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Design Consulting Continuation Engineering – Product Maintenance • Documentation changes/ECO’s • Quality plan • Final build plan – router • Purchasing/inventory production plan Approximate time: 20-30 hours   Read more at https://trutechmotors.com #trutechmotors #trutech #specialtymotors #brushlessmotors #servomotors #fasttrackmotors #continuationengineering #productmaintenance

Reverse Engineering Services From obsolete parts, to supply chain constraints, to product improvement, SECG provides in-depth reverse engineering services for a variety of industries. True reverse engineering requires more than just measurements. SECG assists with material determination, tolerance specification, surface finish designation, and more to provide you with a production ready set of engineering drawings. Whether your component is small or large, SECG provides both in-house and on-site reverse engineering for large components that are difficult to transport. Don’t forget: Our in-house analysis capabilities allow you to improve the product design during the reverse engineering process. What parts or assemblies do you need reverse engineering on to keep production running smoothly? Visit us at https://lnkd.in/dCj-ivgj to learn more. #supplychain #manufacturing #innovation

⏰ How much time are component engineers losing each week looking for information on parts? Learn more 👉 : https://lnkd.in/gQSr9sce #engineering #componentengineers #designengineers #semiconductors #manufacturing #supplychain

How to accept one product under concession, where one of CTQ parameter didn't meet the design requirement? 1) Clearly identify and document, in which the part does not meet the drawing or specification requirements. This includes dimensions, material properties, surface finishes, etc. Raise the NC to respective concern. 2) Assess the impact of the non-conformance on the part's functionality, safety, and reliability. This may involve consulting with engineering, quality assurance and other relevant departments. 3) Prepare a formal concession request. This document should include, description of the non-conformance, Impact analysis, Root cause analysis, Proposed actions. 4) Submit the concession request to the appropriate authority within your organization. 5) The responsible engineering team will review the concession request and make a judgment on whether the part can be accepted as it is condition or with modifications or if it needs to be reworked or scrapped. 6) If the concession is approved, implement any required modifications or special instructions outlined in the concession approval. This might include reworking the part, applying additional inspections, or updating documentation to reflect the concession. 7) Ensure that all concessions are well documented and traceable. 8) Use the information from the concession process to take continuous improvement efforts. This might improving manufacturing processes, or providing additional training to prevent similar non-conformances in the future. share your views.....

Here's why you need to trust Eigen for all your engineering needs. - #IndustrialEngineering #Manufacturing #Efficiency #QualityControl #ProgressiveMetalStamping #PrecisionStamping #EigenEngineering #Eigen #EigenManufacturing #MetalStamping #Metal

The possibilities of tight tolerances and complex profile manufacturing in cold roll forming is high. There are numerous factors involved in obtaining consistent and repeatable quality, and our team are experts in engineering a profile that achieves project requirements. We have compiled an engineering review of one profile set that we produce across three continents, consistently achieving the tolerances required for this complex profile. Read the review here: https://bit.ly/4c4uvhJ #engineering #manufacturing #rollforming

Reverse Engineered spares can achieve same quality and integrity standards as original manufacturer if proper Engineering procedures and standards are followed during the process. What you get in return is lead time and cost savings with no compromise on integrity. Here is a project we just completed. Lets discuss how we can help you...

Process variations during the fabrication process (Slow to Fast). Just imagine how the poor tired unbuffered signal would have felt while travelling in chip with these process variations.

🚨 Case Study! 🚨 A customer approached PGC with the challenge of investigating the possibility of manufacturing a complex, layered component that would be essential for creating an electromagnetic interference (EMI) shield in one of their assemblies. Due to PGC's proven track record of meeting expectations with their previous orders, the customer was confident that our engineers would devise a solution to efficiently and effectively fulfill their request. Read the rest of the case here!

"At In'Tech Industries, we're not just making parts -- we're bringing your vision to life! With our comprehensive approach from application engineering to Design for Manufacturability (DFM) and finally quality assurance, we ensure nothing less than perfection. Let us work with you from the start; we’ll craft your project to match your specifications making it efficient and economical. Recruiting us equals impeccable quality + cost-effective solutions!" https://vist.ly/3mga96g #EngineeringServices #ManufacturingExcellence #DesignForManufacturability #QualityAssurance #CostEfficiency #ApplicationEngineering #DFM #ManufacturingSolutions #ProductDesign #EfficientManufacturing #TechnicalInnovation #ManufacturingCostReduction #HighQualityProduction #EngineeringInnovation #InTechIndustries