Simulate the properties and aesthetics of polypropylene and ABS with this accurate and flexible material. Master pattern molding and CNC machining of polypropylene and ABS applications. High flexibility with excellent shape retention. Outstanding feature resolution and accuracy
Through research and development, Winter has created a new type of grinding wheel called CarbonForce. CarbonForce uses a lightweight carbon fiber reinforced polymer core, offering higher strength than steel but lower weight than aluminum. This provides a 75% weight reduction over steel-hubbed wheels. The lightweight wheels are easier for operators to handle and enable higher wheel speeds and productivity. They also improve surface finish, reduce costs, and increase machine life. CarbonForce is well-suited for applications like outer diameter grinding, centerless grinding, camshaft grinding, and gear grinding.
Dynamics Day 2014: Microsoft Dynamics NAV - Productivity SolutionsIntergen
This document discusses productivity and industry solutions for Microsoft Dynamics NAV. It highlights solutions for document capture, email approvals, security, scheduling, and mobile access. Specific solutions are shown for capturing supplier invoices, approval requests, security setup, job scheduling, service scheduling, and production scheduling. The document also mentions additional solutions for budgets, asset maintenance, allocations, recurring invoices, payments, document archiving, jobs management, and logistics.
View this slideshow to learn how electronic document management helps you go paperless and boost productivity.
Watch the on-demand webinar on HelpSystems.com:
http://www.helpsystems.com/rjs/events/recorded-webinars/document-management-101
The document provides an overview of the global and Indian paper industries. It discusses key trends such as Asia emerging as the largest producer and consumer of paper, and the expected growth in demand from China and India. For the Indian paper industry, it notes that India is the 15th largest global producer and provides details on historical growth, size, segmentation by raw materials, and projections showing demand is expected to outpace supply by 2010-2011 due to raw material constraints.
The document describes different types of process charts used in manufacturing including flow process charts to illustrate the steps in a process, multiple activity charts to show multiple concurrent processes, man-machine charts to depict interactions between workers and equipment, and Simo charts to represent the flow of materials.
El oso pardo es el animal terrestre más grande de la fauna ibérica. Actualmente vive en los bosques caducifolios de la Cordillera Cantábrica y los Pirineos, donde se alimenta principalmente de frutos, brotes y tubérculos aunque también come insectos, miel, setas, huevos y peces. Para evitar su extinción es necesario vigilar a los cazadores furtivos y conservar y mantener sus hábitats naturales.
This document differentiates between project-based learning (PBL) and problem-based learning (PrBL). PBL is student-driven and involves an extended inquiry process structured around complex questions and designed products. PrBL focuses on solving problem scenarios using theory, hypotheses, and observations. Both approaches are student-centered and involve higher-order thinking, but PrBL specifically uses problems to drive instruction and involves self-directed learning to solve ill-structured problems. The document provides examples of how each approach could be applied in a music classroom project.
Simulate the properties and aesthetics of polypropylene and ABS with this accurate and flexible material. Master pattern molding and CNC machining of polypropylene and ABS applications. High flexibility with excellent shape retention. Outstanding feature resolution and accuracy
Through research and development, Winter has created a new type of grinding wheel called CarbonForce. CarbonForce uses a lightweight carbon fiber reinforced polymer core, offering higher strength than steel but lower weight than aluminum. This provides a 75% weight reduction over steel-hubbed wheels. The lightweight wheels are easier for operators to handle and enable higher wheel speeds and productivity. They also improve surface finish, reduce costs, and increase machine life. CarbonForce is well-suited for applications like outer diameter grinding, centerless grinding, camshaft grinding, and gear grinding.
Dynamics Day 2014: Microsoft Dynamics NAV - Productivity SolutionsIntergen
This document discusses productivity and industry solutions for Microsoft Dynamics NAV. It highlights solutions for document capture, email approvals, security, scheduling, and mobile access. Specific solutions are shown for capturing supplier invoices, approval requests, security setup, job scheduling, service scheduling, and production scheduling. The document also mentions additional solutions for budgets, asset maintenance, allocations, recurring invoices, payments, document archiving, jobs management, and logistics.
View this slideshow to learn how electronic document management helps you go paperless and boost productivity.
Watch the on-demand webinar on HelpSystems.com:
http://www.helpsystems.com/rjs/events/recorded-webinars/document-management-101
The document provides an overview of the global and Indian paper industries. It discusses key trends such as Asia emerging as the largest producer and consumer of paper, and the expected growth in demand from China and India. For the Indian paper industry, it notes that India is the 15th largest global producer and provides details on historical growth, size, segmentation by raw materials, and projections showing demand is expected to outpace supply by 2010-2011 due to raw material constraints.
