Mech-lead Technology

Company Description

Introduction: Mech-lead Technology team of mechanical engineers extend the Working from a sketch, a fully detailed drawings or just a concept, they create incredibly detailed, two-dimensional drawings that are done with high precision and accuracy. Then they are converted to 100% CAD geometry so that they are updated with latest CAD applications and standards. Mechanical 2D drafting services and mechanical 2D detailing services include: Paper to CAD: This function In a Crowded Market, MECH-LEAD TECHNOLOGY Stands apart from its competitors thanks to its deep understanding of the industries in which it works, strong project Management skills, ability to deliver business benefits on time and to budget, international reach supported by local engagement and an innovative approach to the use of technology to drive business success. MECH-LEAD TECHNOLOGY is one of the fastest growing Mechanical Prototype Development and services concern. Headquarter is world renowned temple city Madurai. MECH-LEAD TECHNOLOGY incorporates multi-talented personalities with fortune domains like 2D Design/Modeling, 3D Design/Modeling, Research Projects, Prototype/ Initial mockup Development, Design/Mockup Migration, Legacy Support, Migration and Re-Engineering, Risk Analysis, etc., for Financial Industry, Health Care, Automobiles, Insurance, Manufacturing Company, Research Fields, Telecommunication Industries, Automation, etc., MECH-LEAD TECHNOLOGY is committed to helping organizations build and maintain leadership positions in their chosen markets. Using their industry expertise and strong business and technology insights, MECH-LEAD TECHNOLOGY consultants deliver solutions which enable organizations to become more productive and to grow. We harness our strong domain and technology competence to identify business problems and deliver the right solutions to our clients. Our flexible onsite, offsite, and offshore delivery model lends itself to a full spectrum of outsourcing services from maintenance and development to legacy modernization and complete technology outsourcing, including data-center operations. Mission Statement: MECH-LEAD TECHNOLOGY is a focused driven company dedicated to continuous growth and improvement by offering the highest quality of work in the industrial field today through client satisfaction and increasing our capabilities with the demands of loyal clients. We will provide leadership in our marketplace through a zero injury safety plan, a drug free work environment, customer service, 100% satisfaction and maintaining a group of dedicated, well trained, highly motivated, and fairly compensated employees Vision Statement: We keep our attention focused on the needs of our customers insuring you have a great experience when you hire our company. We know our continuing success depends on our quality care of our customers. Value Statement: To listen and understand exactly what the customer wants and to provide it with absolute honesty and integrity. Teamwork is the source of our strength. We encourage our people to be outgoing and empowered to do what is right at all times. We will make no assumptions. We let the customers tell us what we need to do. Our Objectives: � Continue to gain market share � Identify and attract new clients � Offer excellent compensation and benefits to attract the very best employees � Provide training programs to improve the effectiveness of our employees. � Recognize performance and reward employee contributions. � Educate the market place about our abilities and services. Technology: � AUTOCAD 2004-2009 � PRO E WILDFIRE 1.0-4.0 � SOLIDWORKS 2004-2008 � ANSYS V8-V11 � Products: 1).COFFEE MAKER: A coffeemaker is a kitchen appliance used to brew coffee without having to boil water in a separate container. While there are many different types of coffeemaker using a number of different brewing principles, in the most common devices, coffee grounds are placed in a paper or metal filter inside a funnel, which is set over a glass or ceramic coffee pot. Cold water is poured into a separate chamber, which is then heated up to the boiling point, and directed into the funnel. This is also called automatic drip-brew. In our project the coffee bean is directly used in the coffee maker machine. The primary stage coffee bean is broken to small particles. These particles are converted into fine powder in the secondary stage. Then fine coffee powder is mixed with boiling water by using the stirrer. The filter is used to give the coffee brewer. 2). LAPTOP STAND: A laptop computer is a personal computer designed for mobile use that is small enough to sit on one&＃039;s lap. A laptop integrates all of the typical components of a desktop computer, including a display, a keyboard, a pointing device (a touchpad, also known as a track pad, or a pointing stick) and a battery into a single portable unit. The rechargeable battery is charged from an adapter and has enough capacity to power the laptop for several hours. A laptop is usually shaped like a large notebook with thickness of 0.7�1.5 inches (18�38 mm) and dimensions ranging from 10x8 inches (27x22cm, 13" display) to 15x11 inches (39x28cm, 17" display) and up. Modern laptops weigh 3 to 12 pounds (1.4 to 5.4 kg), and some older laptops were even heavier. Most laptops are designed in the flip form factor to protect the screen and the keyboard when closed. What are the problems comes without laptop