Pumps & Systems Media’s Post

Ejection system includes ejector pins, flat ejectors, sleeve ejectors, inclined ejectors, push block ejectors, push plate ejectors, gas ejectors, etc. Each ejection method has its own design points. Today, I will share with you design points of ejection mechanism of push block of automobile mold: #automobilemold #ejectionmechanism

#vibration - Isolator Dampers - Mounting Assembly. How Accurate you do design on paper, Practical Performance has Vibration. We Say Measure the Vibration and Redefine the Foundation Loads Values, Dampers Mounting Locations, Damper Selection to solve Practical Vibrations. Solutions in Vibrations hashtag#Industry Contact Us. Engineers Contact us for Solution Oriented Training further to #PostProcessing of #fea. #caddesign #mechanicalengineering #designengineer

PROBLEM STATEMENT Design a Mechanical system to convert the rotary motion of a Shaft into the linear motion of a Slider. KEY INPUTS    Maximum rotation angle of the shaft: 45°  Direction of rotation: Clockwise  The components (Frame, Shaft and Slider) can be modified as needed without affecting the over-all dimensions.

ELECTRICAL DISCHARGE MACHINE. What is an electrical discharge machine? (Also know as a spark eroder) Electrical Discharge Machining (EDM) is a controlled metal-removal process that is used to remove metal by means of electric spark erosion. In this process an electric spark is used as the cutting tool to erode the workpiece to produce the finished part to the desired shape. The metal-removal process is performed by applying a pulsating On-Off electrical charge of high-frequency current through the electrode to the workpiece. This removes (erodes) very tiny pieces of metal from the workpiece at a controlled rate. Eroding Process EDM spark erosion is the same as having an electrical short that burns a small hole in a piece of metal it contacts. With the EDM process both the workpiece material and the electrode material must be conductors of electricity. 434 Sam Green Road Greenhill Industrial Park Tunney Ext 6 GERMISTON Tel: 011 828 7828

Inspection When Receiving Electronic Components: Step 2 When we get the #electroniccomponents purchased from our suppliers, #Lusengz will do the #inspection of the #components, the second step is #visualinspection. Visual inspection is to check whether the appearance of electronic components meets the requirements through visual or instrumental inspection. The main contents of visual inspection include: #ComponentPackage: whether there is damage, deformation, leakage and so on. #ComponentPartNumber, specification, manufacturer, and origin must meet the design requirements. #ComponentAppearance: whether it is complete, dents, cracks, scratches, abrasion, oxidation and so on. #ComponentPins: whether there is bending, fracture, oxidation, complete plating, etc. #MechanicalComponents size: whether it meets the requirements, thread flexibility, feel good. #SwitchComponents: whether it can be operated flexibly; whether the plug is loose and tight, good contact. Visual inspection can timely detect defects in the appearance of components to ensure that the purchased components meet the quality requirements. #electroniccomponentinspection #componenttesting #electricaltesting #componentinspection #electroniccomponentstesting

Let's talk about the conventional connection techniques for five types of terminals, which we hope will be helpful for everyone. The details are as follows: First is screw connection. Screw connection uses screw-type terminal blocks. #Gedele Electric reminds you to pay attention to the maximum and minimum cross-sections of the wires that can be connected and the maximum tightening torque allowed for screws of different specifications. Next is soldering. The most common form of soldering is tin soldering. The most important aspect of tin soldering is that the solder material should form a metallic continuity with the surface being soldered. Then there's crimping. Crimping is a technique used to compress and displace metal within specified limits to connect the wire to the contact pair. Good crimping connections can produce metal interflow, causing symmetrical deformation of the wire and contact pair material. This type of connection is similar to cold welding, providing good mechanical strength and electrical continuity, and it can withstand harsher environmental conditions. Another method is wrapping. Wrapping involves directly wrapping the wire around the contact pin with edges. During wrapping, the wire is wound under controlled tension and pressed into the edges of the contact pin to form a gas-tight connection. Lastly, there's insulation displacement connection (IDC). IDC, also known as piercing connection, was invented in the United States in the 1960s. It is a novel terminal technology with high reliability, low cost, and ease of use. #Cablelug

✨ Achieve Precision with the Vertical/Location Mechanical Comparator Gauge! 📏 ✔️ Accurate Measurements – Perfect for bearing clearances and vertical alignment. ✔️ Repeatable Results – Engineered for efficient, consistent performance. ✔️ Reduces Assembly Tolerances – Ensures high-precision measurements for better fit. ✔️ Built for Durability – Designed to withstand demanding industrial environments. 💡 Ideal for professionals who require precision and reliability in every measurement. Don’t compromise on accuracy! 📌 Explore Now: https://lnkd.in/gjq4ZWFS ➡️ Achieve precise vertical measurements today! 🛠️✨ #GloriousEnterprise 🌟 #VerticalComparator 📏 #MechanicalGauge 🛠️ #BearingClearance ✅ #PrecisionTools 🔍 #VerticalAlignment 📐 #IndustrialPrecision ⚙️ #AccurateMeasurements 📏 #RepeatableResults 🔄 #AssemblyTolerances 🔧 #ReliableTools 💪 #HighAccuracy 📊 #DurableDesign 💡 #EngineeringExcellence 🧰 #MeasurementPrecision 📐

The video shows a fracture or damage at the top of a mechanical component a hydraulic brake (upper threaded part). The damage appears to be due to excessive stress or excessive torque applied to this part, leading to deformation of the metal threads or a bend in the affected area. Possible causes of the fracture: 1. Excessive Mechanical Stress: Such as overloading or harsh use. 2. Thread Wear and Tear: This could result from prolonged use or inadequate maintenance. 3. Misalignment: Misalignment during assembly or operation. 4. Weak Material or Manufacturing Defects: The material used in the component may be unsuitable for the stresses it was subjected to. #MechanicalEngineering #Engineering #Manufacturing

This device is needed in every industry where there are belt-operable Machines