Bowman 3D Division’s Post

Uncover the secrets behind what makes a piece challenging to shape. Intricate designs and a variety of complex factors make or break how easy it is to go from prototype to mass production. #LaFlesche #manufacturing #cnc #tools #aerospace #DesignForManufacturability

🔍 Explored innovative approaches in #AdditiveManufacturing to improve skills in designing for cutting-edge technologies. #design #manufacturing #3dprinting #rapidprototyping #prototype #aerospace #automotive #eVTOL #ASU #cousera

Did you know? The aerospace industry is utilizing additive manufacturing to create lighter and stronger components for aircraft, revolutionizing the way we fly. #Engineering #Manufacturing #Aerospace #AdditiveManufacturing #Innovation #FutureTech #Technology #EngineeringDiscovery #Aircraft #AerospaceIndustry #3DPrinting #EngineeringMarvel #TechAdvancement #PrecisionEngineering #EngineerLife

Brass parts processing！Every time I look back at these production processes, I feel very healing！ #automobile #aerospace #medicalinstruments #cnc #process

Spinning parts 😎 #cncmachining #cncmanufacturing #cncmachiningmanufacturing #prototype #5axismachining #5axiscncmachining #injectionmolding #vacuuminjection #vacuumcasting #metalsheetfabrication #3dprinting #metalparts #plasticparts #autoparts #aerospace #medicaldevices #homeappliance #automation #iotdevices #hardware #rapidprototyping #Aluminumparts #Anodized

How to Mark on Plastics Cover? Laser Marking Machine,Laser Engraving Machine,Laser Carving #laser #lasermarking #lasercarving #laserengraving #sincerenaxens #electroniccomponents #automotive #medicaldevices #packingdesign #jewelry #aerospace

5-axis machining electric motor shell, precision and efficiency. #machining #cncmilling #motor #electricmotor #pump #aerospace #automotive #cad #industrialdesign #prototypes #prototyping

Think All Screws are Boring? Not This $1000+ F1 Bolt! This documentary by Red Bull shows the intense engineering behind Red Bull Racing (Formula 1) titanium suspension shoulder bolt. To manufacture this tiny 63.1mm widget took a whole week! You'd imagine it requires: -  Advanced simulations to model extreme g-forces - Specialized CNC machining the intricate geometry - Aerospace-grade titanium custom fabricated - Heat/wear treatments for strength - Stringent tests mimicking race stresses But it’s easy to take simple objects for granted. Behind something as small as a bolt lies relentless testing, heat treatment, machining, and simulations by engineers pursuing flawless performance. This miniature part sees forces that could shred an aeroplane wing. So they agonise over microscopic defects that risk turning a Formula One car into a 200mph tumbling wheel at corners! Next time you see a screw holding something together, pause and consider the engineering sweating the small stuff around us even in the most mundane items. They deserve some appreciation! (Creds to Hexagon Manufacturing Intelligence, DMG MORI & Siemens Digital Industries Software for scaling such feats!) #technology #automotiveindustry #design #engineering #manufacturing #f1 #precisionengineering

This article highlights a fascinating solution to a supply chain problem through innovative technology. The focus is on replacing machined aluminum forgings with titanium printed parts, a strategic shift in the manufacturing process. The shift to titanium printed parts stems from the cost-effectiveness and enhanced material properties compared to machined aluminum forgings. However the casting single crystal components with near-perfect material properties, casting in titanium, and the capability to cast very high complexity parts already exist in the aerospace supply chain. So why is the industry is investing in new manufacturing technologies? Would it not be lower cost and lower risk to upgrade the existing processes and supply chains? #additivemanufacturing #supplychain #casting https://lnkd.in/e3uvkf-D

Clever way to get large complex parts in Titanium