Madhubala K

AUTOMOTIVE COMPONENT MANUFACTURERS ASSOCIATION OF INDIA ACMA India Shradha Suri Marwah Subros Limited Vinnie Mehta Shradha Suri Marwah, President ACMA India & CMD Subros Limited, shares her thoughts on the #UnionBudget2024, stating, “The budget, a blueprint for #ViksitBharat, will drive #sustainable yet #inclusive growth, especially in the #manufacturing industry, at a rapid pace. Focus on strengthening #MSMEs through #CreditGuaranteeScheme and #creditsupport during the stress period; measures to bolster #energysecurity; and encouragement to #startups by abolishing the #angeltax are indeed steps in the right direction. Further, the proposals for personal #IncomeTax will put more money in the hands of people, thus #fuelingconsumption and leading to #economicgrowth." She continued, “ACMA India is also delighted by the measures announced towards #employment, #skilling, #internships, and #research. Reduction in customs duty to nil on critical minerals such as lithium, copper, cobalt, nickel, etc. will encourage #cellmanufacturing in the country and add to the evolving #EVecosystem in the country. That apart, measures to facilitate higher participation of #womeninworkforce are indeed welcome for fostering #inclusivegrowth and encouraging #genderdiversity in the #automotivevaluechain."

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🔍 Magnetic Particle Inspection (MPI) vs. Dry Magnetic Particle Inspection (DMPI): Understanding the Differences In the world of non-destructive testing, ensuring the integrity and safety of materials is paramount. Two popular methods used are Magnetic Particle Inspection (MPI) and Dry Magnetic Particle Inspection (DMPI). While they share similarities, their differences are key to selecting the right technique for specific applications. 🔹Magnetic Particle Inspection (MPI) MPI is a widely-used method to detect surface and slightly subsurface discontinuities in ferromagnetic materials. It involves the following steps: 1. Magnetization: The part is magnetized using an electric current or magnetic field. 2. Application of Particles: Ferrous particles, suspended in a liquid carrier, are applied to the part. 3. Inspection: Any surface or near-surface flaws will disrupt the magnetic field, causing the particles to gather at the defect location, making it visible under appropriate lighting. 🔹Dry Magnetic Particle Inspection (DMPI) DMPI is a variant of MPI that uses dry ferrous particles instead of a liquid suspension. The process involves: 1. Magnetization: Similar to MPI, the part is magnetized. 2. Application of Dry Particles: Dry ferrous particles are applied directly to the part. 3. Inspection: The particles accumulate at discontinuities, which are then inspected visually or under UV light for indications. 🔍 Key Differences - Particle Medium: MPI uses a liquid suspension, which helps in the even distribution of particles, while DMPI uses dry particles, which can be advantageous in certain conditions. - Application Environment: DMPI is more suitable for rough surfaces or vertical applications where a liquid might not adhere well. - Sensitivity: MPI generally offers higher sensitivity due to better particle mobility in the liquid medium. - Clean-up: DMPI often requires less clean-up compared to MPI, which involves liquid carriers that can be messy. 🛠️ Choosing the Right Method The choice between MPI and DMPI depends on the specific inspection requirements, the nature of the material, and the working environment. MPI is preferred for its high sensitivity and clear indications, while DMPI is favored in environments where liquid usage is impractical. #NDT #MagneticParticleInspection #DryMPI #QualityControl #MaterialTesting

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Very well explained in a simple way..

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Here's how you can overcome common challenges in automotive manufacturing as a project manager. As follows; 1) Supply Chain. Be the first to add your personal experience. 2) Process Optimization. Be the first to add your personal experience. 3) Quality Control. 4) Team Management. 5) Risk Management. 6) Innovation Adoption.

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Dear Linkdin Family Connection #NPDQUALITY #Quality Community As I Promiss to you for Share What are Major Changes in Recently 1 March '24 AIAG Update In APQP 3rd Edition & Control plan 1st Edition Stand alone So I Start My Series of Insight Information of Major changes Why #Qualityplanning 1.For Continual Improvement 2.Verification & Validation 3.Better Quality Product on Time 4. Facilitate Better communication with all stakeholder 5.Reduction in Time cycle up from planning As we All know #Advancedproductqualityplanning is a Structured Method of Defining and Establishing the Steps Necessary to Assure that a Product Satisfy the Customer Core tool which is Use During New product development Objective of #APQP 1.To Facilitate Communication with Everyone Invloved in Project to Ensure All Steps Completed on Timeline 2.Early Identification of Required changes APQP has 5 stage 1. plan & Define 2. Product Design & Development 3. process Design & Development 4. Product & Process Validation 5. Feedback & Assessment corrective Action In phase 1 Input and output 1 phase output i points s work as a Input to 2nd phase as subsequent to next phase also so the Major change is Done in Phase 1 Output 1.Design Goal 2.Reliability &Quality Goals 3.Preliminary Bill of Material 4.Preliminary process flow chart 5.Preliminary Identification of Special characteristics 6.Product Assurance plan 7.#Capacityplanning * 8.#Leadershipsupport * 9.#changemanagment Implementation* 10. #APQPProgram Matrics * 11.Risk Assessment &Mitigation Plan

