Search results “Production line principles”
Bentham's Factorio Tips: Production line design
The first in a series of advice videos for building better Factorio bases. In today's episode Bentham introduces the "Tree method" of base building, which allows potentially massive expansion of production rates while keeping your entire base neatly ordered. Fell free to post questions and video requests in the comments below! The Factorio website: http://www.factorio.com/ Try the free demo! #Factorio #Wube
Views: 181914 MangledPork Gaming
Henry Ford's Model T Production Line | Classical Scientific School of Management - #7
Business 101 - Principles of Management #7 Classical Scientific School of Management Download Free notes : https://www.dropbox.com/sh/w7t41w420d2uuex/AAC42pW6GlkRRqEeKHcnDr0pa?dl=0 Classical scientific management theory is focused on the 'science' of creating specialized work processes and workforce skills to complete production tasks efficiently. Contributors to the scientific management theory were Frederick Taylor, Henry Gantt, and Frank and Lillian Gilbreth. It was from these individuals' work that the four principles of scientific management was developed, which included: 1. Management should provide workers with a precise, scientific approach for how to complete individualized tasks. 2. Management should carefully choose and train each employee on one specific task. 3. Management should communicate with employees to ensure that the method used to complete the task is, in fact, the most productive and efficient. 4. Management should create an appropriate division of labour. Henry Ford provides a good example of classical scientific management with his development of the assembly line used to produce his Model T. The assembly line and similar scientific management principles are still in use today ---------------------------------------------------------------------------------------------------------- Presented by: Forever Suspicious | Soumy Nayak Copyrights by Study.com
Views: 4430 Forever Suspicious
Production Line - How to Play - Basics (part1)
In this video I will attempt to demonstrate how to play Production Line. After watching it you should have a general idea on how to survive in this game. Most important topics: • Producing your first car • Basic production line balancing • Using stockpiles Disclaimer: this will be my first attempt at an unscripted video. So let’s see how that works out.
Views: 2505 GameplayInside
Modified Product Layout and Assembly Line Balancing Example
Product Layout; Assembly Line Balancing
Views: 53988 Ramesh Soni
CAR FACTORY BMW How It's Made Car Production Line Assembly Smart Data Analytics: BMW Group relies on intelligent use of production data for efficient processes and premium quality ► If you love cars you should SUBSCRIBE Now to Gommeblog Car and Performance Youtube Channel: http://goo.gl/sP8oKK Data analysis creates growing added value for continuous improvement in the production system +++ Tangible improvement in system availability through connected production: Every minute saved means another vehicle built +++ Intelligent data management enables more accurate prediction of wear and guarantees consistently high quality – with reasonable cost and effort Building a car generates massive amounts of data throughout the value chain. The BMW Group uses its Smart Data Analytics digitalisation cluster to analyse this data selectively and enhance its production system. Results from intelligent data analysis make an effective contribution towards improving quality in all areas of production and logistics. Data-driven improvements to processes and systems help reduce lead times and lower costs. New solutions are being developed not only at headquarters, but at many different points in the international production network. In this way, the BMW Group is able to take advantage of a wide range of innovations that open up additional options for even more flexible production. The company uses an access-protected intranet-of-things platform to link the large quantity of sensor and process data from production and logistics quickly and easily. Smart Data Analytics therefore offers completely new opportunities that extend far beyond previous analysis possibilities. The speed with which new solutions can be implemented is increasing significantly. At the same time, new IoT sensors, combined with cloud and big data technologies, are reducing the technical complexity and implementation costs involved Christian Patron, head of Innovation and Digitalisation in Production System: “Smart Data Analytics is setting new standards for our production system. By combining the experience of our staff with new possibilities for efficient processing of large data volumes, we are able to create accurate forecasts and proactively optimise processes. This speeds up continuous improvement of our production system in line with the basic principles of lean production. Numerous use cases implemented in various manufacturing sections demonstrate the benefits of Smart Data Analytics. ► Gommeblog.it CAR TV and PERFORMANCE is a webzine devoted exclusively to the international world of automobile. Discover all new cars before anyone else! Test Drive, interior, Exterior, Features, Review, Technology, Hybrid Car, SUV, Crossovers, Pickup Truck, Sport Compact, Sport Sedans (Midsize & Luxury), Supercars, Exotics, High-end Sports Cars, Muscle Car safety engine 2017
The Toyota Production System
The Toyota Production System is widely studied by business schools and manufacturing plants, but what exactly is the Toyota Production System and, more importantly, how do end-users and customers benefit?
Views: 267249 Toyota Forklift
Manufacturing Work Cell Optimization: Design, Layout and Cycle Time Analysis
http://www.driveyoursuccess.com This video provides insight into the three essentials of manufacturing work cell optimization, design & layout
Views: 72929 Ian Johnson
Production Line Design & Control
A set of video tutorials that describe some techniques, including scientific management and lean operations, that are used to increase efficiency in production lines. Deals with topics such as Taylorism, Scientific Management, Lean Operations, JIT and Pull Control.
