilinear path. The workpiece is clamped onto the spindle of a lathe, which drives its rotation. Meanwhile, the tool, mounted on the tool post, cuts the workpiece by its movement. This coordinated motion enables the transformation of the raw material's shape and size. ✅ 𝐒𝐞𝐜𝐨𝐧𝐝𝐥𝐲, there are various types of lathes. The conventional lathe is suitable for single-piece and small-batch production. It can handle multiple machining operations like turning external cylinders, boring internal holes, threading, and facing. However, the CNC lathe, with its programmability, offers high precision and efficiency. It's ideal for complex and high-precision parts manufacturing, especially in mass production. ✅ 𝐌𝐨𝐫𝐞𝐨𝐯𝐞𝐫, different tools are used for specific turning tasks. For instance, the external turning tool shapes the outer surface, available in roughing and finishing variants. The internal boring tool is designed for machining holes, and the threading tool precisely cuts threads. In conclusion, turning plays a crucial role in producing a vast array of mechanical components, meeting diverse industrial demands. If you want know more please click on my homepage. #Turning #CNCmachining #Precisionmanufacturing

Discover the Ultimate Machining Tool: The Swing Ball Neo Indexable Ball Nose End Mill by DIJET Upgrade your machining operations with the Swing Ball Neo Indexable Ball Nose End Mill, a versatile and high-precision cutting tool designed to revolutionise your workflow. The Swing Ball Neo is not just a cutting tool; it’s a game-changer for your machining operations. By integrating advanced technology and high-quality materials, DIJET has created a tool that boosts productivity, enhances precision, and ensures efficient machining. Perfect for a range of applications, this end mill is an investment in quality and performance. Key Features: By providing a convex key with a unique shape on the main body (patent pending), the insert can be firmly fixed, and stable roughing and overlay machining are possible in the three-dimensional shape machining of dies. Blade / secondary blade shape (type with key groove). By suppressing the movement ofthe insert and stabilising the insert mounting repeatability, it can be applied not only in rough machining but also in the semi-finishing machining area. For insert grades, we havea lineup of new PVD coating grades: JC5240 (for steel) and JC8118 and JC8015 (for cast iron, mould steel, welding, and hardend die steel.) Upgrade to the Swing Ball Neo Indexable Ball Nose End Mill by DIJET and experience the future of machining today! . . #Manufacturing #Engineering #Tooling #Metalworking #PrecisionEngineering #Innovation #Machinery #IndustrialTools #CuttingTools #CNC #Machining #HardMaterials #SteelProcessing #ToolLife #CarbideTools #FinePitch #Efficiency #Durability #Quality #Productivity #dijet #dijetindia

🔎Let's see the process of CNC turning in a different way! The cutter is removing the extra materials from the workpiece, which is similiar to the process of peeling potatoes. From this perspective, this video can also be classified as a relaxation video. That's the pinciple of CNC turning, which produces the custom metal/plastic prototypes through cutting the extra materials. The process of CNC milling is also like that. The biggest difference between CNC turning and milling is that CNC lathes produce cylindrical parts, while the milling machines produce parts of any shape.⚙️ 🌐Find out more details about CNC Machining:www.beskamold.com/ #cncturning #cncmachining #cncmilling

🔆Side Milling Solves all Your Complex Structural Problems!🔆 Side milling is a machining process that uses the side cutting edge of a milling cutter to cut the side of a workpiece. It is different from traditional end milling in that it mainly uses the side cutting edge of the milling cutter to remove material, thereby machining areas such as the side surface, groove, and shoulder of the workpiece. Side milling can be used to cut straight lines or complex geometries, and is often used to machine the shape of multi-sided parts or to manufacture parts with a stepped structure. ⚒️Features of side milling: 1. High precision: Cutting with the side edge produces very smooth and flat side surfaces, making it suitable for machining high-precision parts. 2. High flexibility: It can machine workpieces of various shapes, including straight edges, beveled edges, steps, and multi-sided machining. 3. High efficiency: It can machine multiple sides of a workpiece in a single process, greatly improving production efficiency. 4. Wide range of materials: It is suitable for machining a variety of materials, including metals, plastics, and composite materials. ⁉️Common applications of side milling: 1. Machining the outer contours and edges of mechanical parts 2. Creating precise grooves, steps and shoulders 3. Manufacturing mould and fixture parts 4. Multi-sided machining of parts with complex shapes This machining method is widely used in the automotive🚙, aerospace🚀and mould manufacturing industries. It can be used for workpieces that require high precision and multi-sided machining. If your project requires side milling, please contact us in time, and Tirapid will work out the best machining plan for you.👇🏻 https://tirapid.com/ #Tirapid #SideMill #CNCmilling #5AxisCNC #Supplychain #LargeCNCMachining #CNCProgrammer #usinagem #CNCFräsbearbeitung #Aerospace #Automation #CNCAluminum #LageCNCMilling #PartDesign #ManufacturingEngineering

