Laser ablation: Why the removing of different coatings is essential in battery production – and how the TruMicro 7000 makes it easy ?? De-coating with a pulsed (nanosecond) laser is an ablative process where coatings are heated by absorbed laser energy, causing evaporation or sublimation. In battery production, CDP (Cathodic Dip Coating) on battery covers or dielectric UV coatings on battery cells can be removed completely or selectively with lasers to enable further processing. Why remove coatings? ?? Joining processes: De-coating as a pretreatment for processes like bonding, contacting / screwing, welding, and soldering ?? Recoating / Repair: Saves time and costs, and minimizes reject rates Watch this video demonstrating the removal of a coating from a prismatic battery cell using the TruMicro 7000 laser. ??
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Glass conductive coating & Ultrasonic Spray Coating System Compared to other coating methods, ultrasonic spray coating system has significant advantages for functional coatings on glass such as TCO (transparent conductive oxide coatings), CNTs (carbon nano tubes) and silver nanowires. Ultrasonic nozzles are very suitable for coating suspensions with electrically active particles, dispersing solid particles in suspensions evenly to achieve outstanding electrical performance. #ultrasonic #ultrasonicspraycoating #coatingmachine #conductive
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#CopperElectrode The biggest advantage of using copper electrodes in electrical discharge machining (EDM) is its excellent conductivity and high machining accuracy. Complex shape molds: Copper electrodes can process extremely complex shapes and tiny details, which is very suitable for the production of injection molds. It requires fine details and high surface quality, and copper electrodes can meet these requirements. Deep cavity molds: Traditional mechanical cutting is difficult to reach when processing deep cavities. Copper electrodes can be easily achieved through non-contact processing. #CopperTooling #BrightlxLens #MoldTooling #Ledlens #BrightlxOptics www.lensblx.com [email protected] +8618820788752
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With the usage of the new TwinClad laser technology of Laserline and a single injection powder feeding principle without any mechanical splitter, HS Technik could achieve quite good first results by using a Treibacher TiCN+Mo2C in a 1.3820 metal matrix. The challenge is the carbide injection as a function of the welding direction and the rotating direction of the brake disc ??...??????
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Thin film deposition techniques like Thermal evaporation, Electron beam evaporation, and sputtering that are used in glass coatings, display coatings, optical coatings and decorative coatings face challenges in obtaining the ideal vacuum pumps to manage the harsh process and delivering the best ultimate pressures. The Edwards E2M series two-stage oil-sealed rotary vane vacuum pumps have been synonymous with the coating industry. They are renowned for obtaining high ultimate vacuum, rapid pumping speeds, quiet operation, and managing vapours. No wonder these pumps are the trusted pumps of choice in the thin film coating industry. To know more about the Edwards E2M series, https://bit.ly/3Pnw7JN #oilsealed #edwardsvacuum #coating #glass #optical #display #vacuumpumps
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?ukasiewicz Research Network - Warsaw Institute of Technology. (?ukasiewicz-WIT). Low-pressure plasma technologies - PAPVD, PACVD, plasma jet sources, glow discharge nitriding.
The quality of the PVD coating before production testing is best confirmed using the Recatest method with a dedicated ReClo2 test stand. Precise spherical metallography of the calotest type on the surface of traces of measurements: HRC (a) , HV hardness (b) , as well as scratch (c) and disk friction tests (d). We should know more about the coating and before making the decision to use new technology PA PVD.
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Our machine can bring you high-precision cutting services, and we have been in the industry for 23 years.
Upgrade Pipe Cutting Machine 1. Automatic deviation compensation of the axis center to overcome the misalignment and correction of the profile material; 2. One-button B-axis center calibration, memory of the current center point. 3. Each action is completed with a detection switch and a sensor switch to ensure accurate operation; 4. Corner process, corner speed, and power can be adjusted separately; 5. Common edge nesting and pattern arrangement can save materials; 6. Inertial hole processing, small material splicing weld; 7. Angle steel and channel steel can be cut; 8. Integrated control, fast Z-axis lifting. Following mode: The Z axis first moves the graphic curve, and then determines the following capacitance value. When the workpiece moves, the cutting head tracks the workpiece surface in real time to ensure that the focus position remains unchanged. #gnlaser;#pipecuttingmachine;#tubecuttingmachine;#pipecutting;#lasercutting;#lasermachine;#industrymachine;#fiberlaser;#laser
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Learn more about this series at the link!
Thin film deposition techniques like Thermal evaporation, Electron beam evaporation, and sputtering that are used in glass coatings, display coatings, optical coatings and decorative coatings face challenges in obtaining the ideal vacuum pumps to manage the harsh process and delivering the best ultimate pressures. The Edwards E2M series two-stage oil-sealed rotary vane vacuum pumps have been synonymous with the coating industry. They are renowned for obtaining high ultimate vacuum, rapid pumping speeds, quiet operation, and managing vapours. No wonder these pumps are the trusted pumps of choice in the thin film coating industry. To know more about the Edwards E2M series, https://bit.ly/3Pnw7JN #oilsealed #edwardsvacuum #coating #glass #optical #display #vacuumpumps
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Roller forming is a non-impact forming process that uses rotating rollers to apply symmetrical force, forming cylindrical parts with precision and consistency. https://lnkd.in/ewwRuC-5