Views: 841 ob wex
Audi Smart Factory - Future of Audi Production
Audi Smart Factory P-Tech Day. Subscribe. Audi is making its production fit for the future with the smart factory. In this factory of the future, big data – the creation and intelligent connection of large volumes of data – will facilitate data‑driven and thus highly flexible and highly efficient manufacturing. A method of production in which Audi might no longer build its cars on an assembly line but according to a radically new, disruptive concept is modular assembly. In addition to this major project, Audi is pursuing many other exciting projects for the production of the future – from the application of virtual‑reality glasses to metal 3D printing. Modular assembly. The complexity of automobile production is increasing. New market needs, customer expectations and the legislative framework are increasingly requiring innovative technologies and differing vehicle versions. This means that the fixed timing of the assembly line is becoming less efficient. The more the number of derivatives and variants grows, the more difficult it becomes to master high complexity and integrate new routines into the rigid, sequential process. Audi intends to meet this challenge and to develop a completely new principle for it: modular assembly. With this method, small, separate workstations allow highly flexible working routines – in terms of both time and space. Between those workstations, driverless transport systems take over the transport of the car bodies as well as the parts required for production. A central computer precisely controls the driverless transport systems – it recognizes the needs of each individual station, thus ensuring a smooth workflow. Audi assumes that modular assembly will result in 20 percent better productivity than the assembly lines of today. It is now being applied for test purposes at the engine plant in Győr, Hungary, and application is planned in two further projects. At present, the key principles of this innovative production system are being worked out and tested by “arculus” – a startup company established a few months ago. The Technical Center for Production Assistance Systems. The new driverless transport systems required for modular assembly are being created in Audi’s “Technology Development Production Assistance Systems” department. This small department has developed two types of driverless vehicle: One of them moves under control by a computer, the other moves autonomously on a defined route. Three onboard laser scanners allow the driverless transport systems to orient themselves and to recognize and avoid potentially critical situations. Audi developed the navigation software itself. It is based on automotive software and automotive‑software development processes. The main task of the Technical Center for Production Assistance Systems is to work on new production technologies in early stages of their development. In addition to driverless transport systems, it is also working on four other projects. They comprise safe cooperation between humans and machines when working in the same space, assembly tables with assistance functions and two innovative robots: a flexible gripper arm and a special lightweight robot. The Audi Production Lab. The Audi Production Lab, abbreviated as P‑Lab, develops and supports innovative projects for the production process – often starting with the very first idea. The department currently has five permanent employees andhas already helped to bring innovations such as metal 3D printing, human‑robot cooperation, driverless transport systems and the use of augmented reality at Audi towards series application. The projects currently running in the P‑Lab include two big‑data projects. One of them focuses on the early recognition of mistakes in the placement of screws and bolts; the other examines the flow of components in the area of international logistics for the CKD plants (completely knocked down). Another major subject for the Audi Production Lab is data glasses. They can provide effective support for employees in production, for the planners and engineers in the factory of the future – with assisted reality, augmented reality and virtual reality. Toolmaking. Several future-oriented projects are running in Audi’s Toolmaking division. The structure of the new generation of press tools follows nature, with many parts made of aluminum and plastics. This reduces the weight of those tools, which until now has been up to 45 tons, by up to 20 percent and the energy required decreases by about ten percent. The result is enhanced precision in the forming of sheet‑metal parts. The press shop, where the tools are applied, uses the latest measuring technology. The goal is to develop a complete data chain for each sheet‑metal part. The data chain already begins with the suppliers of steel and aluminum. This is another way in which Audi is enhancing its precision.
Views: 804560 Car TV
Production Line S1 E16 Paperwork and Shipping
There is a little Henry Ford in all of us. Don’t we think we can run a car factory better than the big 3, and Japan and Germany too? Well here’s my chance. How many car designs can I make in my factory - and can I make a profit? Become a patron: www.patreon.com/tenaciousviking Facebook: www.facebook.com/TenaciousVikingTV Follow me on Twitter @tenaciousviking and on Twitch www.twitch.tv/tenaciousviking Title animation: Commissioned by Mark Jonathan Prepena Created by Joshua Kurt M. Manzano Theme music: Wildkid – Viking from Hard Trap. Full track on YouTube: https://youtu.be/QwEsv9B5ccc
Views: 56 TenaciousViking
Simulation of a production line
Presentation of a simulation tool to test the organization of a production line.
Toyota Material Handling - Production From Start to Finish
The Toyota Production System (TPS) is a reference in the world of production. It is based on a Pull system, which means that we only produce what is ordered; Watch behind the scenes of Toyota Material Handling’s supply organisation: this video highlights how a truck is being produced from start to finish. You will learn about the concepts of ‘Heijunka’, Just in time and Jidoka’. You will also be taken through how defects are being managed in order to continuously improve quality for our products. www.toyota-forklifts.eu
Views: 87050 ToyotaMHEurope
Toyota Production System Principles
A short video explaining the key principles of the Toyota Production System, including examples. For more information about "The Toyota Way," visit http://parts.olathetoyota.com/toyota-production-system-principles.html.