stand: A study by State University of New York researchers found that heat generated from laptops can raise the temperature of the scrotum when balancing the computer on one&＃039;s lap, potentially putting sperm count at risk. The small study, which included little more than two dozen men aged 13 to 35, found that the sitting position required to balance a laptop can raise scrotum temperature by as much as 2.1 °C (3.8 °F). Heat from the laptop itself can raise the temperature by another 0.7 °C (1.4 °F), bringing the potential total increase to 2.8 °C (5.2 °F). However, further research is needed to determine whether this directly affects sterility in men. Services: a. Services offering by MECH-LEAD TECHNOLOGY: a. 2D Design/Modeling: includes hand scribbles, photographs, hand sketches, raster Images and paper copies of drawings Working drawings from Conceptual sketches: In this section according to drawing needs we provide complete solution. After making the working drawings we convert them to accurate drawings having best quality Assembly Drawings: Mechanical 2D drafting & mechanical 2D detailing taking firstly mechanical equipment layouts, making installation drawings. Then noticing about its schematics, sections and detailing we do casting, welding, machining, and assembly simulation drawings. Finally they are accurately scaled. Creation of Drawings and BOM: Having the collection of assemblies of BOM (Bill of Material) it makes easy to plan inventory levels and production. It includes 3D Assembly drawings, 3D mechanical design, fabrication drawings, 3D design and modeling, drafting of mechanical components like pressure vessel, heat exchangers and piping and instrumentation diagram. We offer aid in all phases of mechanical, electrical and plumbing (MEP) design and detailing services. Latest industry software is used for completing projects and we cautiously review all building elements to identify and resolve issues prior to installation, saving the contractor and owner time and money. Dimensions are intact and are shown by a separate layer. b. 3D Design/Modeling: Mechanical 3D Modeling offers New & Creative innovative mechanical design process, mechanical drafting software, 3D models includes automotive, assembly line, surfacing, mechanical products & animation at 3D modeling software. Mechanical 3D modeling is a KPO catering to the 3D modeling needs of mechanical design sector globally. We have experienced and highly skilled team of mechanical 3D design experts and engineers who create free 3D models adhering to your drawing standards and practices. We use the latest standards and techniques in 3D modeling to develop your mechanical models. We can create a new 3D model from just an idea or a concept or convert existing 2D mechanical designs to 3D model. c. Research Projects i. Fostering innovative basic and applied research in product and AI technologies; ii. working with established companies, start-ups, government agencies, and standards bodies to develop and transition the technologies to widespread and practical products; iii. Educating the next generation of product researchers and practitioners in advanced software technologies; iv. Currently we are Developing Coffee Maker and Laptop Stand with Easy understandable. v. In our Major Developing is in Financial, Security and Automobiles. d. Prototype/ Initial mockup Development i. A prototype is an original type, form, or instance of something serving as a Typical example, basis, or standard for other things of the same category. In many fields, there is great uncertainty as to whether a new design will actually do what is desired. New designs often have unexpected problems. A prototype is often used as part of the product design process to allow engineers and designers the ability to explore design alternatives, test theories and confirm performance prior to starting production of a new product. Engineers use their experience to tailor the prototype according to the specific unknowns still present in the intended design In general, an iterative series of prototypes will be designed, constructed and tested as the final design emerges and is prepared for production. With rare exceptions, multiple iterations of prototypes are used to progressively refine the design. A common strategy is to design, test, evaluate and then modify the design based on analysis of the prototype. The most common use of the word prototype is a functional, although experimental, version of a non-military machine (*****, automobiles, domestic appliances, consumer electronics) whose designers would like to have built by mass production means, as opposed to a mockup, which is an inert representation of a machine&＃039;s appearance, often made of some non-durable substance. e. Design/Mockup Migration In common usage, a mockup is a scale or full-size non-functional model of a structure or device, used for teaching, demonstration, testing a design, promotion, etc. A mockup is not a prototype: prototypes are at least partly functional Versions of the design. f. Legacy Support i. A common decision that software owners are faced with is what to do with legacy systems and databases once they become outdated. ii. Why invest in a legacy Products? 