Tag Archives: Electromechanical Product development

Rapid Prototyping – A Boon for Innovators, Product Designers & Industrial Engineers

Rapid Prototyping
Rapid Prototyping – A Boon for Innovators, Product Designers & Industrial Engineers 5.00/5 (100.00%) 1 vote

Product prototype development is one of the most crucial steps in the life-cycle of new product development. As the need to build product prototypes faster increased, better techniques were developed, which eventually lead to the inception of rapid prototyping.

Developed by 3D Systems, a company providing comprehensive 3D products and services, rapid prototyping today has revolutionized the product design and development industry, allowing innovators, product designers, industrial engineers, and product manufacturers to rethink their product development approach.

Rapid Prototyping – What is it?

Rapid prototyping is a bundle of techniques, which help in crafting various materials, including plastics and metals, into models that represent the product concept. Rapid prototyping gives innovators, product designers, and industrial engineers the ability to hold, feel, and test as many product prototypes as they need in order to make the final product fully functional and safe to use. Rapid prototyping has ousted the need for conventional casting, molding, or machining in the manufacturing process.

Rapid prototyping is a common term for the process that quickly fabricates a conceived object or product with the help of three-dimensional (3D), computer-aided design (CAD) data. The 3D CAD data is uploaded to a special machine or printer that swiftly constructs the required component. The popular term, “3D Printing” is a prevalent example of the rapid prototyping technique.

Today, the rapid prototyping practice has been widely embraced by product development companies that design and develop electromechanical products, mechanical products, electrical and electronic products, medical device products, sports products, and other complex products.

Advantages of Rapid Prototyping

Due to its ability to construct an object or product quickly with the help of computer data, rapid prototyping is a resourceful tool to build product prototypes in a faster and more efficient way. Innovators rely on product prototypes to prove that their concept really works. By being able to develop their conceived item swiftly, innovators are able to share the concept efficiently with potential stakeholders and manufacturers in a real, tangible form. This is an essential step, also known as “Proof of Concept,” and it is quickly becoming an important standard in the new product development process.

Product prototypes also play a very vital role in detecting any design defects prior to the product manufacturing process. In order to eliminate design defects completely, numerous product prototypes are needed, and rapid prototyping is just able to do that, in a swift and efficient manner. After rapid prototyping an item, defects are detected, which are then corrected, and again a new prototype is created. The process is perpetual until all the design defects are eliminated. Product development companies that employ rapid prototyping techniques are eventually saving their clients substantial sums in product development by repeatedly and swiftly delivering a number of product prototypes, which are worked upon to make the final product better.

Although not a core part of the product development process today, rapid prototyping has begun to help shape and reshape the approach towards new product manufacturing. The revolutionary techniques are making things easier for product prototype development. Product designers, industrial engineers, product development companies, and product manufacturers who have embraced these contemporary techniques are already helping their clients (the innovators) in a much better way.

Need help with rapid prototyping? Perhaps with product design or product development or product manufacturing? Contact GID Development Corporation today.

We are a leading product development company in California, US, and we provide fast, efficient, and economical product design, rapid prototyping, product manufacturing, and other product fulfillment services.

At GID Development Corporation, our product designers, industrial engineers, and other personnel have vast experience and knowledge in bringing product concepts to life. No matter how complex a conceived product is, we will bring it to reality. Whether it is developing an electromechanical product, electrical product, electronic product, mechanical product, medical device product, or any other novel product, we will “GET IT DONE!”

To learn more about us, the leading product development company in the US, visit http://www.gidcompany.com/.

A free 15-minute telephonic consultation is available. Just call Jim Grimes at 714-323-1052 between 8:00 AM to 5:00 PM PST.

Types of Engineers Who Can Help Develop Electromechanical Products

Electromechanical Product Development
Types of Engineers Who Can Help Develop Electromechanical Products 5.00/5 (100.00%) 1 vote

It is a fact that developing an electromechanical product can be a highly-intellectual, time-consuming, and expensive task. Even if the time and money are not the barriers, the technical know-how and skill is something that, you as an inventor may not have to create your idea. For that reason, if you want to develop an amazing electromechanical product, you need to partner with professional engineers who specialize in multiple fields of engineering.

