Rapid Prototype Blog

Posts Tagged ‘Product’

3D printing is a form of additive manufacturing technology where a three dimensional object is created by laying down successive layers of material. 3D printers are generally faster, more affordable and easier to use than other additive manufacturing technologies. 3D printers offer product developers the ability to print parts and assemblies made of several materials with different mechanical and physical properties in a single build process. Advanced 3D printing technologies yield models that can serve as product prototypes.

Every child needs to be properly cared and nurtured to grow healthy and productive someday which also applies to a business. It should be guided well and be given enough attention to ensure its stability. A business needs a lot of research to establish its main goal. To achieve its success, you need an appropriate web media to endorse the product you’re selling.

Manufacturers in the modern world search for the best web design to show the important details needed by the clients to make it big in the market. With the use Industrial design, your products or services will be explain the way you want it. Technical terms and illustrations that you need to present for your product are available in the web design industrial. This web design can demonstrate every purpose of your product or service.

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The development of your business increase daily once the product or service is introduced in the internet since people will scan your site and search what they need. Satisfied customers will leave positive feedbacks but this is only the beginning. Your business will need more time and effort than before. Strategic plans must be prepared to make sure that your company will be known in the field of trade and industry.

Industrial web design allows you to handle your business to succeed in an amazing speed. You just have to know the basic knowledge of business and accounting to make sure that your expenses are lesser than your income.

Industrial web design gives security to businessmen. This gives you enough time to improve the products while the web site does the advertising. Working together as one will save time and can obtain twice the income from before. People depend mostly on the offers in the internet every day and you can provide their needs in just a click away.

But there are customers who might find it difficult to access the features a certain web site. Once you contact a wed designer, let him create a web design industrial that is user friendly and can catch the viewer’s attention.

Creating one for your business today is still available. You just have to find the best web designer and explain how you want your industrial web design will look like in detail. Your chance to become a successful businessman has been solved.

If you’ve heard of CAD before but weren’t to sure what it referred to, it’s an acronym for Computer Aided Design. You can design three-dimensional images using a wide variety of computer based tools right on the screen of your computer. Architects, design professionals and engineers utilize this technology for 3D CAD modeling.

Industrial Designing

Many of the mechanical and electronic products that you operate have been designed with the benefit of CAD. It provides a cost-effective method for manufacturers to develop a prototype from conceptual drawings, as the 3D model would perfectly translate the finest details of illustrations. Industrial and mechanical engineers rely on CAD to manipulate and test their ideas thoroughly before progressing to the manufacturing stage of product development. The models can be measured for performance at varying stress levels without expending enormous amounts of money to constantly research, re-design and build different versions of the product. Great accuracy and precision is ensured in both the model and the final product. 3D CAD guarantees that products are designed manufactured and hit the retail market in much shorter time than before.

Architectural Creations

2D drawings can easily miss minute details that are crucial to capture the fluid silhouettes and dimensions of modern buildings. Some of the most elaborate architectural masterpieces, such as the spectacular Guggenheim Museum in Bilbao, Spain and the billowing Burj-Al-Arab in Dubai, United Arab Emirates, relied on CAD to maintain the artistic integrity of the architects who designed them. Complex and innovative designs are possible with 3D CAD modeling that produce a true representation of the architect’s vision. Clients can better evaluate and assess the feasibility of the project before agreeing to commit resources especially if they are able to view a small-scale version of the proposed building.

Jewelry prototyping and Jewelry Fashions

Jewellery designers who fashion accessories with the benefit of 3D CAD can bring beautiful and creative concepts to life. They can re-define curves and lines to produce novel creations that stun and surprise you with their imaginativeness. Working with precious stones and expensive metals like platinum, gold and silver, jewellers have little room for error. They have to ensure that designs can actually be manufactured and the stones can be properly set to add lustre and sparkle to the final creation. CAD has been instrumental in providing this assurance.

Benefits of 3D CAD Design

The quality of designs has improved tremendously with the use of 3D CAD. The process is flexible and permits a design professional or engineer to change and redefine material easily and cost effectively. The prototypes can then be rapidly created and will be an accurate reflection of the image onscreen. The expenses involved in making a model are significantly reduced and this technology also eliminates any redundancy in production. The extensive use of paper is curtailed as the whole design and development process shifts to electronic mode.