1. Leaving a legacy Products untended will only turn it into a liability. This is because the product goes through a definite lifecycle, with an initial maintenance phase where bugs are fixed and functionality added. After this phase, the owner needs to invest in the products with both resources and time in order to enhance its performance, value and capabilities. If left neglected at this stage, all of the initial investment will be lost. The steps to maintain the productivity of a legacy product could involve legacy integration, legacy product migration. � iii. The Four Rs: 1. There are usually four common options before the owner of a legacy system, commonly referred to as the four R&＃039;s. They are Redesign, Replace, Re-engineer and Re-use. 2. Redesign: If the owner chooses to rewrite the product design, the most important decision to be made is what Technology to use. The choice you make, be it CAD, Solid Works, Pro-E or others is especially important. The wrong choice will result in a lot of wasted time, effort and money. Once you have zoned in on what technology to use, you need to train your staff to be conversant and adept with the new technology. You could also hire new people, but this will also have its own complications, as they would need to learn the workings of your business and prodycts and you would need to spend time on training. According to Capers Jones, 27% of redesign drafts are cancelled or rescheduled, 20% are seriously behind schedule and 50% exceed budget and the majority of projects that do manage to reach completion, have only less than half of the planned features. Overall, rewriting does not seem like an encouraging option. 3. Replace: The second option is replacing your legacy product with a new package. This again entails finding a package that fits in with the requirements of your business. The chances of this happening are very low, therefore, you need to either customize your package in order to fit the business, or actually make changes to your business in order to exploit your package to the fullest. This can turn out to be a workable strategy, provided the package supplier has made a good decision on the choice of development technology/environment. � 4. Re-engineer: The third option is Re-engineering. This entails changing the entire business as well as the Product in order to make way for your re-engineered product. The flip side of this option is that there already are existing systems, procedures and methods in place, with technicians trained to work with them. Re-optimizing all these systems is both expensive and hugely time consuming. 5. Reuse: The final option is reusing your existing legacy systems. This is by far the most sensible, cost effective and time effective option, primarily because your staff is already acclimatized to your system and will need minimal re-training. It is still possible to web enable your legacy systems, graphical user interfaces and mobile computing. The changes made will be incremental, which means much lower costs and time involved in re-training your workforce. The smaller the steps, the easier they are to retrace and start over in the case of a mistake, which means that the risks are also minimized. iv. So your legacy system will still serve critical business needs, while making use of newer, more efficient technology and programming skills. g. Migration and Re-Engineering i. MECH-LEAD TECHNOLOGY product migration and re-engineering practice solutions help organizations overcome these problems and unlock the value of their products. The return on investment of a migration project results from enhanced business support, significant improvement in the ability to integrate products and reduced licensing and maintenance costs. ii. MECH-LEAD TECHNOLOGY Expertise: 1. MECH-LEAD TECHNOLOGY teams of system and business analysts have significant expertise in re-engineering automobile based products. Our Migration Services teams have developed standard tools and methodologies for several common migration paths including 2d to 3d Drafting, Internet Based tools, and more. h. Risk Analysis i. Many Products has failed due to an incomplete or inaccurate analysis process, especially technical analysis. Technical Analysis is a key step while developing a product. It can be useful to-Confirm with the customer that we have gathered all business requirements accurately, and begin with designing and building the product after approval from the customer. ii. It can be used by the Designers and Developers as a reference when building the application. iii. It can be used by the client to verify that the final product actually matches what was initially agreed upon. iv. Components of Technical Analysis: There are two parts to Technical Analysis � drafting the product Specification Document and generating Use Cases. The product Specification Document is usually derived from the Requirements Documentation from a Business Analyst. This document briefly specifies various features of the product, details parameters of how the product will be built, etc. a sample structure of a product Specification Document for a typical kitchen project would be as follows: Introduction: � Background � Purpose � Scope � Definitions, Acronyms and Abbreviations � References � Overview Overall Description � Use-Case Model Survey � Assumptions and Dependencies Specific Requirements Non-functional Requirements � Compatibility � Layout � Graphics and Design � Outer Look � Sensors � Wastage out � Base Stand � Accessibility � Performance Payment Schedule Depending on the project, you may need to elaborate or discard a few of these points but generally; this is how a product Requirements.