Because it is electromechanical product development, you will need to team with experts who have the knowledge in different fields of engineering. Approaching a reputable product development company that has engineers, specializing in different fields of engineering, may prove to be in your best interest after all.

In this blog, we will shed light on different types of engineers who can help you develop electromechanical products.

Product Design Engineers

Even if you have the product design for your electromechanical product, you may need to team up with skilled product design engineers. Product design engineers deal with creating viable product designs that are actually feasible and economical to manufacture.

Product design engineers also look after the aesthetic and ergonomic aspects of the conceived products. Usually, product design engineers utilize computer applications like CATIA V6, SOLIDWORKS, 3DVIA, etc. to create definitive product designs, but sometimes, they may rely on their manual drafting skills.

In order to ensure that the design of your conceived product is impeccable in every aspect, you need to partner with experienced product design engineers.

Electrical Engineers

An electromechanical product does have many electronic components, and for that reason, you need to team up with electrical engineers. The field of electrical engineering, however, is a very broad field, so you need to partner with the right electrical engineers.

For instance, if your electromechanical product consists a high-voltage system, you need to seek out for engineers, specializing in power engineering. If it consists, electronic circuits, you need to rely on engineers, specializing in electronic engineering. Likewise, there are electrical engineers specializing in control engineering, microelectronics engineering, instrumentation engineering, and so on.

Based on the nature of your electromechanical product, you may need to team up with engineers, specializing in the different fields of electrical engineering.

Mechanical Engineers

An electromechanical product will obviously have the moving mechanical parts. In order to design and develop the mechanical parts, you will need to rely on mechanical engineers. However, just like electrical engineering, mechanical engineering is a broad field.

Mechanical engineers may specialize in different disciplines of mechanical engineering, like mechanics, biomechanics, mechatronics and robotics, thermodynamics and thermos-science, structural analysis, technical drawing, CNC, etc.

As per the nature of your conceived product, you may need to partner with mechanical engineers, specializing in different disciplines of mechanical engineering.

Manufacturing Engineers

Manufacturing engineers deal with employing the appropriate manufacturing practices. Their main focus is to select the right raw material and turn that material into a new product in the most efficient, effective, and economical way.

Manufacturing engineering is also a pretty broad field, and the manufacturing engineers may specialize in the subfields, such as plastic product manufacturing, lean manufacturing, CNC (computer numerically controlled) manufacturing, and additive manufacturing (3D printing) to name a few.

Again, based on the nature of your conceived electromechanical product, you may need to select the right engineers who are better suited for the job.

Software Engineers

Sometimes, electromechanical products may require a software in order to perform various functions. To design and develop the software, you may need to rely on software engineers.

Software engineers may specialize in different disciplines, but when it comes to the development of products that rely on software to function, you will have to work with engineers who specialize in embedded software programming.

Embedded software applications control the machines and only those engineers who know embedded programming can develop such software applications. So, if your electromechanical product needs software to function, you will need to hire skilled software engineers.

Industrial Engineers

Industrial engineers monitor the entire process of electromechanical product development, right from product design and product prototype development phases to product manufacturing and product fulfillment phases.

Industrial engineers ensure to minimize the waste of time, money, energy, materials, labors, machine time, and other resources that do not generate any value.

Whether it is the development of electromechanical products, medical device products, products with embedded software, or any complex products, having an industrial engineer on board always proves to be very beneficial.

The above-mentioned engineers are just some of the common types of engineers who will help you develop electromechanical products. Searching for each type of engineers and teaming them with each other to work on your electromechanical product can be a very difficult task. Partnering with a reputable product development company instead, that has a collaborative team of engineers, can prove to be very beneficial. You will be able to realize your conceived electromechanical product while saving substantially on time, money, and effort.