3D CAD modeling is an indispensable part of modern manufacturing, construction and design. From architecture to engineering, 3D CAD is integral to precise, accurate and state-of-the-art achievements.

For more information regarding 3D Printers please visit Objet Geometries site – http://www.objet.com

Printing reality on objet 3d printing systems www.objet.com

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New product development should be the vital component for product policy and management for those, who want to continue to exist in today’s competitive world. It is the time of need, to launch new products timely because of changing demands and the customer needs to follow new trends, which are prevailing in the society. The key to success and sustainability is the company’s innovative approach towards new product development.

New product development is not an easy process. Most of the companies use a structured and well-highly organized approach for new product development. It needs an incredible amount of time and research. First off, the idea is generated based on the needs of the customers. The idea then gets transformed into concept, then it is tested to evaluate the characteristics of the product along with feasibility, target market and production cost. After this sale, the most important step is based on the customers’ feedback. Customer needs are more important than the quality of the product. After this step, profitability evaluation is done and then prototype of the product is made. It is then market tested and changes are made accordingly.

Now after this process, this prototype is converted to benchmark for an end product and production gets started based on the final study of logistics, operations and resource needs etc. Marketing activities, advertisement, promotions etc are the next step to promote the sale of the final product. Research is the key element in the new product development process.

The use of plastic bottles expanded over time and now they are used in health, beauty aids and food containers along with household products for safer, lighter and easy to handle features. Plastic bottle designs are versatile. Before deciding about the plastic bottle design, there are many things to consider such as product end user, bottle hold, options of molding and filling, and other packing considerations. Innovative and attractive, plastic bottle design help in the promotion of products.

Along with good plastic bottle design, structural branding design is also essential to give the product memorable brand identity.

Branding is a perception, when money is spent on building the perception of the individual, for that particular brand it is called strengthening the brand. Structural Branding Design is also important to make the brand strong enough to impact the individual’s purchase behavior, which is called brand trust.

Designers do Structural Branding Design to strengthen brands and generate the shortcuts between brand essentials and individuals’ perceptions. Structural branding design helps create designs that focus on making certain that users accomplish goals, which have long term effect on brand strength. Successful companies earning high profits, spend a lot on structural branding design to strengthen brand perception.

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Software Product Engineering involves performing the engineering assignment to build and maintain the software product using each project’s defined software development process and suitable methods and tools. The reason of Software Product Engineering is to constantly perform a well-defined software engineering process that combines all the software engineering activities to fabricate correct, consistent software products efficiently and proficiently. This process reaches until the customer satisfaction will be achieved. Here are the some factor’s that make it easier:

EffectiveCommunication:
Traditional outsourced software development has been more in a hands-off mode. However, software product engineering is mostly a similar activity carried out double shore with teams at both the customer and the vendor end working in cycle to achieve the goals. The communication needs to be at all levels – management, leads and the team at both shores so that one hand knows what the other is doing and what the think-tank is working on to achieve the shared vision.

Team Durability:
Since software product development assignments can perfectly run perpetually, it is vital that key team members bond to the product for long periods of time. Products and frameworks usually have proprietary knowledge and a member one year into the product can be twice as productive as a new joiner, twice as experienced. So it is highly essential for an software product engineering organization to be able to prevent attrition from software product teams.

Extensible Design and Reusable Code:
In contrast to software developed one-off, a product sees several generation of versions and numerous branches to convince its direct (end customers) and indirect (professional services, system enablers) customers. So it is really important to make sure that there is a high level of extensibility and reusability built into it, failing which the business logic gets replicated in multiple pieces and it becomes a maintenance nightmare.

Automated Testing:
It is very easy to break an existing functionality while Implementing/fixing the other. Automated unit tests usually come in handy in these situations as they have the requirements encoded in them and can complete a quick regression in a short period of time.

Streamlined Documentation:
With various releases and enhancements in various versions in software products, it is very simple to end up with a pile of documents for each attribute not knowing which one reflects the current state of the software it is therefore important to manage the documentation well to prevent running into these situations.

Implementing the above factors in your software engineering process will very vital in software product development and makes the customer to meet their requirement.