The document describes different types of process charts used in manufacturing including flow process charts to illustrate the steps in a process, multiple activity charts to show multiple concurrent processes, man-machine charts to depict interactions between workers and equipment, and Simo charts to represent the flow of materials.
El oso pardo es el animal terrestre más grande de la fauna ibérica. Actualmente vive en los bosques caducifolios de la Cordillera Cantábrica y los Pirineos, donde se alimenta principalmente de frutos, brotes y tubérculos aunque también come insectos, miel, setas, huevos y peces. Para evitar su extinción es necesario vigilar a los cazadores furtivos y conservar y mantener sus hábitats naturales.
This document differentiates between project-based learning (PBL) and problem-based learning (PrBL). PBL is student-driven and involves an extended inquiry process structured around complex questions and designed products. PrBL focuses on solving problem scenarios using theory, hypotheses, and observations. Both approaches are student-centered and involve higher-order thinking, but PrBL specifically uses problems to drive instruction and involves self-directed learning to solve ill-structured problems. The document provides examples of how each approach could be applied in a music classroom project.
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
A Project on manufacturing of Rear Wheel DrumAkshay Chhabria
The document discusses the manufacturing process of a rear wheel drum at Scooters India Limited in Lucknow. It begins with an introduction to the die casting shop, where the rear wheel drums are manufactured using a 250-ton pressure die casting machine. Molten aluminum alloy is injected into fixed and moving dies under high pressure to form the inner and outer rings of the drum. The total standard time for manufacturing one rear wheel drum in the die casting shop is 21 seconds. Later stages involve machining operations to finish the drum components and assemble the final rear wheel assembly.
This document provides an overview of key concepts in manufacturing process selection and product-process design. It discusses the main types of manufacturing processes including conversion, fabrication, assembly, and testing. It also outlines the product-process design matrix which categorizes production approaches based on volume and variety. Additional topics covered include flexibility and variety management, process flow design, break-even analysis, virtual factories, and global manufacturing strategies. The goal is to help readers understand how to select the appropriate manufacturing processes for different product types and production environments.
SSA partnered with ABC Pty, an FMCG company in Indonesia facing rising costs, to improve profitability. SSA diagnosed inefficiencies across ABC's operations and developed a three-pronged approach using Lean, DMAIC problem solving, and TPM. Lean eliminated waste in 13 production lines, improving productivity 20%. DMAIC reduced material loss 30% in 5 lines. TPM improved machine availability 26% in 4 lines. Overall, SSA's initiatives generated over $1 million in annual savings for ABC through cost reduction and productivity gains.
Implementation of Six Sigma Using DMAIC Methodology in Small Scale Industries...IJMER
The fast changing economic conditions such as global completion, declining profit margin, customer demand for high quality product, product variety and reduced lead time etc had a major impact on manufacturing industries. To respond to these needs a new paradigm in this area of manufacturing strategies is six sigma. The six sigma has been increasingly adopted world wide in the manufacturing sector in order to enhance productivity and quality performance and to make the process robust to quality variations. This paper deals with an application of six sigma using DMAIC methodology in a gas industry which provides a frame work to identify, quantify and eliminate sources of variation in an operational process in question, to optimize the operation variables, improve and sustain performance viz process yield with well executed control plans. Six sigma improves the process performance of the critical operational process, leading to better utilization of resources, decreases variations and maintains consistent quality of the process output.
