Cutting Tool Engineering | Magazine & Media Co.’s Post

CNC machining geometric honeycomb coasters with a surface finish that shines thanks to Blaser's premium metalworking coolant. #cncmanufacturing #cncmachining #machining #machinist #machinistlife #cncowners #metalworking #metalworkingfluid #productivity #cnc

🔎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

cnc factory, cnc machine work. We can produce high-precision metal and Metal + Plastic parts, welcome to consult. [email protected] +86 185 12600 694 #cnc #machining #drillingbit #gear #cncmachining #cnclathe #turning #lathe #drilling #machinesetup #gearhobbing #ncprogramming #engineeringdesign #machinetools #cuttingtools #tapping #toolmaking #mechanicalengineering #manufacturingengineering

The turning process can reach a high level of precision, and fine surface finish and improve efficiency in low-volume production. To get quality turning machining, you also need some design tips. 1. Try to maintain uniform wall thickness 2. Avoid making complex designs 3. Go for standard turning thread size 4. Machinable in a single setup WayKen's CNC turning service offers a competitive advantage in turned parts. We are equipped with advanced CNC machine types and technologies to manufacture turned parts with high precision and fine surface finish. #WayKen #CNC #Machining

💡 What makes TOSHULIN, a.s. vertical machining centers so precise? Hand scraping by skilled craftsmen is essential in manufacturing high-quality, high-precision vertical lathes. #handscraping #craftmanship #accuracy #machinery #manufacturing #machining #fanuc #siemens #cnc #vtl #vertical #lathe #verticallathe #cncmachine #precisionmachining #highperformance #machiningcentre #turning #industry #quality #accuracy #quality #reliability #diligence #runcnc #cncmachining #machinetools #technology #powerturn #savings

Clamping Techniques in Lathe Machining: Ensuring Precision and Efficiency In lathe machining, proper workpiece clamping is crucial for achieving high-quality results and maintaining production efficiency. How you clamp the workpiece directly impacts both the accuracy of machining and overall productivity. One common method is "one clamp, one support"—where one end of the workpiece is secured by a three-jaw self-centering chuck, and the other end is supported by a tailstock center. This setup ensures that the workpiece remains stable during machining, especially when dealing with significant feed forces. To further prevent axial displacement, a limiting support can be added in the spindle's taper hole, or a step on the workpiece can be used as a stop. This clamping method is reliable, safe, and capable of withstanding large feed forces, making it widely used in the industry. Proper clamping is essential to achieving both precision and efficiency on the shop floor. There are two questions in the video—feel free to share your different perspectives: ❓ Why is the first cut curved, while the second cut is straight? ❓ Why is it necessary to place pins between the chuck jaws and the workpiece? _______________ CNC processing factory in China, No minimum order quantity，Quote provided within 24 hours.  Our Chinese New Year never closes. Need a quote? Give us a shout! Website: https://seaforesttools.com Email: [email protected] WhatsApp: +8613926594185 #CNC #Machining #Lathe #WorkpieceClamping #Manufacturing #PrecisionEngineering

Lathe Machine Overview A lathe machine is a powerful tool used in metalworking, woodworking, and other manufacturing industries. It shapes, cuts, and drills materials by rotating the workpiece against various cutting tools. Key Parts: 1. Headstock - Holds the main spindle and drives the workpiece. 2. Tailstock - Supports the workpiece and holds tools for drilling. 3. Carriage - Moves along the workpiece to control cutting tools. 4. Bed - The base that supports the entire lathe assembly. 5. Chuck - Holds the workpiece securely in place. 6. Tool Post - Holds the cutting tools for shaping the workpiece. #LatheMachine #Machining #Metalworking #Manufacturing #Engineering #Workshop #CNC #LatheParts #MechanicalEngineering #Tooling #PrecisionEngineering

Unlock the precision behind every masterpiece. Follow us to see exclusive insights into CNC machining and tool & mould craftsmanship. 🛠️ #CraftingPerfection #yqgbusiness #toolandmould #toolandmold #tooling #cncshop #cnclife 

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

#snsinstitution #snsdesignthingkers #designthinking A lathe machine is a versatile tool used in machining to shape various materials, such as metal, wood, or plastic. It operates by rotating the workpiece against a cutting tool, which removes material to achieve the desired shape. Common operations performed on a lathe include turning, facing, drilling, and threading. Lathes are widely used in manufacturing and repair industries for producing parts with precise dimensions and smooth finishes. Bed: The main structure that supports and aligns the components. Tailstock: Supports the other end of the workpiece and can be moved along the bed. Headstock: Contains the spindle and motor, which drive the rotation of the workpiece. Carriage: Moves along the bed and supports the tool post, which holds the cutting tool. Cross-slide: Moves perpendicular to the carriage and allows for adjustments in the cutting tool's position. Tool Post: Holds the cutting tool in place and allows for precise adjustments.