Want to bring your complex product ideas to life? No matter how challenging and resource-demanding your product ideas are, GID Development Corporation will help you realize them. A leading product development company in the US, GID Development Corporation provides swift, agile, and economical product design, rapid product prototyping, and product development services. They have a vast experience in developing complex products, like electromechanical products, medical device products, mechanical products, products with embedded software, and so on. Utilizing the state-of-the-art technologies, like the 3DEXPERIENCE Platform from Dassault Systèmes, experienced engineers at GID Development Corporation ensure to bring your product ideas to life.

Want to know more about, the leading product development company in the US, GID Development Corporation? Just visit http://www.gidcompany.com/.

Have any queries regarding electromechanical product development? Just call Jim Grimes at 714-323-1052 between 8:00 AM to 5:00 PM PST, for a 15-minute FREE telephonic conference. He will answer to various product development questions relating to electromechanical products or any other complex products.

The Costs Involved in Taking a New Product to the Market

New Product Development Cost
The Costs Involved in Taking a New Product to the Market 5.00/5 (100.00%) 1 vote

When it comes to realizing a new product idea into the physical form, many entrepreneur inventors underestimate various costs that are involved. These inventors underrate not only the product development costs but most of the other vital costs as well.

Underestimating the costs is especially true for medical device products. Inventors should never make the mistake of misjudging various costs, as it can hinder their success. Rather, they should learn and know all the different types of costs involved in bringing a new medical device product into the market.

Remember, the total cost to take a new product from just a mere concept to a mass-manufactured product widely varies. If it is a complex product, the total costs may reach to a hefty figure. Anyway, let us look at some of the most common costs that are involved when it comes to realizing a new medical device product into a physical form and taking it to the market.

Product Design Costs

The conceived product idea needs to be elaborated, and product design helps in this regard. Rough, hand-drawn sketches are carefully drawn into proper drawings by the professionals. These drawings are then elucidated even more using computer applications, like CATIA, SOLIDWORKS, etc.

While creating the drawings or 3D models using a computer application, many changes are also made and tested in order to achieve a definitive and feasible product design. Making professional drawings and computer-generated 3D models requires experience and skills, and it costs a reasonable amount of money. The computer application itself, by the way, will cost a substantial amount of money.

Product Prototyping Costs

Every new product idea needs a prototype. Based on the definitive product design, a product prototype can be made. A product prototype gives the clear understanding of how the conceived product will physically look, feel and function. At the same time, a product prototype helps test the conceived product, eliminate any defects, and enhance certain functions.

Product prototype development is a complex task as it involves creating near perfect examples of the final product. It is arduous and intellectually challenging job. It will cost a substantial amount to develop definitive product prototypes.

Product Development Costs

Based on the product prototype, the final product is developed. Since it is a medical device product, the product development costs can be broken down into (normally) three groups: the mechanical, the electronic, and the plastic.

While the mechanical and electronic do all the magic, the plastic is responsible for holding the product together. Sometimes, instead of plastic, other materials may be used, but plastic is the most common, versatile, and economical material of choice.

Normally, the mechanical and electronic will be the most difficult and expensive to develop, and they will share a big proportion of the product development costs. The plastic parts or components will, comparatively, cost less to develop.

Copyright, Licensing & Certification Costs

While the normal copyright and licensing costs may not be exorbitant, the fees that inventors have to pay, if they hire professionals, are something worth considering.

For novice inventors, the process of acquiring the copyright and other licenses may seem overwhelming. At the same time, in order to protect the invention, acquiring the copyright and licenses is essential. For that reason, inventors may need to hire professionals who would help obtain the necessary copyright and licenses. These professionals will charge fees that are worth considering.

For medical device products, inventors need to obtain certain certifications from the US Food and Drug Administration (FDA). Acquiring these certifications will also cost some money.

Production Setup Costs

Inventors need to set up production facilities in order to mass manufacture the conceived product. Establishing a production facility is no easy feat, and it requires a considerable amount of capital.

Since it is a medical device product, hybrid production facility, which can mass manufacture and assemble mechanical, electronic, and plastic components, needs to be set up. Further, because it is a medical device product, the facility also needs to have a sterile environment. Forming such a facility will cost a massive amount of money.

The inventors, of course, have the option to partner with existing manufacturers, but that will also cost – not as much as establishing own facility, but a significant, nevertheless.