Views: 60123 Toyota Parts Center
Assembly Line Efficiency | A day in the life at Johnson Controls
Johnson Controls Continuous Improvement Manager, Raymundo is in charge of improving responsiveness and quality, to benefit their Customers. He and his team identify roadblocks to improved efficiency and develop solutions to eliminate them. This includes everything from improving materials handling to introducing and improving automation to assembly line stations. For more than 125 years, Johnson Controls has enjoyed tremendous global growth. Today, 168,000 employees around the world continue to enable the company's success. They create quality and innovative products, services and solutions for our customers. They seek new and better ways to improve how we work together. They make a difference in their community and for the world. Johnson Controls employees have opportunity to learn and develop, to grow and perform to their fullest potential. They work in an environment that values their ideas, teamwork and personal safety. Our culture expects results, and for those results to be achieved in a customer-focused, respectful manner. For delivering results, our employees are duly recognized and rewarded for their contributions. Learn how you can join the Johnson Controls global team. http://bit.ly/1bE0x2k Web: http://JohnsonControls.com Follow us on Linkedin: http://www.linkedin.com/company/2247?trk=tyah Like us on Facebook https://www.facebook.com/pages/Johnson-Controls/510772352327769 Follow us on Twitter: https://twitter.com/johnsoncontrols
Views: 39957 Johnson Controls
Production Line - Understanding the efficiency of breaking up the production process
So we're picking up from where we left off working with a plan to complete our research to create the mega factory building all components which we can in-house, first we'll look at how efficiency & complexities can be achieved by break-up the manufacturing processes. With this challenge, I start from the beginning to give you a basic look at the game then I'll finish the research off-screen with a basic model and then the fun will begin. A management/strategy game where the player runs a small, but growing car company. The objective is to grow your business whilst at the same time perfecting the layout, and production process for making cars, in order to bring the sale price for your cars as low as possible and thus available to the mass market. The game is singleplayer, isometric and designed for the PC. The mechanics of the game as unusual in that the player is not striving to make the product bigger, but to constantly subdivide the production process in order to squeeze every possible optimisation and making each stage of the production line as simple and fast and efficient as possible. Background: Cliff originally developed the idea as a side-scrolling management game, set in the early days of the motor car (model T Ford being the obvious example). Over time it developed into a modern day isometric game. As part of the research, Cliff visited the Ford Factory at Detroit and the Henry Ford museum. The game is based heavily on the production philosophy written in Ford's own books. Developer/Publisher: Positech Games ( http://www.positech.co.uk ) Website: http://www.positech.co.uk/productionline/index.html ******************** Other Channels that support me: Biffa ► https://goo.gl/IM9Hwd Vaypah ► https://goo.gl/1TR6Gh Noble Rambler ► https://goo.gl/k0ZcVy Lower third supply: MacLobuzz http://youtube.com/c/maclobuzz ******************** Find out more: Videos are commentary & transformative in nature, as defined under the 'Fair Use' policy of copyright.
Views: 624 Murphy Plays
Production Line S1 E09 Production Increase
Become a patron: www.patreon.com/tenaciousviking Facebook: www.facebook.com/TenaciousVikingTV Follow me on Twitter @tenaciousviking and on Twitch www.twitch.tv/tenaciousviking Title animation: Commissioned by Mark Jonathan Prepena Created by Joshua Kurt M. Manzano Theme music: Wildkid – Viking from Hard Trap. Full track on YouTube: https://youtu.be/QwEsv9B5ccc
Views: 83 TenaciousViking
Chris Heger  -  "Bringing a Production-Line Approach to Modern Construction"
Builder Chris Heger brings the 100-year-old study of motion and BIM together to create a more effective construction process. Construction workers are like surgeons: they are both knowledge and skilled workers, but the knowledge that they need is where it goes. This talk reveals how the old, new and entire team working together can create a truly exceptional process. Heger is the construction director for Seattle's OAC Services. Presented at the AGC of Washington 2016 Annual Convention.
Views: 290 AGC of Washington
Views: 665 Walter Menke S.