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Outsourcing: staying the course in the start-up world

It has become very common for start-ups to begin their entire product development by leveraging companies offshore. From being a long-haul possibility for large corporations with deep pockets, offshore development  outsourcing is accepted as a natural phenomenon of business strategy for even the smallest of companies. Industry reports assess the offshore outsourcing to touch 0 billion in 2010, of which at least 13% will be contributed by start-ups in product engineering and specialized outsourcing services.

So much so, in 2005-2006, the Craigslist has added over 20 new cities across the globe—from Manila to Bangalore to Sofia, and so on. These lists see active transactions exchanged—between buyers and sellers of offshore services, where the largest level of interest appears to be in areas like web applications development, custom software development in various domains, graphic design, and independent testing and quality assurance. Other electronic bulletin boards like Elance, Guru, ODesk, and OutsourcingWorld are providing robust environments for start-ups to engage with remote companies through their trusted channels.

If one were to look a little deeper into the boards, many of them provide a service ranking system, and platforms to rave and rant about the buyer experiences. While the buyers are scrambling to hand out projects even as they compete with a fickle market, the engagements have not been as uneventful or helpful as forecast. Why? The raves are far outnumbered by the rants, and the seller side seems to be completely uninterested in retorting or even salvaging tarnishes. Why again?

As a seasoned service provider that works closely with start-ups—from early stages to mature companies—Xoriant Corporation has assembled intelligence from the market, from the customers we have served as well as from the user companies that we have interacted with. Even as the venture funding explodes in new trend-driven development, the ground rules for commencing, nurturing, and expanding an offshore engagement are often forgotten.

From our experience in the past decades, we have created a list of some basic do’s and don’ts that will help you guide your company’s initiative in the offshore engagement. But before we get there, let us step back and ask a couple of questions: when do you commence an offshore exercise, and why should  you?

The answers will define the foundations of your offshore outsourcing engagement. We have found that a start-up typically commences an offshore initiative almost as soon as the business plan and prototypes

are validated. To build a product takes a lot of muscle—from conception to architecting, marketing, and selling, where each component is a big cost initiative to the company, not only in terms of direct dollar costs, but also in terms of management bandwidth. Even as the company spends front-end cycles delighting the first reference customers, the next solid version of the product has to be  simultaneously built for the next set of customers. Here is where the companies come up against a dilemma—how will they build out the product and not miss the market window, while spending as much local engineering bandwidth as possible to make the reference customer implementations a grand success? This is a good instance where a specialized offshore product engineering services partner can bring tremendous value.

To evaluate the reason for offshore, many list cost and convenience as valid reasons. While these are true, time could be the most important element since time-to-market can determine the success or failure of a software venture. An offshore partnership brings in the value of time-savings to the table— in the efficiency of operations, shortening development, in easing up the mandatory chores like testing and implementation for the core team, and so on. Pay a few dollars more to hire the right company that will save you time in managing the offshore, rather than choose the lowest bidder and find yourself spending increasing amounts of time in hand-holding or—even worse—cleaning up after the vendor leaves a trail of bad delivery. An offshore outsourcing engagement is like running the Marathon—the run is arduous and long, the benefits are returned manifold times in the long term.

To help you get the best from your outsourcing engagement, here are our customer-focused 10

Marathon Rules:

1. Ensure that the outsourcer is a product engineering specialist rather than an IT generalist: product engineering entails a mindset wholly different from IT support. The rules of the game change almost every day, and the services firm should bring a talent pool and the gene pool that understands and adapts to these vagaries with aplomb, and still deliver flawlessly. The interaction with the U.S. team will be intense, and the team should be able to understand the bigger, customer-centric vision of the problem and solution. For IT projects, customers are internal, which results in limited specification vagaries. Products are conceived with a certain customer use profile in mind, thus creating very high levels of changes in specifications, priorities and even technologies. To cope up with these changes and still deliver the output, the offshore team needs to have the right experience. Flexibility is the key for successful product engineering.

2. Treat the relationship as a partnership than as a client-vendor relationship. Treat the outsourcing team members as your own employees: when teams on the other side of the world understand your dreams and ambitions, the energies are different, and the commitment to solve the same problems that you intend to is of high importance. If you treat the partner as a vendor, the team will just work to your orders, and not contribute valuable experience that it may have gained from other engagements. In a typical product cycle, one never knows when one needs to draw on that “superhuman” effort from some members of the team. The chances of counting on that one extra stride are much more when the offshore team members feel the involvement.