Well, these are just some of the common costs involved in materializing a new medical device product into a physical form and taking it to the market. Other costs such as branding, packaging, logistics, marketing, and so on are also involved.

If you are an inventor and need help in realizing a new medical device product and taking it to the market, then GID Development Corporation can help. A product development company in California, GID Development Corporation specializes in new product design, product prototyping, product development, plastic product manufacturing, and other product fulfillment services.

Whether it is medical device product development, electromechanical product development, sports product development, generic or special-purpose product development, GID Development Corporation will surely “GET IT DONE!”

Want to learn more about the professional product development company in California, GID Development Company? Just visit http://www.gidcompany.com/.

A FREE 15-minute telephonic consultation is available! Just call Jim Grimes at 714-323-1052 between 8:00 AM to 5:00 PM PST.

Products with Imbedded Software – What are They?

Products with Imbedded Software – What are They?
Products with Imbedded Software – What are They? 5.00/5 (100.00%) 2 votes

Products with imbedded software are those that are controlled or operated by a computer software. Though not entirely, at least some or most functions of the product are controlled by a computer software. Some of the most common examples of products with imbedded software are cars, robots, toys, consumer electronics, household appliances, medical devices, industrial machines, and military equipment. While these were just a handful of examples, products with imbedded software could include numerous other things.

Development of products with imbedded software can fall under the field of electromechanical product development. After all, products with imbedded software do contain electrical and mechanical components. Speaking of electromechanical product development, it is nothing but the design and development of products containing mechanical and electrical components or parts. Along with electrical and mechanical components, products with imbedded software, as the name suggests, contain computing element or elements. Computing elements here, i.e. the imbedded software, or you can also call it firmware, predominantly control some or most aspects of a product. For instance, an MRI machine (magnetic resonance imaging, a medical device product with imbedded software or firmware) scans the body only when the instructions are set and given. These instructions are carried out through an imbedded software. The MRI machine will only operate when the instructions are inserted and computed within the imbedded software. Without passing through an imbedded software, this MRI machine will not perform anything and prove entirely useless.

These days, most new products have imbedded software. The design and development of new products with imbedded software, however, is very challenging. Along with mechanical engineering and electrical engineering, the development of products with imbedded software requires additional skills of computer programming. While programming a software that runs on computers or the web may be simple, programming software that can communicate and control something physical is tough. It requires chip-level programming skills and deep understanding in how the software can link and work in harmony with a hardware or physical component. Fortunately, there are some product design and product development companies that have all the skills and resources that help realize or materialize new products with imbedded software.

Along with product designers, product engineers, and innovators who deal with the new product design, electrical engineering, mechanical engineering, and general engineering, these product design and product development companies have expert software engineers on board who have in-depth skills in software programming and the ability to develop firmware that can perform computation and communication with a physical product. Not only generic products with imbedded software, but utilizing their collaborative skills, these product design and development companies can create medical device products with imbedded software, aviation equipment with imbedded software, consumer products with electronics and imbedded software, industrial machines with imbedded software, and pretty much any unique products requiring imbedded software to function.

If you are an innovator or have an idea for new products with imbedded software, products with electronics, medical device products, electromechanical products, or any other types of products that you would like to realize and take them to market, the GID Development Corporation can help.

Spearheaded by veterans having over 40+ years of industry experience, the GID Development Corporation is a new product design and new product development company based in California, USA. With an excellent in-house team, they have the capabilities to complete new product design, new product prototype development, final product development, production setup, product manufacturing, marketing, and many other product fulfillment services. Utilizing the cutting-edge technologies, like Dassault Systèmes’ 3DEXPERIENCE platform that includes CATIA V6, 3DVIA, SOLIDWORKS, ENOVIA, 3DEXCITE, and more, GID Development Corporation radically reduces the product fulfillment time and cost, allowing them to achieve their customers’ vision swiftly, in an economical manner. They also use the latest programming languages, like Java, C#, ASP, Ruby, etc. in order to develop suitable firmware for products with imbedded software.