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Highly qualitative Ashok Leyland LeyParts. These parts are manufactured in accordance to industrial quality standards by using premium quality raw materials. Maintenance Recommendations Of Oil & Fuel Filter. Regular Inspection: Check your vehicle’s air filter, oil filter, and fuel filter regularly according to the manufacturer’s recommended intervals. Replacement: Replace filters when they become dirty or clogged. Consult your vehicle’s manual or seek professional advice for specific replacement intervals. Quality Filters: Use high-quality OEM (Original Equipment Manufacturer) or reputable aftermarket filters to ensure proper fitment and filtration efficiency.

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Highly qualitative Ashok Leyland LeyParts. These parts are manufactured in accordance to industrial quality standards by using premium quality raw materials. Maintenance Recommendations Of Oil & Fuel Filter. Regular Inspection: Check your vehicle’s air filter, oil filter, and fuel filter regularly according to the manufacturer’s recommended intervals. Replacement: Replace filters when they become dirty or clogged. Consult your vehicle’s manual or seek professional advice for specific replacement intervals. Quality Filters: Use high-quality OEM (Original Equipment Manufacturer) or reputable aftermarket filters to ensure proper fitment and filtration efficiency.

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Electric Vehicles: Tackling the Weight Challenge and Enhancing Performance As the automotive industry shifts towards electric vehicles (EVs), one key consideration is their weight compared to traditional vehicles. Weight Increase per mm of Vehicle Length - Electric Vehicles: 0.97 kg/mm - Gasoline Vehicles: 0.81 kg/mm - Hybrid Vehicles: 0.75 kg/mm - Diesel Vehicles: 0.61 kg/mm For a given vehicle length, EVs are: - 28% Heavier than Gasoline Vehicles - 25% Heavier than Diesel Vehicles - 11% Heavier than Hybrid Vehicles This increased weight primarily stems from the substantial battery packs required for electric propulsion. How Are We Bridging the Gap? 1. Advanced Battery Technology: Research is driving the development of lighter, more energy-dense batteries. Innovations like solid-state batteries promise to reduce weight while enhancing range and performance. 2. Optimized Vehicle Design: Manufacturers are integrating lightweight materials and structural efficiency into EV designs. Advanced composites and aluminum are helping offset battery weight. 3. Enhanced Powertrains: Improvements in electric motors and powertrains are compensating for additional weight, leading to better acceleration and handling. 4. Regenerative Braking: This technology not only boosts energy efficiency but also aids in vehicle control, making the driving experience smoother. 5. Dynamic Suspension Systems: Advanced suspension systems are adapting to EV weight, improving handling and overall driving comfort. The future of automotive innovation is bright, with EV technology evolving rapidly to meet performance standards. By addressing the weight challenge through technological advancements, the electric vehicles of tomorrow are set to deliver exceptional performance on par with, or even exceeding, traditional vehicles. What advancements in EV technology are you most excited about? Share your thoughts below! #ElectricVehicles #Innovation #AutomotiveTech #Sustainability #EVPerformance #FutureOfTransport

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Automotive Manufacturing Equipment Market By Equipment Type(CNC Machine, Conveyor Belt, Injection Molding Machine, Robot) Opportunities, To 2028 Download PDF Brochure @ https://lnkd.in/dgG9RaAW The global #automotivemanufacturing equipment market is expected to grow from USD 6.7 billion in 2023 to USD 11.4 billion by 2028, at a CAGR of 11.1% from 2023 to 2028. Enhancing cost competitiveness through #automation in developed countries and growing adoption of #Industry4.0 in automotive industry are the 2 key factors that have led to the rise in competitiveness in the #automotivemanufacturing equipment market. Whereas rapid automotive manufacturing growth in emerging economies providing opportunities for #automobilemanufacturing equipment market. The market for the robot segment is expected to grow at a significant CAGR during the forecast period. In the #automotive industry, #robots are specialized machines designed and programmed to #automate various tasks in the production and assembly of automobiles. This equipment is the highest demand in the industry due to various driving factors. Passenger vehicle segment is expected to grow at a significant CAGR during the forecast period. The global demand of passenger #vehicles is high, it is expected to grow further in the coming future due to the increase in the per capita income of customers and the introduction of advanced features and new powertrain technologies. As per the International Organization of Motor Vehicle Manufacturers (OICA) 2022 report, Asia-Oceania accounted for 69% of total sales of #passengervehicles worldwide. The increasing demand for #automobiles and the rise in disposable income in emerging economies such as China, India, and ASEAN countries have led to a surge in automotive production. The key players in this market include ABB (Switzerland), FANUC America Corporation (Japan), KUKA AG (Germany), Yaskawa Electric Corporation (Japan), and Kawasaki Heavy Industries, Ltd. ,(Japan), Amada GmbH., LTD. (Japan), AIDA ENGINEERING Ltd., LTD. (Japan), Dürr Group (Germany), Schuler Group (Germany), TRUMPF (Germany), Universal Robots (Denmark), Daifuku., Ltd. (Japan), Yamazaki Mazak Corporation (Japan). #automobile #automotive #IoT #smartmanufacturing #manufacturing 

