Tungaloy Corporation’s Post

#snsinstitution #desginthinkers #desginthinking Hi everyone This is 30 DAYS Challenge about Lathe machine Day:10 let's start GROOVING Grooving is a turning operation that creates a narrow cut, a "groove" in the workpiece. The size of the cut depends on the width of a cutting tool. Multiple tool passes are necessary to machine wider grooves. There are two types of grooving operations, external and face grooving. PURPOSE OF GROOVING Grooving machining is a precision-driven process used in manufacturing to create accurate grooves or recesses in a workpiece, often metal. This technique enables the perfect fitting of components like O-rings and seals. Grooving tools, tailored in various sizes and geometries, facilitate this process.

WHAT’S NEW: https://bit.ly/RTdngxST Compatible with RHINO #turning holders, the 4-corner negative DNGX-ST insert for deep depth of cut #machining is designed with a new #ChipBreaker that provides excellent machining performance and #stable #ToolLife due to the low cutting force generated during machining. #productivity #superior #MachiningExpertise #HighPerformance #ShopFloor #TaeguTec #CostReduction #performance #NPN #new #brochure #NewProduct #machinist #NextGeneration #MachineShop #tooling #IndustrySolutions #RightTool #ToolingSolutions #MachineShopLife #innovative #StockControl #fabrication #manufacturing #GetInspired #CuttingEdge #EngineeringExcellence #ManufacturingExcellence #ToolsOfTheTrade #ToolRoom #MachiningSolutions #EngineeringLife #MachinistLife #premium 

WHAT’S NEW: https://bit.ly/RTdngxST Compatible with RHINO #turning holders, the 4-corner negative DNGX-ST insert for deep depth of cut #machining is designed with a new #ChipBreaker that provides excellent machining performance and #stable #ToolLife due to the low cutting force generated during machining. #productivity #superior #MachiningExpertise #HighPerformance #ShopFloor #TaeguTec #CostReduction #performance #NPN #new #brochure #NewProduct #machinist #NextGeneration #MachineShop #tooling #IndustrySolutions #RightTool #ToolingSolutions #MachineShopLife #innovative #StockControl #fabrication #manufacturing #GetInspired #CuttingEdge #EngineeringExcellence #ManufacturingExcellence #ToolsOfTheTrade #ToolRoom #MachiningSolutions #EngineeringLife #MachinistLife #premium 

Among the advantages of cutting sheet metal with a laser cutting machine: 1. good cutting quality 2. reducing the consumption of sheet metal 3. cutting sheet metal with high thickness #sheetmetal #stamping #laser #cutting

45°/90° Type For Various Operations Including External Turning, Grooving And Threading Square Tool Holder Let’s break down the different turning operations you mentioned: Threading: Threading is a lathe machining operation where a mechanical tool cuts threads on the outer surface of a workpiece. The result is helical grooves with specified pitches and lengths. To achieve deeper threads, the tool passes multiple times along the workpiece. A thread-shaped cutting tool bit is used for this operation. Boring: Boring removes excess material from an existing hole in a workpiece. It uses a single-point cutting tool that enters the workpiece axially to create specified shapes. Boring is useful for making holes deeper or larger, but it cannot create a hole from scratch. External Grooving: External grooving removes material by moving radially into the side of the workpiece. It’s used to create grooves along the cutting direction. There are two types of external grooving: face grooving (narrow cuts on the workpiece face) and external grooving (material removal from the workpiece side). I hope this helps! If you have any more questions or need further clarification, feel free to ask. 😊 #BIG Tools #Clamping Technology #Tool Holders #Weldon Tool Holder #Machine #Machinery #Design #Manufacturer https://lnkd.in/gGDGSZDs

🔧🌟 Dive into the world of lathe machines with WeissMachinery! ⚙️ Lathes are the backbone of any workshop, and understanding their components is key to mastering them. Here’s a quick guide: Bed - The foundation, providing stability. Headstock - The command center, housing the spindle and gears. Tailstock - The support system, ensuring precision. Carriage - The dynamic mover, carrying the cutting tools. Feed Mechanism - The drive, enabling smooth movement. Chuck - The secure holder, gripping the workpiece firmly. Tool Post - The versatile holder, organizing various tools. These components work together to turn raw materials into masterpieces. Click here to know more about lathe machine👇 https://lnkd.in/eGEx5S3U #EngineeringExcellence #LatheMachine #Manufacturing #PrecisionMachining #WeissMachinery

Hand lapping or centerless grinding? Lapping is a logical *complement* to our shop’s precision centerless grinding services. Like lapping, centerless grinding is a subtractive process, but it’s a much harsher method that can’t always deliver the surface smoothness some parts require. With centerless grinding, we can meet most surface roughness requirements, but when your surface roughness specifications call for 4 Ra or less, we use hand lapping to complete the job. We select the appropriate lap material, then apply a diamond lapping compound to the lapping plate and polish your part’s surface by hand. With a bit of “elbow grease” and an age-old surface finishing technique, we can polish most metal surfaces down to 1 Ra. Request a quote: https://bit.ly/3JRbyTT #grinding #manufacturing #cnc

What is HOBBING ? Gear hobbing is a machining process used for gear cutting, creating splines, and shaping sprockets. It involves using a specialized milling machine called a hobbing machine and the the cutting tool is called hob. The gear blank and the hob rotate continuously until all the gear teeth are cut into the blank. Hobbing is relatively fast and cost-effective compared to other gear-forming methods. It is commonly used for machining spur and helical gears. The angle between the hob’s spindle axis and the workpiece’s spindle varies based on the gear type being manufactured. Speeds of the two spindles are adjusted proportionally according to the number of teeth being cut into the blank. In mass production, multiple blanks can be stacked and cut simultaneously. For very large gears, preliminary rough shaping (gashing) may be done to improve efficiency.

What is the corner protection radius for milling cutters? 🤔 The rounding is characterized by a small radius at the cutting edge corner of the milling cutter as an important protective parameter in machining. It has several advantages and plays an important role in the machining of workpieces. For example, the tools wear more slowly because the load is distributed over a larger area. In addition, the rounded transition at the corners leads to a better surface quality, because the radius enables a uniform removal of material and minimizes burr formation. Of course, a corner protection radius is not always useful. If the end product requires sharp edges, for example on sealing surfaces, a corner protection radius may be undesirable. In these cases, the radius would round off the desired sharp edge and impair the functionality of the workpiece. Do you have any questions about our milling cutters with corner protection radius? Then let us know in the comments. 😉 #freakyfriday #factfriday #cornerprotectionradius #hofmannundvratny #hofmannvratny #manufacturer #machinistlife #instamachinist #millingcutter #machining #cncmachining #cuttingtools #innovation #highperformance #quality #madeinbavaria #shapingtomorrow