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NDC is linked to choosing right measuring instrument with right least count (1/10th least count). If the measuring instrument's least count is not 1/10th of tolerance, NDC will fail.

SaiDev Trailers Pvt. Ltd. - Expert In Specialized Trailers is looking for bulk orders of 20 trailers. SaiDev Trailers designs and manufactures high-quality trailers, including car carriers, tippers, container trailers, flatbeds, and cement bulkers. With 20+ years of experience, we serve reputed clients and top logistics companies. Contact us for custom, high-performance trailers to enhance your operations. Thanks & Regards, Devarajan NR, MD - SaiDev Trailers | DevaJobPortal.com | IATFTrainingPortal.com | Past - Delphi | Rane | Brakes India | Iris | Hinduja | IRS(IRQS) | 📲 9362439124 #SaiDevTrailers #LogisticsSolutions #SpecialTrailers #CargoTransport

What is MSA in Quality ? How MSA Linked with IATF ? #Part_1 #MSA is defined as an experimental and mathematical method of determining the amount of variation that exists within a measurement process. Variation in the measurement process can directly contribute to our overall process variability. Measurement Systems Analysis (#MSA) is a statistical method used to #evaluate the #accuracy, #precision, and #stability of a measurement system. MSA is used to #identify and #quantify the amount of variation in a measurement process, and to determine if the system is suitable for use. MSA is important because it helps ensure that the data collected is accurate and precise, which can lead to better decision-making and improved product quality. MSA can help to: Prevent downtime and errors, Save labor and scrap, and Improve repeatable product quality. MSA examines three key details: #Measuring_device: How much variation exists within the tool or equipment ? #Personnel: How consistently do individuals perform the measurement ? #Measurement_method: How reliable is the measurement process ? All followers #followers

What is Machine Maintenance ? How to calculate Break down ? #Machine #maintenance is the work that keeps mechanical assets running with minimal downtime. Machine maintenance can include regularly scheduled service, routine checks, and both scheduled and emergency repairs. It also includes replacement or realignment of parts that are worn, damaged, or misaligned. #Machine #maintenance is the process of keeping machinery in good working order so that it can operate safely and efficiently. It can include: Regular maintenance: Routine checks, cleaning, lubricating, and inspecting machines #Predictive_maintenance: Monitoring equipment for signs of potential problems, like changes in temperature or vibration patterns #Corrective_maintenance: Repairing or replacing parts after a machine breaks down #Preventive_maintenance: Regularly scheduled maintenance to keep assets in good repair #Machine maintenance is important for many reasons, including: Meeting production schedules: Machine maintenance helps organizations avoid costly downtime and meet production plans Reducing risk of accidents: Machine maintenance can help reduce the risk of workplace injuries and accidents #Extending_machine_life: Machine maintenance can help extend the life of machines Maintenance technicians usually perform machine maintenance, and they use data from the machine's sensors, interfaces, and control to help determine when maintenance is needed.

I am looking for a partner who can invest 3 crore immediately for 10% share (or 30 lakhs for 1%). This is to take over a 20 old profitable MSME. The person can be designated as a Director & a salary can be paid. These 10% shares can be repurchased within 3 or 5 years at better rates. Suitable legally valid agreement can be signed for 10% investment, designation as Director & repurchase of shares. Middlemen, please excuse. Note: The turnover of this MSME can grow 6 times in 3 years and 10 times in 5 years. Thanks & Regards, Devarajan NR, MD - SaiDev Trailers | DevaJobPortal.com | IATFTrainingPortal.com | Past - Delphi | Rane | Brakes India | Iris | Hinduja | IRS(IRQS) | 📱9362439124 Ps:- The video is meant to attract a larger audience and is not related to the MSME

SaiDev Trailers Pvt. Ltd. - Expert In Specialized Trailers is looking for bulk orders of 20 trailers. SaiDev Trailers designs and manufactures high-quality trailers, including car carriers, tippers, container trailers, flatbeds, and cement bulkers. With 20+ years of experience, we serve reputed clients and top logistics companies. Contact us for custom, high-performance trailers to enhance your operations. Thanks & Regards, Devarajan NR, MD - SaiDev Trailers | DevaJobPortal.com | IATFTrainingPortal.com | Past - Delphi | Rane | Brakes India | Iris | Hinduja | IRS(IRQS) | 📲 9362439124 #SaiDevTrailers #LogisticsSolutions #SpecialTrailers #CargoTransport