#OEM 1. Forging: Improve the mechanical properties of the material by forging the workpiece. 2. Normalizing: Make the material uniform and improve the processing performance by heating and natural cooling. 3. CNC lathe 1: First CNC lathe processing for rough processing or pre-processing. 4. CNC lathe 2: Second CNC lathe processing for further finishing. 5. CNC lathe 3: Third CNC lathe processing to ensure that the size and accuracy meet the requirements. 6. Gear rolling 1: The first step of tooth shape processing, use a gear rolling machine to perform preliminary tooth shape. 7. Gear rolling 2: Further process the tooth shape to ensure the accuracy and finish of the tooth. 8. Carburizing and quenching: Increase the surface hardness through carburizing, and then increase the strength and wear resistance through quenching. 9. Straightening: Correct the processed workpiece to ensure its straightness. 10. Runout detection: Detect the coaxiality and runout of the workpiece to ensure that the accuracy meets the standard. 11. Cylindrical grinding 1: The first cylindrical grinding process further improves the precision and finish of the cylindrical surface. 12. Cylindrical grinding 2: The second cylindrical grinding process achieves the final size and surface quality requirements. 13. Inspection: Final inspection of the workpiece to ensure that all indicators meet the technical requirements. 14. Anti-rust packaging: Anti-rust treatment is performed on the workpiece and it is packaged to prevent damage during transportation and storage.

CNC turning is a precise machining process used to create rounded surfaces by rotating the workpiece while the cutting tool remains stationary. This technique is ideal for producing cylindrical shapes, such as shafts and rings, with high accuracy. Unlike milling, where the tool rotates, turning focuses on rotating the part to achieve the desired geometry. It’s perfect for producing both simple and complex parts with smooth finishes. #CNCTurning #PrecisionMachining #Manufacturing #CNC

Why KingTeam for Custom Milled Parts? Travels to 60" x 27.6" x 25.6" 4-axis horizontal and vertical rotary capability KingTeam machining is on the cutting-edge of metalwork and CNC milling technology. We have made large investments into machines that greatly increase the possibilities for turning raw metal into the exact part you need. Additionally, this advanced technology allows us not only to meet your specifications, but get your jobs done quicker and at a higher level of quality than has ever been possible before. Request a Quote What is Milling? Milling is the process of cutting away material by feeding a work piece past a rotating multiple tooth cutter. The cutting action of the many teeth around the milling cutter provides a fast method of machining. The machined surface may be flat,angular, or curved. The surface may also be milled to any combination of shapes. The machine for holding the work piece, rotating the cutter, and feeding it is what’s known as the Milling machine. #cncpart #cncmachining #cncmilling #cnc #cncmachine

What Is Cutting Speed? Cutting speed describes the velocity between the workpiece’s surface and the #CNC cutter. Machining experts define #cutting #speed as how fast the workpiece moves past the CNC tool edge. In other cases, it can described as the feet per minute or linear distance of meters per minute that the cutting tool engages the workpiece surface. Cutting or surface speed is generally measured in ft/min (feet per minute) or m/min(meters per minute). Cutting speed is critical in determining other #CNC #machining parameters, including power consumption, cutting temperature tool life, etc. The values of cutting speeds of a milling machine vary based on different materials, including plastics, low-carbon steel, high-carbon steel, and aluminum. Machinists must operate other machine tools, such as knurling and threading tools, and lower cutting speed. Ensuring optimum rotational speed in #CNC #machining processes is essential to attain the best results. However, it is feasible to determine the optimum cutting speed for a specific #CNC #machining process by examining other factors.