HITECH cable production line
HITECH Cable production line
Views: 126 Bhuma Reddy
How the Industrial IoT takes production line monitoring BEYOND AUTOMATION
Please register for the webinar to learn about undiscussed but very important aspects of bringing IoT to the shop floor. http://go.softwebsolutions.com/resources/industrial-iot-solutions-for-the-connected-shop-floor.html WEBINAR AGENDA 1. Pitfalls of traditional manufacturing processes and how to overcome 2. What Industry 4.0 really is and why it’s a game changer 3. The role of IoT and data analytics in the manufacturing industry 4. IT/OT Convergence: The key mantras in smart manufacturing 5. Current market trends and value 6. Smart factory: The evolution not revolution 7. Demo and review of smart production line monitoring 8. Q&A session
Advanced Pharmaceutical Manufacturing
There are a number of challenges that the industry faces in order to transition towards more competitive, systematic and efficient manufacturing. Regulatory authorities have recognized the deficiencies of pharmaceutical product manufacturing and aim to enhance process understanding through Quality by Design (QbD) and Process Analytical Technology (PAT) tools. As a result of this current effort to change the mindset in order to mimic the rest of the chemical industry, an additional transition is becoming more and more appealing: transition from batch to continuous production mode. However, continuous manufacturing requires detailed process understanding in terms of the evolution of all critical material properties as a function of its operating parameters and environmental conditions. Once process knowledge is translated into models, computer aided dynamic simulation tools will allow the design, analysis and optimization of continuous integrated processes. In this talk I will discuss the work that has been done in my lab towards the development of an integrated platform that will enable the efficient flowsheet simulation and analysis, the assessment of design alternatives, the feasibility analysis of the production line, and the control and optimization of process design and operations. The developed flowsheet model includes modules for all the necessary unit operations, namely powder feeding, mixing, roller compaction, tablet press and milling integrated to represent a tablet manufacturing line. Models used to represent each unit operation vary from empirical, first-principle or hybrid. Population balance models are developed in order to track the composition and particle size changes throughout complex powder processes dynamically. The developed flowsheet simulation is used to predict the propagation of upstream disturbances to final product quality, the assessment of recycle stream benefits, the identification of process integration bottlenecks and evaluation of different control strategies in order to retain the process within its design space. In addition, global dynamic sensitivity analysis is performed to identify critical process parameters not only within each unit operation, but also between different processes. Finally, simulation based optimization techniques enable the identification of the optimal operating conditions, as well as the optimal design sequence which leads to pharmaceutical tablets with desired characteristics. This work aims to merge knowledge, experience, experimental results and modeling tools for developing a dynamic simulation platform that will enable the safe implementation of the transition towards continuous pharmaceutical manufacturing. Biography: Marianthi Ierapetritou is a Professor and Chair in the Department of Chemical and Biochemical Engineering at Rutgers University in Piscataway, New Jersey. Dr. Ierapetritou’s research focuses on the following areas: 1) process operations; (2) design and synthesis of flexible production systems focusing on pharmaceutical manufacturing; 3) modeling of reactive flow processes; and 4) metabolic engineering with focus on biopharmaceutical production. Her research is supported by several federal (NIH, NSF, ONR, NASA) and industrial (BMS, J&J, ExxonMobil, Honeywell, Cardinal Health) grants. Among her accomplishments are the Outstanding Faculty Award, the Rutgers Board of Trustees Research Fellowship for Scholarly Excellence, and the prestigious NSF CAREER award. She has more than 180 publications, and has been an invited speaker to numerous national and international conferences. Dr. Ierapetritou obtained her BS from The National Technical University in Athens, Greece, her PhD from Imperial College (London, UK) in 1995 and subsequently completed her post-doctoral research at Princeton University (Princeton, NJ) before joining Rutgers University in 1998.
Views: 43494 APMonitor.com
Lean Production Line | TaF.tc
http://www.taftc.org For Lean Training Programme, Please contact TaF.tc +65 3157 6111 or email [email protected] Global Lean Conference 2014 Building a Lean Culture - 1 Lean Production Line - Reduction of works from 31 to 12 - Reduce leadtime by 45% from sewing to packing - Reduction of operation by 50% - Increase productivity per hour/worker by 68% - Overall reduction in labour cost ratio per piece by 40% - Increase profitability ratio per unit by 390% http://www.taftc.org https://youtu.be/DiHzQjrLgSk
Views: 55960 tafTVc
Working Principle of Stone Powder Production Line
http://www.clirikchina.com/products/Grinding_Mill/58.html Stone Powder Production Line consist of main unit, classifier, powder collector, dust cleaner, blower, muffler, sound-proof room, crusher, bucket elevator, storage hopper, and vibrating feeder. After crushed by hammer crusher, the large materials become small ones and are sent to storage hopper by elevator, and then evenly sent to the upper distribution plate of the turn plate by vibrating feeder and sloping feeding pipe. When the grinding mill is at work, the main bearing and each dial are driven by electromotor through reducer, and all the grinding rollers are rolling in the ring channels driving by dial through plunger. The materials are driven to the edge of the turn plate by the centrifugal force and fall down into the grinding chambers. The high-pressure air blower constantly inhales air, airflow with crushed materials are brought to classifier whose high-speed impeller will screen the airflow: The unqualified particle size will fall and return to the mill for being reground while the qualified particle size mixed with air will go into the cyclone powder collector. Most of the qualified powders will fall and exit from the discharging valve at the bottom; A small proportion of the fine powders, with airflow, moves to the dust cleaner. The materials from the above two lots are sent by the conveyor to get finished powders packed. In addition, filtered clean air will be emitted from muffler in the end.