3. Start small with maintenance-oriented activities before a full-fledged development: as with any nascent process, time, training and hands-on problem solving experience are the keys to accelerate the learning curve. At the beginning of the engagement the offshore team may not be fully aware of the product to run you a full functional testing plan. But if the engagement begins with some maintenance and enhancement tasks, it gives the partner firm time and scope to learn the product better, thereby able to engage better with time.

4. Choose your partner using a pilot project evaluation rather than from an RFP process: as the saying goes, anybody can write a good RFP response, but that does not mean that you will be able to choose the right partner from the responses. Take a closer look and you will find that most responses simply copy out your RFP just so they fill in the check boxes for our selection. A pilot project will involve effort, but pays off in the long run when you decide to choose a partner.

5. Hire for the job: If the outsourced work does not involve mainstream development, do not insist the partner provide the best and the brightest of their talent pool. The top class talent may not like the non-development work and will create attrition problems very soon. As the nature of the engagement evolves, the right partner can always bring in the right talent.

6. Delegate the project management: At least the people management should be in control of the outsourcer. They are on the ground there. The engineering leadership in the U.S. may tend to insist on full control on the project, which involves hiring, firing and day-today management—all of which will become distasteful issues with time. In many successful engagements we have seen than the involvement in these tasks is significantly higher at the beginning of the engagement, but the US company’s detailed involvement successively tapers down as the US based management develops more and more confidence in their offshore counterparts. It is important that this gradual transfer of control should be planned at the outset.

7. Focus on the team’s ability to deliver rather than choosing a group of technology savvy individuals, who do not operate as a team: the right partner firm will know best about putting the right team for you—choosing talent, experience, team effort and so on. Allow them the benefit of choice, and you will have a team that is far more responsive to your needs.

8. Ensure that the U.S. team begins following some engineering processes. Most start-ups scratch up a requirement document on the whiteboard, and the U.S. team, where the team members work in adjoining cubicles, will work very easily off such a rough transcript. Getting productivity out of a remote team working in a totally opposite time zone is much more complex than “over the wall” management. If you do not have a process, invite the partner firm to set up one for you. It will ease your managing the engagement vastly in the course of time. Again, one should never advocate a full blown SEI-CMM or ISO level processes for a startup. However, the discipline of creating specification-architecture design documents and critically reviewing the plans, documents and code created by the offshore team, both in a timely manner, is minimally necessary to ensure higher success.

9. Insist on weekly project meetings and monthly business review meetings in addition to the ad-hoc daily communications. Weekly meetings can bring milestones, schedules, issues, changes, and goals at a tactical level in front of the project teams, while the monthly meetings can focus on larger issues like company goals, directions, and plans. These help glue the offshore and onsite teams in a more powerful manner—especially if you can enable a video conference and meet up virtually.

10. Incorporate a certain resource slack in the overall project budget. The US startups are forced to work with almost no resource slack because of the resource costs. However, in case of offshore teams, the chances of encountering some unforeseen situations, either people-wise or infrastructure-wise, are much higher, which could impact  productivity and schedules. Since the offshore resources typically cost substantially less than the US resources, keeping a little resource slack is a very prudent way of doing things.

We hope this paper has given you a helpful list of rules in managing your next offshore project.

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Electronic Manufacturing Services

Today, most of us employ a few electronic objects for several different functions. This large need for the various models of electronic products includes led to quick growing of the electronics industry worldwide; specially the buyer electronics segment. Today, many area and also international institutions make numerous present day devices which include mobile phone devices, pcs, calculators, laptop computers, clocks, and so on.; which have been in a single way or various other connected to this electronics industry.

Sooner large range manufacturing with electronic products worldwide was accomplished in-house. However, because of disadvantages regarding procurement with natural stuff, human resources and also expertise; made the need for outsourced manufacturing comforts within the electronics industry; known as seeing that electronic manufacturing services (EMS). This different strategy looks at firms this style and design, put together, make, check and also restoration electronic components and also assemblies for authentic equipment manufacturers (OEMs); who need definitely not create and also share large supply, and can swiftly and also proficiently interact to different specifications.

