Marposs’ Post

Fine-tuning performance: Electric motor alignment using lasers.

🎯 Introducing the Dual-Axis Non-Magnetic Turntable: Precision Redefined 🌟 Unveiling a leap in precision measurement technology – our Dual-Axis Non-Magnetic Turntable is a masterpiece for engineering aficionados. Constructed with superior non-magnetic materials, this equipment is the cornerstone for any task requiring meticulous angular positioning. The heart of the system beats with a worm gear pair structure, ensuring smooth and stable axis flipping. Coupled with a non-magnetic digital encoder, it translates movement into precise digital information. The intuitive dial and cursor provide a preliminary angle indication, while our comprehensive display software brings the exactitude of digital readouts to your fingertips. Elevate your performance testing and precision engineering projects with unwavering accuracy. Experience the pinnacle of innovation today. #DualAxisTurntable #PrecisionMeasurement #EngineeringExcellence #NonMagnetic #Innovation #Technology #DigitalEncoder #PerformanceTesting Get more information in the bellow link: https://lnkd.in/ggs9X3Qq

Exploring the Compatibility of the 9.3μ CO2 Spirit Laser by GCC Lasers for Cutting PET. Get the Facts at https://bit.ly/3wWzQr6 #PETLaser

📢📰 NEW ARTICLE: DUAL-BEAM LASERS MEET CHALLENGES OF THE AUTOMOTIVE INDUSTRY Dual-beam, adjustable mode beam (AMB) technology enables the versatile spatial control of laser energy deposition, providing wide process windows for defect-free welding and focal spot positioning. This technology improves process quality and speed in dissimilar material welding, copper welding, and in structural aluminum welding across many applications in the automotive industry – from the production of batteries and drivetrains to structural body parts. Read the full article here ➡️ https://ow.ly/lPMZ50R9CqE #IPGPhotonics #FiberLasers #AMB #LaserSolutions #Automotive #AutomotiveIndustry #Manufacturing #CarManufacturing #PhotonicsViews

Flex with P-Flex, Tank Floor Scanning Through Thick or Thin, The Ex Factor: This week with Eddyfi Technologies: The Flex For Complex Geometry Inspection: P-Flex How The Floormap®X MFL Array Tank Floor Scanner’s Got You Through Thick Or Thin The Ex Factor: Deployment of Inspection and Maintenance Robots in Explosive Atmospheres The Flex For Complex Geometry Inspection: P-Flex Technological advancements in non-destructive testing are closely dependent on other fields of research surrounding it such as optics, acoustics, or tomograph http://dlvr.it/T4sxB2 #ndt

Bridging the Gap: Navigating the Transition from Traditional TIG and MIG to Handheld Laser Welding with IPG LightWELD https://lnkd.in/gY4f8Vyf #IPG Photonics #laserwelding

Micro Laser Ranging Module from Lumispot Type: Solid-State Max. Power: 5W Wavelength: 1530nm - 1540nm Operating Mode: Continuous Beam Diverg.: 0.5mrad Active Laser Medium: Er:Glass Applications: Industrial, Metrology, Remote Sensing Ranging Distance: 3km Frequency: 1-10Hz adjustable Ranging Accuracy: ≤ ±1.5 RMS Weight: 33g Dimension: 48*21*31mm Ranging Resolution: 30m Lumispot Tech's LSP-LRS-0310F Micro Laser Rangefinder Module (Ranging Module), is a paramount tool in precision distance gauging within the realm of photoelectric systems. This eye safety-certified laser module excels in delivering accurate distance readings, crucial for diverse applications requiring the utmost precision and reliability.

Nihon Denji Sokki has developed advanced magnetic field simulation tools that can make a full 3D analysis of the flux lines generated within a Halbach array (#HBA) rotors during magnetization. This allows us to offer custom-built magnetizer yokes for these difficult use cases.   For the same volume of permanent magnets (#PM), HBA offers stronger magnetic fields than those within motors using rotors with less sophisticated array configurations. These stronger fields produce higher torques and greater power densities; but in the past, they have been more difficult to magnetize.   #neodymium #Hallbacharrays #electricvehiclesarethefuture #emobility #electricdrives #electricvehicle #permanentmagnet #electricvehiclesarethefuture #emobility #magnetizer #magnetism #permanentmagnet #magnetization #japanbusiness

A Halbach array describes a set of #permanentmagnets that are arranged such that their magnetic poles have been rotated by a predetermined angle where each of the pole directions forms a square. When used in the rotor of a motor, these arrays can generate a focused magnetic field that appears on one side of the array only. These angled pole directions had made post-assembly magnetization of the rotor difficult; however, our new 3D analysis tools now allow us to design magnetize of various Halbach array designs, which will significantly reduce your production costs.   #emobility #electricdrives #electricvehicle #magnetizer #magnetism #permanentmagnet #magnetization #japanbusiness  

Check out this video on Deeper Dive Filter Design from our principal Modelithics, Inc. #rf #softwareengineering