Views: 1453 Clirik Machinery
Mixed Model Line Design Crash Course 1
How do you create a high-performing and balanced production line or cell, based on Lean Industrial Engineering principles? In this whirlwind course, we’ll introduce you to the step-by-step design process that can be applied in many production environments. Download Roadmap http://www.leonardogroupamericas.com/MMLD_Roadmap.pdf Part 2: https://youtu.be/f4gzS53sKZ8 Part 3: https://youtu.be/8aNUX6YtPb8
Views: 1022 Richard Rahn
Production Line - Episode 1
Welcome to the 1st episode of Production Line Steam link: https://store.steampowered.com/app/591370/Production_Line__Car_factory_simulation/ My Pages Patreon - https://www.patreon.com/DeanPackham PayPal - https://www.paypal.me/DeanPackham Facebook - https://www.facebook.com/groups/1403839439726497/ Twitter - https://twitter.com/Dean_Axbridge Twitch - https://www.twitch.tv/somersetgaming Instagram - https://www.instagram.com/Somerset_Gaming1981/
Views: 161 Somerset Gaming
Lean Manufacturing Line
Views: 1980 RP FYP
Lockheed Martin F-35 Lightning II Manufacturing
https://www.youtube.com/c/EliasFélixdaSilva Lockheed Martin F-35 Lightning II Manufacturing Publicado em 12 de fev de 2017 The F-35 production process has been called an orchestra where time-tested manufacturing principles, next generation tooling techniques and a highly skilled workforce perform together to produce unmatched capabilities for American and allied forces. More than 300,000 individual parts all come together to produce the F-35 Lightning II at Lockheed Martin's mile+-long factory in Fort Worth, Texas. In addition, final assembly and checkout is performed at facilities in Cameri, Italy and Nagoya, Japan. The F-35 program brings together the world’s most experienced aerospace industry leaders, including Lockheed Martin, Northrop Grumman, BAE Systems and Pratt and Whitney. The global team also includes more than 1,400 suppliers from domestic and international companies around the world. This landmark project combines team expertise with sophisticated manufacturing, engineering and technological capabilities. The F-35 production strategy is based on flow-to-takt manufacturing implementation. Flow-to-takt is the movement of component assemblies, like wings and forward fuselages, from one build station to the next at a rate equal to the delivery rate. This production rhythm increases efficiencies, lowers costs and reduces span times while synchronizing the delivery of parts, timing of tasks and positioning of personnel to achieve standard work in each line position. The F-35 production strategy is already paying tremendous dividends. Production learning curves are beating legacy aircraft like the F-16. Costs have come down 57 percent since the procurement of the first production aircraft, and the time it takes to build the F-35 has been reduced by nearly half. As the F-35 prepares to enter full rate production, these key manufacturing indicators are projected to continue to improve. "Subscribe" & "Thumb Up" Military-Vid Channel : https://goo.gl/hQH5Tx Military-Vid Facebook : https://goo.gl/VxXqYz Military-Vid twitter : https://twitter.com/sisadocu Categoria Notícias e política Licença Licença padrão do YouTube
Views: 143598 Elias Félix da Silva
SaintyCo One shot Chocolate Depositing Production Line
We manufactured the complete chocolate production line based on the principles of modular and the combination of building blocks, which made up by auto mould-heating device, numerical depositor, cooling tunnel, belt conveyer and demoulding device. The user are able to expand the capacity of production or change the species of chocolate step by step.Modular design is changing the conventional structure of chocolate shaping line and the mode of transport. Open production line system can change the productivity and the varieties of chocolates by adding the different configurations of devices.All the modular machines in the workshops can not only by combined freely, but also be rearranged for new production requires. Convenient and efficient are the characteristics of this mode of production. Any questions, feel free to contact me. Email:[email protected] Skype:saintygroup Tel: +86 13806853255 Web: www.saintyco.com Our social web: Facebook: https://www.facebook.com/saintyco Linkedin: http://www.linkedin.com/company/sainty-international-group Twiiter: https://twitter.com/Saintyco
Views: 2371 Saintyco
Let's Play Production Line Alpha 1.06 EP05: Maximum Efficiency
Let's Play Production Line Alpha 1.06 EP05: Maximum Efficiency Watch the entire playlist here: https://www.youtube.com/playlist?list=PL-QIAdrWw-Eq6E56ZWv7X34XHJojAdeP5 This time we're starting on a more challenging scenario, with less money and a smaller factory. Vanilla Motors has been reborn and will return stronger than ever to the car market, but we'll have to build a massive factory along the way. Join the automation and efficiency excitement with a few jokes and cultural references along the way. Production Line is the latest game from Positech Studios, publisher of Big Pharma, Democracy 3, and other titles. Production Line is a game about automation, efficiency, and streamlining supply chains in an automated car factory. There's a lot of interesting expansion and improvement opportunities in this game, and I'm really excited to see it develop. This is a very early Alpha – only released at the end of January – so some bugs and minor glitches are to be expected. I'm not affiliated in any way, but just for fun I'll throw in a link here to the great book On a Clear Day You Can See General Motors, the true story of John DeLorean's time at GM in a critical time for the car industry. Really fascinating book if you're into cars or the seventies, but also just an interesting read altogether. http://www.goodreads.com/book/show/736642.On_a_Clear_Day_You_Can_See_General_Motors