Development of fixture_to_reduce_the_cycle_time_of_c_8_griding_machineLaukik Raut
“What a difference a second makes” – a quote from an empowered employee. Just one second over a ten
second continuous cycle can mean your line runs consistently 10% faster, the difference between comfortably
achieving tight production schedules or continually being capacity constrained.[1] This work presents a new
approach for the reduction of process cycle time and its impact on a company's competitive edge. Reduction in
cycle time has been gaining significant attention in recent times. The shorter cycle times effect in higher
consumer satisfaction, lower manufacturing rate, higher yield, and better potential given tool inventory and
facility constraints. This research paper provides a brief review of core approaches related to cycle time and
also describes a methodology for cycle time reduction in any manufacturing and automobile production
industry. It includes the assessment and potential gains of the projected cycle time reduction methodology
APPLICATION OF LEAN PRACTICES FOR IDENTIFICATION OF SOLUTIONS IN REDUCING FUR...IRJET Journal
This document discusses applying lean practices to reduce furnace oil usage per cylinder at Kairali Structural Fabrications Private Limited (KSFPL). KSFPL manufactures LPG cylinders and uses furnace oil for stress relieving operations. The project aims to reduce oil consumption by ensuring consistent batch production of 1000 cylinders per day in the furnace. Currently, preheating the furnace for each operation uses a large amount of oil. Value stream mapping identified delays causing production of less than 1000 cylinders per day. 5Why analysis revealed delays were due to lack of cylinders and power cuts. Implementing lean tools like consistent production and value stream mapping can help achieve the target of 1000 cylinders per day and reduce furnace oil usage per cylinder
The project increased production capacity by 322,080 pieces per year and annual profits by $62,200 through reducing machining cycle times by 23% and setup times by 43%. Total estimated annual profits and cost savings were $195,032. Changes included smoothing tool paths, eliminating sub-programs, and using a digital edge finder for faster, more accurate setups. Targets for reduced cycle times, setup times, and increased throughput and profits were all met or exceeded.
IRJET- Deburring Methods for Elimination of Chips in the Internal Tubes of Fr...IRJET Journal
The document discusses deburring methods for eliminating chips in the internal tubes of front forks. It aims to develop new techniques to prevent chip formation during machining and modify existing machining processes to optimize cycle times. Currently, additional deburring operations are needed but can damage parts. The authors propose using the coolant pump and adding flushing jets and programs to the CNC machines to clear burrs internally without extra steps. This would increase production from 21,150 to 24,000 parts per month while eliminating labor for deburring. The solutions aim to improve quality, productivity and safety while reducing costs.
The document provides an overview of lean principles and techniques including defining value from the customer's perspective, identifying value streams, creating flow through the process, using pull systems rather than push, continuously improving to eliminate waste, and benchmarking against Toyota's production system. It also discusses benefits such as reduced costs, delivery times, and improved quality and customer satisfaction from implementing lean.
The document provides an overview of lean office concepts including defining value from the customer's perspective, identifying value streams to reduce waste, using pull systems to optimize production to customer demand, and continuously improving processes to eliminate defects. It discusses benefits such as reduced costs, delivery times, and improved quality and customer satisfaction. Specific lean tools are outlined like 5S, visual controls, mistake proofing, quick changeovers, and using metrics like Six Sigma to measure and improve processes.
Process improvement-using-dmaic-approach-case-study-in-downtime-reduction-ije...AjitsinghDaud
This document discusses using the DMAIC approach for process improvement to reduce downtime at a bearing manufacturing company. It describes conducting a case study using DMAIC (Define, Measure, Analyze, Improve, Control) to analyze downtime issues over seven months that totaled 430 hours. Pareto analysis identified critical issues as product changeover time and cycle time deviation. The goal was to minimize changeover time and reduce deviation without affecting quality. DMAIC was used to analyze the issues and identify solutions to improve the process efficiency and reduce downtime.
The document discusses the implementation of Total Productive Maintenance (TPM) at Roots Industries Ltd., an automotive parts manufacturer in India. It describes the electric horn manufacturing process and identifies a pressing machine as the model machine for TPM implementation. Key metrics like Overall Equipment Effectiveness (OEE) are calculated before and after implementing TPM techniques like 5S, training, autonomous maintenance, and quality control measures. As a result of TPM, breakdown time decreased, quality improved to nearly 100%, and OEE increased significantly from 50.85% initially to over 99% after full implementation.
PRODUCTIVITY IMPROVEMENT THROUGH LEAN TOOLS ON ENGINE COOLING ASSEMBLYDIPRANJAN GUPTA
To increase the productivity in engine cooling assembly line in a minimum cycle time, Crimping machine plays major role in the ECA, where production line area trying to improve manpower work. In this project my main motive is to produce the maximum number of product within the minimum man power. Indeed the machines are play the major roles to improve the product.
The document summarizes a student's final project viva voce for an MSc in Manufacturing with Management. The project involved building a simulation model of a hoist production line at Street Crane Ltd. to determine how production could be increased through appropriate stages of investment. The summary includes:
1) The model was built to simulate the production line and test different optimization scenarios.
2) Validation showed the model accurately predicted production levels and KPIs from historical data.
3) Experimentation identified the line's maximum capacity, optimal resource levels, and effects of delays and throughput efficiency.
