Applied Precision 3D’s Post

LASER ENGRAVING INSTEAD OF MILLING???? A few months ago we purchase the MD-X2000A from Jeremy Byers and KEYENCE CORPORATION and we are very happy with the results and value add it brings to the table. We recently ran these sleeves requiring case hardening and black oxide, as well as part number engraving in somewhat of a tricky spot. Prior to this at completion, the engraving could be somewhat tough to read which is not acceptable for us, because we fully understand the intent is to make the replacement process more efficient if ever need be. Now we think this looks awesome and is a huge value add for the customer. What do you think? Let us know in the comments if this is a win? RFQ: hmachining92@gmail.com Website: hlnmachiningllc.com Contact: Jason Leis #machining #machineshop #engineering #toolmaker #quality #jobshop #manufacturing #leanmanufacturing #sixsigma #cnc #milling #cncmachinist #metalwork #machinistlife #5axis #cncmill #metal #machine #engineer #innovation #laserengraving #laser #continuousimprovement #efficient #CAD #Bobcad #Solidworks

Great result and added value!!! #machining #machineshop #engineering #toolmaker #quality #jobshop #manufacturing #leanmanufacturing #sixsigma #cnc #milling #cncmachinist #metalwork #machinistlife #5axis #cncmill #metal #machine #engineer #innovation #laserengraving #laser #continuousimprovement #efficient #CAD #Bobcad #Solidworks

With 3D scanning and metrology, businesses can gain detailed insights into their designs, ensuring they meet exact specifications and quality standards. CAD CAM services provide the tools necessary to achieve accurate measurements and improve overall product quality. Measurement is the key to success in the manufacturing industry, allowing for precise and efficient production processes. Investing in measurement technologies is essential for businesses looking to stay competitive and deliver top-notch products to their customers. ............................................................................................................................... #3DScanning #3dmas #india #trackscan #ProfessionalServices #3DMAS #Gratitude #SustainableFuture #3DMeasurementAnalysis #3dprintingforbeginners #quality #trackscansharp #precision #safety

3D Scanning for Machining Allowance: 250% Increase in Efficiency SHINING 3D https://lnkd.in/dX3fvWHt #metrology #metrologynews #quality #inspection #productivity #news #press #release #pressrelease #latestnews #business #blog #blogs

‘Live Inspect’ Scan Adjustment Software For AM Parts - The software analyzes features on a 3D scan, such as holes, slots, and planar surfaces, and provides tolerance analysis according to standard geometric dimensioning and tolerancing norms and practices. #additivemanufacturing #3dscanning #3dscan#closedloop #inspection #measurement #desktopmetal #metrologynews https://lnkd.in/d-4At-Su

In the sheet metal industry, precision is everything! A small defect can lead to massive waste, delays, and increased costs. That's where 3D scanning & inspection steps in, transforming the way manufacturers reduce scrap and improve quality. Here’s how: 1. Accurate Measurements: With 3D scanning, we capture every detail of a component, ensuring exact measurements that eliminate discrepancies and errors early in the production process. 2. Faster Problem Detection: Early identification of defects and misalignments allows manufacturers to fix issues before they become costly, reducing the chances of rejected parts and material waste. 3. Efficient Quality Control: Automated inspections ensure each part meets stringent quality standards, resulting in fewer defects and more consistent products. 4. Reduced Scrap: By identifying errors early and ensuring consistent quality, scrap levels are significantly reduced, leading to savings in material and labor costs. 5. Improved Prototyping & Reverse Engineering: 3D scanning facilitates rapid prototyping, making it easier to test designs before full-scale production, and also helps reverse engineer existing parts, extending their lifecycle and reducing material waste. At Scantric 3D Technologies, we specialize in providing cutting-edge 3D scanning and inspection services that streamline production, minimize errors, and boost overall efficiency in the sheet metal industry. 🚀 Let’s work together to reduce scrap, save costs, and improve quality in your production process! Contact us today for a consultation. #3DScanning #SheetMetalIndustry #ManufacturingInnovation #ReduceScrap #QualityControl #AdditiveManufacturing