Views: 733 Vanilla PC Strategy
Production Line
Behind the scenes tour of the first AHB Cosmetics Highlight & Strobe Kit being produced www.ahbcosmetics.co.uk #Highlight #Strobe #Blush #Glow
Views: 112 AHB Cosmetics Ltd
Raisin cleaning and drying production line
1. Working principles of raisin separator + vibrating screen + lifting conveyor: after separation by the separator, the raisins fall on the vibrating screen. After screening, the separated raisins fall on the conveyor belt below and are lifted into the washer. The partial raisins which are not fully separated will be discharged through the front side of vibrating screen and be put into the separator manually for separation. 2. The bubble washer: the washing speed can be freely adjusted. The washer adopts bubble rolling and spraying technologies. The high-pressure water flow will make the material roll to remove the impurities on the surface of products. The floating objects can overflow through the overflow launder and the sediments can discharge through the drain hole for cleaning purpose. 3. Wringer: ensure the smooth operation of equipment and achieve the wringing effect. The material discharging elevator will lift the wringed raisins into the vibrating screen. 4. The material discharging elevator: the wringed raisins will be lifted into the vibrating oil sprinkling machine through the material discharging elevator. 5. Vibrating and flattening screen: spread out the wringed raisins and convey them into the hot air drying machine. The oil injection process may also be implemented during this period. 6. Lifting feeder: after spreading out the raisins by vibration, lift them through the lifting feeder into the hot air drying machine for drying. 7. Multi-layer drying machine: lift the cleaned raisins through the lifting feeder on the conveyer belt and the conveyer belt operates circularly in the hot air drying machine. 8. Wind cooling machine: cool the dried raisins by wind and box them.
Views: 60 mia xing
Pillow Winding Up Production Line
ZXJ-787 Pillow Winding Up Machine mainly used for processing polyester fiber(like PP fiber, hollow fiber, microfiber,feather fiber) to make pillows. Working principles: At first open the raw fiber, after fan motor to deliver opened fiber into cotton feeding silo, then after carding,cross lapping, cutting process, to control each pillow’s weight. Finally fill the rolled fibers into pillow case. Characteristics: ZXJ-787 pillow filling production line is the fifth generation pillow filling equipment, new developed and made in China. The pillows made by this production line is fluffy and rich, soft, shape steady,and very good looking. Specifications: Capacity: 120kg/h, 4 pcs of pillows per minute(500g/pc) Filling inaccuracy: ±10g Voltage: 380V,50Hz,3 phases Total power: 28kW If you are interested in it, please feel free to contact me. Email:[email protected] Skype(wechat):chriswan1028 URL:www.lxzhjx.com Welcome to visit our factory Langxi zhenhai Machinery co.,ltd.
improvement the production line by Automated Guide Vehicle System
improvement the production line by Automated Guide Vehicle System contact number 086 588 6645, kachapas
Views: 1879 kachapas suwanapichat
ZXJ-787 pillow filling production line
[email protected] Working principles: At first open the raw fiber, after fan motor to deliver opened fiber into cotton feeding silo, then after carding,cross lapping, cutting process, to control each pillow’s weight. Finally fill the rolled fibers into pillow case. Characteristics: ZXJ-787 pillow filling production line is the fifth generation pillow filling equipment, new developed and made in China. The pillows made by this production line is fluffy and rich, soft, shape steady,and very good looking. Specifications: Capacity: 120kg/h, 4 pcs of pillows per minute(500g/pc) Filling inaccuracy: ±10g Voltage: 380V,50Hz,3 phases Total power: 28kW
Salads Production Line
Salads Production Line
Views: 461 Karl Lee
On this channel you can get education and knowledge for general issues and topics
Views: 16434 LEARN AND GROW
ZXJ-787 Pillow Winding Up Production Line,Pillow Production Line
ZXJ-787 Pillow Winding Up Production Line: Mainly used for processing polyester fiber(like PP fiber, hollow fiber, microfiber,feather fiber) to make pillows. Working principles: At first open the raw fiber, after fan motor to deliver opened fiber into cotton feeding silo, then after carding,cross lapping, cutting process, to control each pillow’s weight. Finally fill the rolled fibers into pillow case. Characteristics: ZXJ-787 pillow filling production line is the fifth generation pillow filling equipment, new developed and made in China. The pillows made by this production line is fluffy and rich, soft, shape steady,and very good looking. Specifications: Capacity: 120kg/h, 4 pcs of pillows per minute(500g/pc) Filling inaccuracy: ±10g Voltage: 380V,50Hz,3 phases Total power: 28kW If you are interested in it, please feel free to contact me. Email:[email protected] URL:www.lxzhjx.com Welcome to visit our factory Langxi zhenhai Machinery co.,ltd.