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🔧 **The Vital Role of a Quality Manager in Automotive During New Product Development** 🔧 In the automotive industry, quality isn’t just a benchmark; it’s a necessity. As we develop new automotive products, the Quality Manager plays a pivotal role in ensuring that every component meets stringent standards and performs flawlessly. Here’s why their role is crucial: 1. **Ensures Safety and Reliability**: The Quality Manager meticulously oversees testing and inspection processes to ensure that every product is safe and reliable. In an industry where safety is paramount, their work is indispensable. 2. **Regulatory Compliance**: Automotive products must adhere to a myriad of regulations and standards. The Quality Manager ensures compliance with all necessary regulations, avoiding costly fines and ensuring market readiness. 3. **Reduces Defects and Recalls**: By implementing robust quality control measures, the Quality Manager helps minimize defects and the potential for recalls, protecting the brand’s reputation and customer trust. 4. **Optimizes Production Processes**: Through continuous monitoring and improvement of production processes, the Quality Manager enhances efficiency and reduces waste, leading to cost savings and better resource management. 5. **Customer Satisfaction**: High-quality products lead to higher customer satisfaction and loyalty. The Quality Manager’s commitment to quality ensures that customers receive products that meet or exceed their expectations. 6. **Fosters Innovation**: By upholding high standards, the Quality Manager encourages the development of innovative solutions that set new benchmarks in the industry. In the journey of bringing new automotive supplies to market, the Quality Manager is a cornerstone of success. Their dedication to excellence ensures that every product not only meets industry standards but also exceeds customer expectations. Let’s continue to champion quality in every aspect of development! 🚗✨ #AutomotiveIndustry #QualityManagement #ProductDevelopment #Innovation #CustomerSatisfaction

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#Knowledge #Sharing #Series #Optimizing #DFM #Automotive# Integrating DFM principles into automotive plastic product design is crucial for manufacturers. This approach ensures that products are cost-effective, high-quality, and easy to produce, enhancing the final product and streamlining the production process. By doing so, costs are reduced, and time-to-market is accelerated. A comprehensive understanding of DFM in automotive plastic product design is essential for engineers and designers looking to create innovative and manufacturable automotive components.

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Batch flow leads to higher throughput time - TPT, unequal utilization of resources, higher inventories. Lets make one piece flow as our true north

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#Proficiencytesting2024 #GloballyFirstPT Proficiency Testing on Tyre Discipline : Testing Sub-discipline : Mechanical Scheme : Sequential Tyre : #PassengerCarRadial 1. Section Width (HPT/M/T/SW/84/2024) 2. Tread Wear Indicator (HPT/M/T/TWI/85/2024) 3. Outer Diameter (HPT/M/T/OD/86/2024) Upcoming Schedule : July 2024 No. of expected participants : 10 *GST extra Q: What is stability in Proficiency Testing and How is it calculated? A: Stability in Proficiency Testing (PT) refers to the ability of a sample to maintain its characteristics over a defined period under specified conditions. This ensures that the sample used in the PT program remains consistent and reliable for accurate comparison of participant results. Stability is crucial because it ensures that any variations in test results are due to differences in participants' performance rather than changes in the sample itself. Stability is calculated according to ISO 13528:2022. #HASETRI #PTPNABLCONCLAVE2023WINNER

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Completed my first module. #LSkilledUp

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Hero MotoCorp #heromotocorp #transport #mobilitysolution #sustainable #sustainability #mobility #idea #innovative #creativity #solution #Ecommerce #Courier #Luaggage #Logistics #Grocery #Parcel #Delivery #Bag Respected if two wheelers for Ecommerce,Courier,Luaggage,Logistics,Grocery,Parcel Delivery Bag, if small supporting frame fixed for Bottom of Bags or for sides for Two Wheelers this facility provides better support and reduces weight carrying helps to take weight of bags Reduces carrying on PERSONS BEHIND while Traveling ..my innovative idea of solution

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