Have you experienced AM Part Qualification challenges? Utilising additive manufacturing for high-performance and safety-critical industries has unquestionable benefits. But did you know that the versatility of 3D-Printing has caused a number of key inspection challenges? Explore these key challenges and discover why traditional methods often fall short when it comes to inspecting complex geometries and rough surface finishes inherent of AM metals: https://lnkd.in/ggivmi-R #NDT #NDTinspection #NDE #PartQualification #PartInspection #AdditiveManufacturing #MetalAM #AMPartInspection #AMPartQualification #3Dprinting

Discover how Dynamic 3D swiftly and precisely inspects CNC machined parts! During a visit to Innovative Technology Mfg., they used the HandySCAN MAX|Elite to scan a part and align it with the CAD model in VXintegrity, confirming it meets tolerance requirements. Explore more about HandySCAN 3D👇 https://lnkd.in/gC7NujMX #cncmachining #qualitycontrol #handyscan3d #vxintegrity

Rough surface finish causing inspection challenges? The inherent surface roughness associated with additive manufacturing is more than just an aesthetic concern, it can also compromise quality and integrity. Does this mean rough parts are more likely to prove defective? Of course not! But this rough surface finish presents real challenges for some NDT and inspection methods. Fatigue and fracture toughness are performance parameters that can take a hit due to those very surface irregularities we often encounter in AM parts, and while technology advances, smoothing out these surfaces often requires post-processing steps. The ineffectiveness of traditional inspection methods, especially non-destructive testing, when faced with rough surface finishes has made it incredibly difficult to identify defective parts early in the manufacturing process. This increases the chances of adding unnecessary value to defective parts by undertaking costly post-processing procedures. Nonlinear resonance NDT is different. Our technology allows you to: ✅ Inspect AM components with rough surface finish. ✅ Test immediately after printing. ✅ Identify flawed components prior to post-processing. Why risk working with flawed parts longer than you need to? Discover Theta Technologies’ nonlinear resonance NDT at www.thetandt.com/products #AdditiveManufacturing #SurfaceFinish #NDT #QualityAssurance #ManufacturingInnovation #NDE #NDTInspection #InspectionTechniques #AMInspection

In the machining process of aerospace components, ensuring precision and quality meet industry standards requires a series of measures to address potential errors and quality issues: 1.Employ High-Precision CNC Machining Techniques: CNC machining can produce metal and plastic parts with very strict tolerances, making it an ideal choice for manufacturing aerospace parts. 2.Stringent Quality Control Systems: Establish strict quality management systems, such as ISO 9001 or AS9100D, covering every aspect from supply chain management to manufacturing processes. 3.Advanced Inspection Technologies: Utilize advanced quality inspection technologies like Coordinate Measuring Machines (CMM), optical scanners, and laser trackers to accurately assess the quality of manufactured parts. 4.Continuous Process Optimization: Improve machining precision and production efficiency through continuous technological innovation and process optimization. For example, adopt a data-driven process parameter optimization system supported by a large amount of production data and scientific optimization algorithms to enhance the effectiveness of part machining. 5.Professional Technical Personnel: Ensure that operators are professionally trained to master CNC programming, operation, and maintenance. 6.Use Appropriate Machining Tools: Select the correct cutting tools and tools to adapt to different materials and machining requirements. 7.Environmental Control: Maintain a stable machining environment, such as controlling temperature and humidity, to reduce the impact of environmental factors on machining precision. 8.Implement SPC Data Control: Monitor production processes in real-time through Statistical Process Control (SPC) to ensure process stability and consistency in product quality. 9.Automation : Reduce human error and improve production efficiency and product quality through automated production. 10.Ongoing Supervision and Auditing: Regularly conduct internal and external audits to ensure the effectiveness of the quality management system and make continuous improvements. By adopting these measures, potential errors and quality issues can be minimized to ensure that the machining precision and quality of aerospace components meet industry standards. Below is a video of processing aerospace components, to share with you. We are a top supplier of prototypes and molds in China, with ISO9001, IATF 16949 and other certificates, competitive prices, and fast production time. If you have any needs for prototypes and molds, please feel free to contact me. Emaill: menshxu@hotmail.com Whatsapp: +86 18358806899 #protytypes #molding #cncmachining #3dprinting #sheetmetal #vacuumcasting #diecasting #injectionmolding #automotiveparts #aerospace #medicaldevice #rapidprototype #rapidtooling