Here are the calculations for an OEE goal of 80% and 85%:
OEE Goal of 80%:
- Good Production Hours Needed: 96 hrs
- Scheduled Hours: 96/0.8 = 120 hrs
- Loss Hours: 120 - 96 = 24 hrs
OEE Goal of 85%:
- Good Production Hours Needed: 96 hrs
- Scheduled Hours: 96/0.85 = 112.5 hrs ~= 112 hrs
- Loss Hours: 112 - 96 = 16 hrs
So at an OEE of 80%, the loss hours would be 24 hrs. At an OEE of 85%, the loss hours would be 16 hrs.
The document describes using linear programming to maximize profit for two products at Saudi Dairy and Foodstuff Company. Data was collected from the company on production, sales, resources and constraints. A linear programming model was developed and solved using LINGO 18.0 software. The optimal solution was found to be producing 15.52741 units of the first product and 1017 units of the second product, yielding maximum profit of 524.2614 Saudi Riyals.
Blohm Planomat HP CNC Surface, Profile & Creep Feed Grinders - Latest BrochureMachine Tool Systems Inc.
The document provides information about the PLANOMAT HP surface and profile grinding machine from Blohm Jung GmbH. It summarizes the machine's key features and capabilities in three sentences:
The PLANOMAT HP offers cutting edge technology for surface and profile grinding with 6 machine sizes and powerful spindle drives. It features high precision components, easy to use control systems, and can be customized with additional software packages and accessories for maximum flexibility and productivity. As a leading grinding machine manufacturer, Blohm Jung GmbH supports customers throughout the entire lifetime of their machines.
The owner company is developing the Phase II of the Jubail Industrial City in Saudi Arabia. Part of the Jubail Phase II development is to provide 405 villas for the community. Due to the speed and efficiency in production and installation, it was decided to construct the villas using precast wall and floor panels.
cells are dedicated to produce similar products or a family of parts.
A manufacture cell produces parts, one at a time, following the sequence of the machines and operations in a lean flow.
It is an application of Group Technology in Manufacturing
Welcome to ASP Cranes, your trusted partner for crane solutions in Raipur, Chhattisgarh! With years of experience and a commitment to excellence, we offer a comprehensive range of crane services tailored to meet your lifting and material handling needs.
At ASP Cranes, we understand the importance of reliable and efficient crane operations in various industries, from construction and manufacturing to logistics and infrastructure development. That's why we strive to deliver top-notch solutions that enhance productivity, safety, and cost-effectiveness for our clients.
Our services include:
Crane Rental: Whether you need a crawler crane for heavy lifting or a hydraulic crane for versatile operations, we have a diverse fleet of well-maintained cranes available for rent. Our rental options are flexible and can be customized to suit your project requirements.
Crane Sales: Looking to invest in a crane for your business? We offer a wide selection of new and used cranes from leading manufacturers, ensuring you find the perfect equipment to match your needs and budget.
Crane Maintenance and Repair: To ensure optimal performance and safety, regular maintenance and timely repairs are essential for cranes. Our team of skilled technicians provides comprehensive maintenance and repair services to keep your equipment running smoothly and minimize downtime.
Crane Operator Training: Proper training is crucial for safe and efficient crane operation. We offer specialized training programs conducted by certified instructors to equip operators with the skills and knowledge they need to handle cranes effectively.
Custom Solutions: We understand that every project is unique, which is why we offer custom crane solutions tailored to your specific requirements. Whether you need modifications, attachments, or specialized equipment, we can design and implement solutions that meet your needs.
At ASP Cranes, customer satisfaction is our top priority. We are dedicated to delivering reliable, cost-effective, and innovative crane solutions that exceed expectations. Contact us today to learn more about our services and how we can support your project in Raipur, Chhattisgarh, and beyond. Let ASP Cranes be your trusted partner for all your crane needs!
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The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
A Project on manufacturing of Rear Wheel DrumAkshay Chhabria
The document discusses the manufacturing process of a rear wheel drum at Scooters India Limited in Lucknow. It begins with an introduction to the die casting shop, where the rear wheel drums are manufactured using a 250-ton pressure die casting machine. Molten aluminum alloy is injected into fixed and moving dies under high pressure to form the inner and outer rings of the drum. The total standard time for manufacturing one rear wheel drum in the die casting shop is 21 seconds. Later stages involve machining operations to finish the drum components and assemble the final rear wheel assembly.
