How Zevision IMC300 helps in thin film manufacturing

Engineering the Invisible ✨ True innovation happens where the eye cannot see, in every nanometer of coating and in every micron of alignment. Our production lines integrate ultra-precision polishing, multilayer vacuum coating, and fully automated inspection systems to ensure optical consistency at the highest international standards. From R&D to mass production, each process follows rigorous control and continuous refinement, turning invisible precision into visible excellence. The difference between good and exceptional is measured in microns. ⚙️ #MECO #PrecisionEngineering #Optics #AdvancedManufacturing #SmartFactory #Innovation

Like Vision Engineering, we invest heavily in advanced inspection systems—optical and digital—to guarantee every part we coat meets our customers’ stringent requirements. In the parylene process, adhesion and uniformity are everything; the polymer wicks deep into substrate surfaces and its protective properties depend on meticulous inspection throughout production . Our team uses incoming inspections, cleanliness testing and film thickness/adhesion checks—often with spectral reflectance—to verify coverage and quality . Final inspections ensure each assembly meets specification before it leaves our facility . This rigorous quality control goes hand‑in‑hand with the unique capabilities of parylene. Applied as a gas, parylene forms an ultra‑thin, pinhole‑free film that conforms to every crevice . The resulting coating is chemically inert and hydrophobic , providing superior protection against moisture, corrosion, salt spray and solvents . With a lower water‑vapour transmission rate than liquid coatings , parylene shields electronics in demanding environments without adding weight or stress. If you’re exploring ways to enhance inspection and improve product reliability, we’d love to demonstrate how ParaTech combines vision systems with parylene coatings to deliver exceptional results. Let’s connect! #QualityAssurance #Inspection #Parylene #ConformalCoating #Electronics #ParaTech

Every great innovation starts with a vision — and the dedication of those who bring it to life. Here’s a glimpse behind the scenes of our engineering team, where precision, creativity, and teamwork come together to build high-performance camera modules for a smarter world. From R&D to real-world applications, we’re committed to delivering reliable, cutting-edge imaging solutions that empower our partners worldwide.

🔍 Spotting a “Second Growth Front” in ALD Trenches Chipmetrics has identified a previously unseen second growth front forming at the closed end of the trench and advances toward the entrance, meeting the primary front in the middle. This matters because conventional top-down metrology can miss it, risking hidden non-uniformity in HAR structures. With our PillarHall test chips, engineers can now detect both growth fronts, optimize pulse/purge strategies, and gain tighter control in advanced 3D device fabrication. Read more from the link in the comments section 👇 #ALDep #TestedWithPillarHall #PillarHall #Semiconductor #Chipmetrified

A brief overview of a study we did in collaboration with Simon Elliott related to what kind of ALD growth there can be in high aspect ratio structures.

What are the biggest engineering challenges when designing ultra-precise laser processing machines? Machine Design’s Sharon Spielman asked Scott Schmidt this question. The applications engineering group manager at Aerotech, Inc. provided key considerations for machine designers and integrators who implement complex laser scanning and motion control systems. In this case, Aerotech partnered with Light Conversion, a manufacturer of femtosecond lasers, to establish an advanced R&D laboratory in Sunnyvale, Calif. The collaboration integrates Light Conversion’s Carbide 80W femtosecond laser with Aerotech’s custom laser scanning and motion control components. Read the full Q&A below... Jeremy Cohen Keith Larson #MotionControl #laserscanning #Automation #Mechatronics ##IndustrialDesign #Engineering 

What does it take to design ultra-precise laser processing machines? I posed this question to Scott Schmidt, Applications Engineering Group Manager at Aerotech, Inc. His insights highlight critical considerations for machine designers and integrators working with complex #LaserScanning and #MotionControlSystems. In this case, Aerotech partnered with Light Conversion to establish an advanced R&D lab in Sunnyvale, Calif. The collaboration combines Light Conversion’s Carbide 80W femtosecond laser with Aerotech’s custom laser scanning and motion control components—pushing the boundaries of precision and performance. 👉 Read the full Q&A here: https://lnkd.in/eSwTWFUZ

Need precise measurement data for your R&D projects, but without investing in your own system? With PolyMeasure, our experts handle your demanding measurement tasks using the latest optical technology and over 50 years of experience. For example, in the development of haptic displays—a fascinating technology shaping the future. These systems create artificial tactile feedback, enhancing driving safety and making vehicle interaction more intuitive. Whether for product development, validation, or quality assurance—PolyMeasure provides accurate, traceable data to support reliable decisions, especially when budgets or time are tight. Learn more about PolyFlex with PolyMeasure https://lnkd.in/g87zKEXV Read the full technical article https://lnkd.in/guUjGHax #measurewhatmatters #hapticdisplays #innovation #opticalmeasurement #vibrationmeasurement #vibrometry #researchanddevelopment #automotive #safety #polytec #PolyMeasure #PolyFlex

Advancing Micro-Electronics with Precision Laser Solder Ball Welding At VILASER, we are pushing the boundaries of micro-joining technology. Our VIL-LWB-CS2 system is engineered for applications where precision, reliability, and minimal thermal impact are non-negotiable. This video demonstrates the clean, contactless process of laser-driven solder ball jetting, resulting in perfect joints for the most demanding industries, from aerospace to medical devices. Key advantages for your R&D and production: Superior joint quality and consistency Protects heat-sensitive components Enables further miniaturization of electronics Discover how the VIL-LWB-CS2 can transform your manufacturing process. Learn more on our website: en.vilaser.cn #VILASER #PrecisionEngineering #LaserWelding #MicroElectronics #Semiconductor #MedicalDevices #AdvancedManufacturing #Industry40

Discover how Windrose Technology is leveraging SCANOLOGY’s #wireless3Dscanning system — NimbleTrack — to elevate precision, efficiency, and quality in #smarttruck manufacturing. From tooling verification to body-in-white inspection, NimbleTrack delivers accurate, real-time 3D data that enhances every stage of the process — design, prototyping, and production — setting a new standard for automotive innovation. ⚙️ Wireless. Marker-free. Ultra-precise. It’s how Windrose Auto drives smarter, faster, and with confidence. 🎥 Watch the full customer story to see innovation in motion. #SCANOLOGY #NimbleTrack #3DScanning #Automotive #Metrology #SmartManufacturing #Innovation #QualityControl