ZXJ-787 Pillow Winding Up Production Line,Pillow Production Line
ZXJ-787 Pillow Winding Up Production Line: Mainly used for processing polyester fiber(like PP fiber, hollow fiber, microfiber,feather fiber) to make pillows. Working principles: At first open the raw fiber, after fan motor to deliver opened fiber into cotton feeding silo, then after carding,cross lapping, cutting process, to control each pillow’s weight. Finally fill the rolled fibers into pillow case. Characteristics: ZXJ-787 pillow filling production line is the fifth generation pillow filling equipment, new developed and made in China. The pillows made by this production line is fluffy and rich, soft, shape steady,and very good looking. Specifications: Capacity: 120kg/h, 4 pcs of pillows per minute(500g/pc) Filling inaccuracy: ±10g Voltage: 380V,50Hz,3 phases Total power: 28kW If you are interested in it, please feel free to contact me. Email:[email protected] URL:www.lxzhjx.com Welcome to visit our factory Langxi zhenhai Machinery co.,ltd.
Dalong Shoes Lean production line
Dalong Brand new Lean production line is on board, which is a benefit for shoe factory new production line set up and old production line renewed. Kindly please contact [email protected] for more information. www.dalongmachinery.com
Flat Wafer Production Line 30 plates
30 baking plates, electro heated oven For more details please contact our sales team: [email protected] Best regards, Middle East-Trading
Views: 718 Moustafa Wafy
Heat exchangers production line
This line is able to deal with 3 kinds of products with different sizes becoming then heat exchangers after steps of stamping, forming and stacking from copper and inox coil at a rate of 10 parts per minute. It composed by many equipments, including a MIB Hydro hydraulic press (2000 Tons).
Production Line Improvements
ETI did various production line improvement projects for AZEK. Project #1 is an upgrade of knife holders, including guarding features. Project #2 was custom board separators. ETI designed metal features that were more effective and stronger than the former solution. Project #3 was adjustable knife supports. ETI replaced the older solution with a newer, updated solution. Project #4 was adjustable trim support rollers. Project #5 was a redesign of the knife holders with safety features and a NO TOOL changeover. Project #6 was single edge knife supports that were much more sturdy and secure than the former solution. Project #7 was a replication/redesign of a side plate. Designed and built by Equipment Technology Inc. Phone (570) 489-8651.
Views: 455 ETI
Speech by President Akio Toyoda on the Mirai Production Line
On February 24, Toyota President Akio Toyoda delivered a speech at a ceremony to mark the start of production of the Mirai-- a vehicle that heralds the start of a new age of vehicles. More information: http://newsroom.toyota.co.jp/en/detail/6402089/ Toyota Global Newsroom: http://newsroom.toyota.co.jp/ Toyota Global website: http://www.toyota-global.com/ Toyota Motor Corporation on Twitter: http://www.twitter.com/ToyotaMotorCorp/
Improve Operator Efficiency - Manufacturing
Measuring and improving operator efficiency of machines and equipment on the shopfloor can have a dramatic effect on manufacturing productivity and output. PlantRun systems can be used to measure, track and analyse individual operator performance and compare the performance of machine operators against time/machine/product etc.. This allows you to identify under performing staff for re-training and to spread the best practices of your most efficient staff thereby improving operator efficiency. Improved Time Management Operators starting late, taking extra time during breaks, finishing early and taking longer to restart a machine than they should is a typical scenario in many manufacturing companies. Even if this is only arriving at the machine 5 minutes late, starting up 5 minutes later, taking an extra 10 minutes over lunchtime and then finishing 10 minutes early it amounts to 30 minutes in an 8 hour shift equivalent to 6.25%. Without continuous monitoring in place this is often much longer. And this is per machine, if you have 20 machines you are losing 10 man hours per shift! Maybe you don't think your staff do this, but until you measure breaks accurately you don't really know. For one PlantRun user a "ten minute" break period was reduced from 23 minutes down to 13 minutes upon installation of the system! Increasing Operator Productivity An example of increased operator productivity comes from a wire fabrication company producing a wide range of goods including roll containers, stillages, pallet converters, dollies, picking trollies and garment rails. The company employ a core staff of around 100 staff but at peak production times this number can double with low skilled agency staff. The productivity of temporary staff is variable and with a relatively labour intensive production process maximising operator output is vital. All the fabrication machinery is monitored for machine utilization efficiency. Operators log on to the system at shift start up and the system monitors run time, stop time and reasons for stoppage. By analysing downtime stoppages problems such as extended operator breaks are identified and addressed. System reports make it easy to identify operators with poor productivity performance for training or replacement. A typical reported improvement in operator productivity boosted output per shift from 80 to 94 units, an increase of 17.5%. Improved Motivation Staff motivation can be improved in two ways. Firstly, the data collected by the system can be used to keep staff informed of their performance against target production rates either using the keypad terminals or large shopfloor displays. Goal setting and competition between work groups or cells can significantly improve motivation and output. Secondly, the awareness that production is being monitored and the understanding that computers can't lie often have a refreshing effect on staff behavioural patterns and bad practices that may have been formed over time. In some cases dramatic improvements in productivity have been recorded before systems have been fully installed, simply from improving operator efficiency.