KEY EXAMPLES OF CAUSE-AND-EFFECT DIAGRAM A fishbone diagram, also known as an Ishikawa diagram or cause-and-effect diagram, is a visualization tool used to identify and organize potential causes of a specific problem or effect. It's called a fishbone diagram because its shape resembles the skeleton of a fish. Here's how it works: Problem Statement: You start with a central problem or effect that you want to analyze. Main Causes: Draw lines (like bones) branching off from the main problem, representing major categories of potential causes. Sub-Causes: For each main cause, further branches out to represent specific factors contributing to that cause. Analysis: Keep breaking down each cause until you reach specific root causes. Solution Finding: Once all possible causes are identified, teams can prioritize and address them. Examples Across Industries: Manufacturing: Problem: High defect rates in products. Main Causes: People, processes, materials, equipment, environment, and management. Healthcare: Problem: Increased patient wait times. Main Causes: Staffing levels, appointment scheduling, facility layout, patient flow, and administrative processes. Software Development: Problem: Frequent software bugs. Main Causes: Inadequate testing, unclear requirements, developer experience, tools used, and project management practices. Customer Service: Problem: Low customer satisfaction scores. Main Causes: Staff training, response times, product knowledge, communication tools, and management policies. Project Management: Problem: Delays in project delivery. Main Causes: Resource availability, task prioritization, team communication, risk management, and stakeholder engagement.

Key Manufacturing KPI Metrics: 1. Throughput: 👉 Refers to how many products are produced in a specific timeframe. 👉 Indicates the efficiency of the manufacturing process. 👉 Higher throughput suggests better performance and capacity to meet demand. 2. Total Effective Equipment Performance (TEEP): 👉 Measures how well equipment is utilized during production. 👉 Considers both availability and efficiency of machinery. 👉 A high TEEP score means machines are working effectively, while a low score highlights potential issues. 3. Labour Efficiency: 👉 Assesses how effectively the workforce is used in the production process. 👉 Compares actual output to the total hours worked. 👉 High labour efficiency indicates that employees are productive and making good use of their time. 4. Employee Productivity: 👉 Measures the output of each worker over a given period. 👉 Useful for evaluating individual and team performance. 👉 Helps identify top performers and those who may need additional support or training. 5. On-Time Delivery (OTD): 👉 Tracks the percentage of orders delivered by the promised date. 👉 Critical for customer satisfaction; timely deliveries keep customers happy. 👉 A high OTD rate reflects well on the company’s reliability. 6. Lead Time: 👉 The total time from when an order is placed to when it is delivered. 👉 Shorter lead times are preferred for better customer satisfaction and inventory management. 👉 Companies aim to reduce lead time to respond quickly to market demands. 7. Cycle Time: 👉 Measures the duration to complete one production cycle. 👉 Understanding cycle time helps identify production bottlenecks. 👉 Reducing cycle time can increase overall efficiency and speed up delivery. 8. Manufacturing Cost: 👉 Encompasses all costs associated with producing goods, including materials, labor, and overhead. 👉 Keeping these costs low is essential for maintaining profitability. 👉 Analyzing manufacturing costs helps set competitive prices while ensuring healthy profit margins.

History of SPC ? Statistical process control (SPC) has a history that dates back to the 1920s and is used today in many industries: * Dr. Walter A. Shewhart:- In 1924, Shewhart, a quality control engineer at Bell Laboratories, developed the control chart and the concept of statistical control. He noticed that natural variation in processes could be quantified and used to distinguish between common and special causes of variation. * World War II:- The US military used SPC to oversee the quality of weapons and munitions. * W. Edwards Deming:- After the war, Deming refined Shewhart's work and brought it to Japan. Deming's work helped Japanese businesses improve the quality of their products and gave Japan a reputation for industrial excellence. * History of 1970s:- The United States began to adopt SPC in response to Japan's high-quality manufactured goods. * Today:- SPC is used in many industries and settings, including manufacturing and healthcare. It's an essential tool for quality control and continuous improvement.