This document provides an overview of key concepts in manufacturing process selection and product-process design. It discusses the main types of manufacturing processes including conversion, fabrication, assembly, and testing. It also outlines the product-process design matrix which categorizes production approaches based on volume and variety. Additional topics covered include flexibility and variety management, process flow design, break-even analysis, virtual factories, and global manufacturing strategies. The goal is to help readers understand how to select the appropriate manufacturing processes for different product types and production environments.
SSA partnered with ABC Pty, an FMCG company in Indonesia facing rising costs, to improve profitability. SSA diagnosed inefficiencies across ABC's operations and developed a three-pronged approach using Lean, DMAIC problem solving, and TPM. Lean eliminated waste in 13 production lines, improving productivity 20%. DMAIC reduced material loss 30% in 5 lines. TPM improved machine availability 26% in 4 lines. Overall, SSA's initiatives generated over $1 million in annual savings for ABC through cost reduction and productivity gains.
Implementation of Six Sigma Using DMAIC Methodology in Small Scale Industries...IJMER
The fast changing economic conditions such as global completion, declining profit margin, customer demand for high quality product, product variety and reduced lead time etc had a major impact on manufacturing industries. To respond to these needs a new paradigm in this area of manufacturing strategies is six sigma. The six sigma has been increasingly adopted world wide in the manufacturing sector in order to enhance productivity and quality performance and to make the process robust to quality variations. This paper deals with an application of six sigma using DMAIC methodology in a gas industry which provides a frame work to identify, quantify and eliminate sources of variation in an operational process in question, to optimize the operation variables, improve and sustain performance viz process yield with well executed control plans. Six sigma improves the process performance of the critical operational process, leading to better utilization of resources, decreases variations and maintains consistent quality of the process output.
Development of fixture_to_reduce_the_cycle_time_of_c_8_griding_machineLaukik Raut
“What a difference a second makes” – a quote from an empowered employee. Just one second over a ten
second continuous cycle can mean your line runs consistently 10% faster, the difference between comfortably
achieving tight production schedules or continually being capacity constrained.[1] This work presents a new
approach for the reduction of process cycle time and its impact on a company's competitive edge. Reduction in
cycle time has been gaining significant attention in recent times. The shorter cycle times effect in higher
consumer satisfaction, lower manufacturing rate, higher yield, and better potential given tool inventory and
facility constraints. This research paper provides a brief review of core approaches related to cycle time and
also describes a methodology for cycle time reduction in any manufacturing and automobile production
industry. It includes the assessment and potential gains of the projected cycle time reduction methodology
APPLICATION OF LEAN PRACTICES FOR IDENTIFICATION OF SOLUTIONS IN REDUCING FUR...IRJET Journal
This document discusses applying lean practices to reduce furnace oil usage per cylinder at Kairali Structural Fabrications Private Limited (KSFPL). KSFPL manufactures LPG cylinders and uses furnace oil for stress relieving operations. The project aims to reduce oil consumption by ensuring consistent batch production of 1000 cylinders per day in the furnace. Currently, preheating the furnace for each operation uses a large amount of oil. Value stream mapping identified delays causing production of less than 1000 cylinders per day. 5Why analysis revealed delays were due to lack of cylinders and power cuts. Implementing lean tools like consistent production and value stream mapping can help achieve the target of 1000 cylinders per day and reduce furnace oil usage per cylinder
The project increased production capacity by 322,080 pieces per year and annual profits by $62,200 through reducing machining cycle times by 23% and setup times by 43%. Total estimated annual profits and cost savings were $195,032. Changes included smoothing tool paths, eliminating sub-programs, and using a digital edge finder for faster, more accurate setups. Targets for reduced cycle times, setup times, and increased throughput and profits were all met or exceeded.
IRJET- Deburring Methods for Elimination of Chips in the Internal Tubes of Fr...IRJET Journal
The document discusses deburring methods for eliminating chips in the internal tubes of front forks. It aims to develop new techniques to prevent chip formation during machining and modify existing machining processes to optimize cycle times. Currently, additional deburring operations are needed but can damage parts. The authors propose using the coolant pump and adding flushing jets and programs to the CNC machines to clear burrs internally without extra steps. This would increase production from 21,150 to 24,000 parts per month while eliminating labor for deburring. The solutions aim to improve quality, productivity and safety while reducing costs.
The document provides an overview of lean principles and techniques including defining value from the customer's perspective, identifying value streams, creating flow through the process, using pull systems rather than push, continuously improving to eliminate waste, and benchmarking against Toyota's production system. It also discusses benefits such as reduced costs, delivery times, and improved quality and customer satisfaction from implementing lean.