Views: 40595 Plantrun
Semi auto  piston filling machine on production line
Semi auto piston filling machine on production line Full pneumatic liquid&paste filling machine 50-1000ML for cosmetic&pharmaceutical cream lotion Features of pneumatic liquid filling machine: 1.For high viscosity liquid filling and paste filling; 2.Adopts pneumatic working principle, simple operation, high filling precision; 3.A certain concentration or certain size granular materials ideal filling equipment; 4. Stainless Steel Construction; 5.Rugged Rotary Valve System Design; 6.Pneumatic Operation, the air compressor should be prepared by the buyer. The requirement of the air compressor: Pressure: 0.4-0.6MPa Power: 1100W Gas Capacity: more than 50L 7.Piston Feed Speed Adjustment; Ⅰ.YX-LC02 Semi automatic horizontal filling machine with Hopper for cream&liquid filling Suitable for filling cream/gel/paste/ointment in tubes, jars, Available in manual as well as motorized model All contact parts are made up of SS304/SS316 Filling range with change parts: 5 to 5000ml per stroke SS made hopper having capacity up to 20KG Easy to operate, no maintenance required; Specifications of pneumatic filling machine semi automatic model YX-LC02: Voltage: 220/110V 50/60Hz Power: 10W Rated pressure :0.4-0 .6 Mpa Filling speed :10-30 bottles / min / head Filling precision: less than ± 1% Filling range : 30-500ml Dimension: 1600*440*370mm Weight : 61kg Principles and characteristics of model YX-LC02 Pneumatic filling machine semi automatic filler: The paste filling machine is semi-automatic piston type developed by our company, filling a series of high concentrations of fluids. It is through air cylinder to drive a piston and transfer--valve’s Three Contacts principle to extract and to split out the highly concentrated material, and by magnetism-reed switch to control air cylinder’s travel, then can adjust the filling volume. 2. This device is simple and reasonable in structure, easy to understand, with high accuracy. 3. Pneumatic part adopts Germany FESTO and Taiwan AirTac pneumatic components. 4. Filling volume and filling speed can be arbitrarily adjusted with high filling accuracy. 5. Filling head adopts anti-drip, anti- drawing and lifting devices. Control Panel: Semi Auto/Auto filling switch Air Pressure Gauge Air Intake Pressure Adjust Filling Volume Adjust 1.The machine is suitable for filling food trades(such as: pearl milk tea nata de coco hick broad-bean sauce chili sauce peanut sauce etc);cosmetics(shampoo frost shower gel);daily health product(toothpaste) 2.The machine adopts pneumatic working principle, simple operation, high filling precision,is a certain concentration or certain size granular materials ideal filling equipment. Guarantee: for all the machine, it claims one year for guarantee. Installation: after the machine arrive your factory,if you need,our technician will go to your place to install and test the machine and also training your worker to operating the machine (The time of train depend on you worker). The expenses (air ticket ,food , hotel,the travelling fee on your country) should be on your account and you need paid for the technician USD50 per day. also you can go to our factory to do training. After service: If you get the problem on the machine ,our technician will go to your place to fixed the machine as soon as possible. The cost should be in your account.(as above). Our Factory since 1992 has been manufacturing the cosmetic&food making and packaging machinery.In these field we have the experience rich enough to solve the questions encountered by our customers from both home and abroad. For more information about penglai packaging, please visit our website at http://penglaipacking.com SHENZHEN PENGLAI INDUSTRIAL CORPORATION LIMITED Contact:Michael Peng Email: [email protected] TEL:+86-15012795261
Views: 11 Penglai Pack
Kanban Tool - Use Case: Small Production Line - kanbantool.com
Check out this light fixtures production line being managed on a Kanban Tool board. Feel free to test the application for free, with no obligations at: https://kanbantool.com Twitter: https://twitter.com/kanbantool Facebook: https://www.facebook.com/kanbantool LinkedIN: https://www.linkedin.com/company/kanban-tool Google +: https://plus.google.com/b/114087481546904969719/+KanbanTool2009/posts
Views: 133 Kanban Tool
Racer Production Line Organization
Jeremy discusses the organization process behind the production line of the Racer
Views: 352 Local Motors by LMI

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