Printed Circuit Board

Recently EMS agencies generally centered with printed circuit board (PCB) creation and also program assemblage was accomplished through the OEMs. However, at the moment the actions include delivering, creating, assembling and also assessment with numerous products which include instrumentation, health, industrial and also client electronics and also burdensome, supply and also client program for you to international consumers.

However, in the long run this OEMs maintain this possession of the product or service models and also brands. Not long ago, these EMS companies have likewise started presenting style and design services that includes mechanised, electrical and also computer software style and design; applied within the initial phases prior to creation. Many people possibly give well-designed, in-circuit, laboratory assessment and also analytical services which include enviromentally friendly and also agency compliance.

Electronic Contract Manufacturing

Electronic manufacturing program can be often known as electronic contract manufacturing (ECM). Today, many institutions operating out of numerous nations around the world around the globe are engaged throughout presenting a number of specific electronic manufacturing services; just like specialty area throughout quick prototyping or product or service assessment. Even more, these ECM firms could also fluctuate regarding manufacturing functionality; using supply for modest, low to medium, or large range creation. Having said that, many people maintain numerous level of quality command specifications depending on this norms, non-reflex requirements and also typical legislation followed within the electronics industry globally.

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We are the Italian professional manufacturer which has 25 years experience collect industry with design, rapid prototype, precision process, mould making(plastic mould, die-casting mould), plastic injection\zinc, aluminum casting in China. Our company own many CNC milling machine of import Mitsubishi which can process 2 meters mold, Injection machine capability achieve 1600 TON, we have wire cutting that can process 1.5 meters large parts, CNC spark working machines and high-speed CNC, aided design and inspection equipment.

Rapid prototyping is a procedure of software development in which physical objects are robotically built by means of SFF or solid freeform fabrication. In the process of rapid prototyping, a prototype or functioning model can be built rapidly, and tested for its functionality, performance and output. The latest features or ideas can be illustrated well in the prototype and early user feedback can be gathered with regards to the product. There are various advantages of rapid prototyping.

Benefits of Rapid Prototyping: Significant advantages of rapid prototyping include reduction of project cost and risk. Generally, one or more prototypes are developed in the process of software development in a series of incremental and iterative steps. Every prototype that is manufactured is based on the previous designs’ performance and it is a corrective process through which the past design defects or problems are corrected. The product is readied for production when the prototype is refined as per requirements and meets all the design goals like manufacturability, robustness and functionality.

Our Rapid Prototypes fields cover automobiles, electronics, bath equipment, toys, kitchenware, telecommunication equipment and living goods. After 19years of development, we have built cooperative relationships with many foreign invested enterprises and well-known domestic corporations through our specialized workmanship and the best after-sales services.

In the Plastic/Zinc, Aluminum casting product, we have developed hundreds of custom products for clients of America, Britain, Germany, France, Italy etc. Include: spoon, draw knife, potato clamp, apple cutter brush, car met, light frame, toilet seat cover, shower, electric wheel, telephone cover, medical anti-static operating vehicle, shoe rack, water pipe, refrigerator button, pizza case, wagon wheel, etc.

OEM

OEM stands for Original Equipment Manufacturer, but this can also called as Factory Original when it comes to Automobile parts, Bicycle parts, & even Technology Parts. This OEM creates reference to the company / organization that initially manufactured the commodities that consumers are buying. We offer prototype until product manufacturing services as long as you offer designing sketches to us.

ODM

The OEM_ODM manufacturer wants to complete definite criteria prior to you obtain your powder packaging machine and vertical packaging machine from us that suit your equipped requirements. On these conditions, the most important one is that the manufacturer needs to complete is a obligation on the supply of spares and technical support for a reasonable period after the installation of the machine in your manufacturing facility. If you only have ideas, we can offer the design of appearance and the

structure and make molds for you. After having got your final confirmation,

we will start product manufacture.

Please be assured, customer’s drawings are kept confidential, we can sign confidentiality agreement before you offer designing sketches to us.

Our core values everything starts with customer’s benefit.

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Whether you are manufacturing small electronic appliances, automobiles, consumer goods or large-scale parts, you already know just how important inspection and quality control are towards the continued success of your organization.