Whether the requirement is for designing, prototyping and development of new products with imbedded software, products with electronics, electromechanical products, medical device products, or any other kinds of unique products, the GID Development Corporation will “Get It Done.”

Learn more about the GID Development Corporation, their product design and engineering procedures, the latest technologies they utilize, and how they help bring a revolutionary product idea to life, by visiting http://www.gidcompany.com/.

You can also Call Jim Grimes at 714-323-1052 between 8:00 AM to 5:00 PM PST for a free consultation.

Electromechanical Products – They Don’t Appear Out of The Blue!

Electromechanical Products
Electromechanical Products – They Don’t Appear Out of The Blue! 5.00/5 (100.00%) 2 votes

While new product development is the systematic process of designing, developing, and taking the new product to the market on behalf of innovators, electromechanical product development is the same process.

Electromechanical products are those, as the name signifies, that comprise both electrical and mechanical components. While the overall concept of electromechanical product development remains the same as normal product development, realizing or developing electromechanical products requires additional electrical and mechanical engineering. Although the addition of electrical engineering and mechanical engineering processes or procedures to product development may sound simple, it is not so.

Electrical engineering is a broad engineering genre, which pertains to the study and application of not only the electronics and electricity but electromagnetism, as well. While these are unfathomable subjects to a normal person, the end products of electrical engineering are all the things that run on some form of electricity, which we normally see around us daily. Ranging from light bulbs to power grids to computers to smartphones to automobiles to spacecraft, everything that requires some sort of electricity to operate is a result of electrical engineering.

Mechanical engineering is even a broader field of engineering than electrical engineering. It involves the study and application of mechanics, thermodynamics, kinematics, electricity, structural analysis and material science to name a few. Again, these are

difficult-to-understand concepts, but the end products of mechanical engineering are machines and devices that we see around us every day. Wristwatches, toasters, shower faucets, door locks, elevators, automobiles, aircrafts, are all some of the finest examples of machines and devices that resulted from mechanical engineering.

These days, more and more people demand new and revolutionary electromechanical products – products that could change their lives, make their everyday tasks easier. Innovators do have the potential to come up with breakthrough electromechanical product ideas, but realizing or materializing these ideas into real products on their own is something quite impossible to achieve. Fortunately, there are certain product design and product development companies that help these innovators fulfill their dreams.

New product design and product development companies, which are capable of developing new electromechanical products have extensive skill sets that innovators need. These product design and product development companies have the product designers, product engineers as well as industry leaders (think-tanks) who can utilize these engineering principles and work along with tools like CAD (computer-aided design) programs and PLM (product lifecycle management) solutions to generate designs, create prototypes, and eventually final electromechanical products. Not only electromechanical products, but using their skill sets, these product design and product development companies can create medical device products, products with electronics, products with imbedded software, and pretty much most of the unique products.

If you happen to be an innovator or have an idea for electromechanical products, medical device products, products with imbedded software, products with electronics or any other kinds of products that you would like to materialize and take them to market, the GID Development Corporation can help.

Led by industry veterans having over 40+ years of experience, the GID Development Corporation is a product design and produce development company based in California, USA. They have the in-house capabilities to complete new product design, product development, product prototype development, production setup, product manufacturing, branding, packaging and other product fulfillment services. Utilizing the latest technologies, like Dassault Systèmes’ 3DEXPERIENCE platform that includes CATIA V6, ENOVIA, 3DVIA, SOLIDWORKS, 3DEXCITE, and more, GID Development Corporation significantly reduces the product fulfillment time and cost, i.e. product design time and cost, product prototype development time and cost, etc., allowing them to accomplish their customers’ vision quickly, at reduced costs.

Whether it is the designing, prototyping and development of revolutionary electromechanical products, medical device products, products with electronics, products with imbedded software, or any other types of products, GID Development Corporation will “Get It Done.”

Learn more about GID Development Corporation, their engineering procedures, the technologies they use, and how they can help bring a product idea to life, by visiting their website http://www.gidcompany.com/.

You can also Call Jim at 714-323-1052 between 8:00 AM to 5:00 PM PST for a free consultation.