RPG’s Post

Deep drawn parts processing

deep drawn parts processing

Deep drawn parts processing

I'm looking forward to AI taking over the job market in Technical Writing, I have spent hours concisely constructing procedures to disassemble and assemble complex machinery. Example: Rotating the neoprene counter thrust washer diagonally to the axis of rotation of the flayed auger in the subassembly will disengage the chromium lattice feeder belt to the lateral pinion gauge spline. Aligning the position indicator to the indexing slot provides the clearance for the cyclic piston to retract into the nonexpressed retention coil and disengage the forward cam locking pin. Lifting the forward cam locking pin prevents the subassembly to flex into a transitional state where the inverse effect locking bolt and helical compressing ring can then be moved longitudinally down the intrametric induction return coil shaft releasing the counter rotation stabilizing claw from the floating ball socket reciprocating compression armature.

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Making 2D plans into a 3D surface and ready for some cut and fill work with leica machine control #leica #bricscad #3dmodelling #leicaicon #machinecontrol #dtm

What is a sliding head machine? As a modern type of machine tool controlled by computer numerical programming, sliding head machinery is capable of performing machining operations with extreme accuracy. Sliding head lathes allow the workpiece to move in the Z-axis while the tool remains stationary. https://lnkd.in/dw22B7bh #slidingheadlathe #turnedparts #cncturning #btma

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Behind the Scenes: A Day in the Life of a CNC Machinist Ever wondered what it takes to be a CNC machinist? Join us for a behind-the-scenes look at a typical day in our workshop. From programming the machines to inspecting the final product, our team is dedicated to excellence. #CNC #MachinistLife #BehindTheScenes #Manufacturing #Engineering #CNCProgramming #Workshop #MProHighTechCNC

𝗗𝗶𝗴𝗶𝘁𝗮𝗹 𝗿𝗮𝗱𝗶𝗼𝗴𝗿𝗮𝗽𝗵𝘆 (𝗗𝗥) Here's how the process typically works: 1- X-ray Source: A controlled X-ray source is used to generate X-rays that pass through the object being inspected, such as a weld joint. 2- Digital Detector: A digital detector, such as a flat-panel detector or an image plate, is placed on the opposite side of the object from the X-ray source. The detector captures the X-rays that pass through the object and converts them into a digital image. 3- Image Acquisition: The X-ray image is acquired digitally, eliminating the need for traditional film-based radiography. The digital image can be viewed immediately on a computer screen. 4- Image Analysis: Specialized software is used to enhance and analyze the digital X-ray image. This software allows for various image processing techniques, such as contrast adjustment, zooming, and measurement tools. 5- Defect Detection: The digital X-ray image is examined for any indications of defects or discontinuities in the weld, such as cracks, porosity, or incomplete fusion. The operator compares the image to applicable codes, standards, or specifications to determine if the weld meets the required quality criteria. 6- Reporting: The results of the inspection are documented in a report, which may include annotated images, measurements, and descriptions of any detected defects. These reports are used for quality control and assurance purposes. Author: Ahmed Elgioushy Mahmoud #Hashtags #DigitalRadiography #WeldInspection #NonDestructiveTesting #QualityControl #NDT #XRayImaging #DefectDetection #WeldQuality #RadiographicTesting #IndustrialInspection