3D laser scanning is not only used for inspection purposes. The ability to scan an object or surroundings and produce digital 3D models with the collected information is proving very helpful across diverse fields. Other areas in which 3D laser imaging is creating a great impact consist of reverse engineering, the film business, anthropology and industrial design.

The accuracy of 3D laser scanning to that of top CMMs, is typically less. In general non-contact methods are slightly less accurate and repeatable, but provide greater resolution and higher speed. The ability to handle the point cloud of data produced by these approaches has also grown to be much more rigorous overtime with the advances in computing processing hardware. The capability to do full part inspection using point cloud information is now considered a necessary tool within the metrology world. A robust software package ought to handle the inspection job flow from scanning to COP manipulation and CAD analysis. For reverse engineering apps it is required to gather large point cloud information and also to organize the data for the export to reverse engineering packages.

In the industrial manufacturing space, the primary application is dimensional quality control and reverse engineering. IE in the automotive and aerospace manufacturing sectors inspection for sheet metal parts, turbine blades and automotive parts are integrated into the process. In the food industry, 3D laser scanning is being utilized for volume measurement, 360 scanning of baked goods. You may wish to use 3D laser imaging to ensure the integrity of specific components involved with manufacturing. Alternatively, you might be much more worried with verifying the final products conform to one another because of the component configuration and industry compliance requirements. 3D laser imaging greatly minimizes inspection time, thereby expediting complete manufacturing time, and almost eliminates the chance for human error.

3D laser imaging minimizes the possibility of product liability suits. By thoroughly inspecting all elements of assembly with 3D laser imaging technology (and eliminating the variability of human error), you will be delivering a quality and much more stringently manufactured product. You will also have the ability to use the 3D laser imaging information collected to document for SPC, compliance and traceability.

By employing 3D laser imaging for inspection and control, your company could be improving manufacturing yield, while demonstrating a commitment to a finished product of uncompromised quality. The 3D industry continues to evolve and broaden. Potential buyers need to define the objectives and goal of inspection and work backwards towards the technology, either tactile or non contact. Be realistic about your measurement needs; match your product for the measurement technology. With the technologies growing to be increasingly well-liked and accessible, finding the right 3D laser imaging match for your requirements ought to be a relatively simple procedure.

Electronics Technology, the most powerful tool known to modern man, continues to evolve. Higher speed. Tighter integration. Enhanced functionality. Lower power consumption. Greater reliability. Increased testing requirements. Today’s electronics product designer faces an array of product choices from vendors such as Altera, AMD, Intel, Cypress, Lattice, Motorola, Microchip, National Semiconductor, ST Microelectronics, Xilinx and many others. Shrinking product development cycles coupled with demanding product requirements can overwhelm a design team.

Solutions from Orchid Technologies

At Orchid Technologies we specialize in custom electronic product design. Years of successful electronic product development for a diverse group of nationwide OEM clients has made the engineers at Orchid an expert team. Expert at making performance-driven, cost-effective, manufacturable technology choices. Our experience and expertise are available to assist you.

Three Phased Product Development

Orchid Technologies’ three phased electronic product development approach is the key to your success. We start with Phase Zero—discovery and planning:

Phase Zero: Orchid reviews your product design requirements in detail. Working with your requirements and concerns, we create a Phase One Development Plan which includes: Top-Level Specification, Non-Recurring Engineering (NRE) Cost Model, Prototype Cost Model, and Development Schedule all at the Phase One level.

Phase One: Orchid executes the Phase One Development Plan. During this phase, Orchid performs detailed design, fabrication, assembly, checkout and debug tasks. The purpose of the Phase One period is to produce and deliver a number of prototype units as defined in the Phase One Development Plan.

Phase Two: Orchid and the client test and rework the Phase One design, readying it for volume production. Practical experience shows that product changes are inevitable. The Phase Two period addresses those final changes which result from product redefinition, checkout, debug, testing, and production/process related activities.

Electronic Product Development Success

Competent answers to challenging design questions is Orchid’s foundation. We build upon our know-how and design experience to put your product on the road to success. Let us design a well-engineered electronic product solution for you too. View Orchid Technologies designs at www.orchid-tech.com

Contact Paul Nickelsberg at Orchid Technologies Engineering and Consulting, Inc., at paul@orchid-tech.com or call 978-461-2000 X111.

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