The document provides an overview of lean office concepts including defining value from the customer's perspective, identifying value streams to reduce waste, using pull systems to optimize production to customer demand, and continuously improving processes to eliminate defects. It discusses benefits such as reduced costs, delivery times, and improved quality and customer satisfaction. Specific lean tools are outlined like 5S, visual controls, mistake proofing, quick changeovers, and using metrics like Six Sigma to measure and improve processes.
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The document discusses the implementation of Total Productive Maintenance (TPM) at Roots Industries Ltd., an automotive parts manufacturer in India. It describes the electric horn manufacturing process and identifies a pressing machine as the model machine for TPM implementation. Key metrics like Overall Equipment Effectiveness (OEE) are calculated before and after implementing TPM techniques like 5S, training, autonomous maintenance, and quality control measures. As a result of TPM, breakdown time decreased, quality improved to nearly 100%, and OEE increased significantly from 50.85% initially to over 99% after full implementation.
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The document summarizes a student's final project viva voce for an MSc in Manufacturing with Management. The project involved building a simulation model of a hoist production line at Street Crane Ltd. to determine how production could be increased through appropriate stages of investment. The summary includes:
1) The model was built to simulate the production line and test different optimization scenarios.
2) Validation showed the model accurately predicted production levels and KPIs from historical data.
3) Experimentation identified the line's maximum capacity, optimal resource levels, and effects of delays and throughput efficiency.
Here are the calculations for an OEE goal of 80% and 85%:
OEE Goal of 80%:
- Good Production Hours Needed: 96 hrs
- Scheduled Hours: 96/0.8 = 120 hrs
- Loss Hours: 120 - 96 = 24 hrs
OEE Goal of 85%:
- Good Production Hours Needed: 96 hrs
- Scheduled Hours: 96/0.85 = 112.5 hrs ~= 112 hrs
- Loss Hours: 112 - 96 = 16 hrs
So at an OEE of 80%, the loss hours would be 24 hrs. At an OEE of 85%, the loss hours would be 16 hrs.
The document describes using linear programming to maximize profit for two products at Saudi Dairy and Foodstuff Company. Data was collected from the company on production, sales, resources and constraints. A linear programming model was developed and solved using LINGO 18.0 software. The optimal solution was found to be producing 15.52741 units of the first product and 1017 units of the second product, yielding maximum profit of 524.2614 Saudi Riyals.
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The document provides information about the PLANOMAT HP surface and profile grinding machine from Blohm Jung GmbH. It summarizes the machine's key features and capabilities in three sentences:
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Productivity improvements using Operations Management in Manufacturing industry
1. PRODUCTIVITY IMPROVEMENT
OF GROVER INDUSTRIES
SUBMITTED BY :-
INDERPREET SINGH BEDI
JAGMEET SINGH BAJAJ
JASHANDEEP SIINGH DHILLON
KRITI SHARMA
2. PROBLEMS FACED AND PROJECT GOALS
Grover Industries is a small scale gear manufacturing company.
The company has as an inefficient production system which leads to
bottlenecks, rework and scrap and hence leads to lower productivity.
Goal :- The project aims at increasing the productivity of the
manufacturing process by using the various operational methodology and
techniques.
3. OBJECTIVES
New effective production layout which would streamline the
manufacturing process.
Reduce the Non-Value added activities.
4. MACHINERY AVAILABLE
Four CNC machines for turning and facing operations
Four Lathe machines for turning
Four Milling (Horizontal) machines for teeth cutting
Four Gear Hobbing machines for special teeth cutting (for cutting splines
and cutting sprockets )
9. PRODUCTIVITY IMPROVEMENT
LAYOUT DESIGN
WORK REDISTRIBUTION THROUGH WORK METHOD AND TIME STUDY
BY DECREASING NON- VALUE ADDED ACTIVITIES
BY APPLYING GENERAL OPERATIONAL MANAGEMENT TECHNIQUES
10. NEW LAYOUT
By using the principle of Group Technology and Cellular Manufacturing, the manufacturing process
was streamlined and was divided into three cells for three part families.
CELL-1
CELL-2
CELL-3
14. LOAD CHART
There were 17 stations before and the breakdown of the VA,SVA and NVA
is shown below :-
0
10
20
30
40
50
60
70
80
90
100
LOAD CHART _BEFORE
60%
16%
24%
VA,SVA,NVA
1 2 3