Precaution and &Safety Measures for Rental Outdoor LED Screens

Every outdoor LED Screens client needs an interference-free service. But if such a want is going to materialize, several precautions and safety measures must be followed. It is essential that you take caution on the wind strength, lightening, rainwater, temperature dissipation, and load magnitude for an interference-free event. As you go for rental LED screen services, you must be ready to follow the safety precaution below.

  1. Install lightning Arresters Together with Outdoor LED Screens

Outdoor LED display is meant to be used on open ground. Meaning, when there is rain, dust, lightning, sunlight or storms, your LED screens setting will remain strong enough to serve their purpose. But, if they are going to survive natural happenings like lightning, then your help in arresting the lightning is a must. Strong magnetic and lightning attacks are enough to cause short-circuiting on your LED screens.

However, it is possible to avoid such catastrophic happening by installing lightning arresters above the supporting structure of your outdoor LED Screens. That is why your support structure should be well grounded with a resistance of 3 ohms to enable efficient current discharge.

outdoor LED Screens parts

 

  1. Be Keen On Waterproof Measures on Outdoor LED Screens

Remember, this HD LED display is powered by electricity. Thus, at all cost, the LED display you’re going to rent must be waterproof. You better check them during the hiring process and ensure they are fully waterproof. If not so, and it happens to rain heavily during your event D-Day, the screen might short circuit. Not only will the short-circuiting because screen damages, fire or any other equipment damage, but your event will get ruined.

  1. Temperature Cooling Precaution within and outside Outdoor LED Screens

When outdoor led TV screens are working, the temperatures of the environment around do change greatly. Such is because a lot of heat is produced. But, when the temperatures get too high, and the dissipation of heat is not good enough, your LED integrated circuit might not work effectively. Sometimes, if the heat is so intense, the circuit might burn down.

That is why cooling ventilation needs to get installed to inside the screen to maintain the temperatures at -10 -40 degrees Celsius. Above the LED screens, some axial fans can get installed to help in heat discharging as well.

  1. Select The right Circuit Chip

However, for uninterrupted rental led screen display, industrial-grade circuit chips can be used. These integrated circuit chips are loved because they can operate without interruption even if the temperature levels are extreme. For example, the chips can just work fine between -40-80 degrees Celsius.

outdoor LED Screens manufacturing

  1. Regularly Check the Outdoor LED Screens Support Structure

If you’re outdoor even was to run for a few days or a week; and you will need the outdoor led display screen services all through, regular checking of the standing or hanging structure is a must. This regular checking will let you know if there is anything you need to tighten like nuts or anything. If the support structure is not strong enough, maybe it as loosened due to sound vibration or swinging caused by strong wind, storm or rain, ensure they are tightened to avoid accidents.

Conclusion

Strictness in precaution will determine whether your event will carry on with no interruption. Never assume safety and precaution measures; they will help avoid disappointment in the day of your event. Although the rental LED screen Service Company might tell you all is well, make sure you ascertain everything is okay by yourself. You can use the criteria above.

Buying Injection Mould Machine：5 Gate Design That You Should Focus On

When considering which type of injection mould machine to invest in from the product line at https://www.injectionmould.org/, you need to pay close attention to the gate design of the machine. Since such does affect machine performance, product shape, appearance, efficient and moldability, it has a direct effect on production levels. For this reason, you have to narrow down the specific type of gate you will invest in. Below are the five most common gate types you will find in an injection mould machine.

  1. Injection Mould Direct Sprue Gate

The sprue gate is the induction gate design that is common with a single mold cavity. The design of the sprue gate places it directly at the base of the molded product. Residual strain from the injection mould pressure applies directly to molded product. As it’s in direct contact with the molded product when the cavity is filled up, the gate closes off hence reducing injection molding defects.

injection mould 2

  1. Injection Mould Side Gate

The injection mould side gate is the most common gate in various types of the injection moulding machine. The design allows it to be used well in a multi-cavity mold. The side gate is molded in a semicircle or a rectangle for easy use. As the name suggests, it controls the liquid flow by being placed at the side of a molded product.

  1. Injection Mould Fan Gate

Structurally similar to the injection mould side gate, the fan gate is either shaped in a rectangular or semi-circle. However, unlike the side gate, this gate is larger and hence used for large-sized types of injection moulding machine products. The name is adopted from its fan-shaped design that allows easier management of the liquids.

  1. Injection Mould Pinpoint Gate

If you are manufacturing products that require no finishing, then the pinpoint gate is a great choice. This type measures a maximum diameter of 2mm. The gate seal is extremely fast and hence eliminates the residual strain that is associated with other types of gates. However, the pinpoint gate is suitable for induction machines with steady injection heating since it has a shortened flow distance. With this gate type, care should be taken to eliminate cases of flow marks being generated.

injection mould 3

  1. Injection Mould Submarine Gate

Finally, if you are planning to invest in an induction mould machine that has a fixed template, consider buying the submarine plate gate. Since manufacturing injection molding process steps includes a runner parting the line surface, rigidity is a feature the submarine gate provides. The liquid is forced through the template via the runner part and is automatically cut off when it’s filled.

Conclusion

As seen above, the type of gate that you choose has a direct effect on your output levels. For this reason, you need to pay special consideration on your specific needs as you search for the most suitable gate type. Overall, choosing the correct gate type eliminates the manufacturing of products with defects saving you from losses. Additionally, in selecting the right kind of injection mould gate, you enhance the quality and finishing of your products hence making more money.

The most popular toys: remote control toys

Having a new hobby that will occupy a lot of your free time ask for a lot of dedication and such might just be the remote control toys hobby because you can use the toys from wl-toys.com and make them into your unique RC toys. This hobby is not only popular with kids but also with adults who like to explore and discover electronics but who also like to learn about how to make personalized toys.

1.    What are the best remote control toys for toddlers?

Buying a birthday present for toddlers can be challenging but one thing is certain – if you go for remote control toys the kids will be happy and enthusiastic, but it is difficult to make a choice on whether to buy a remote control truck or one of those best remote control cars out there.

Moreover, Children usually like their remote control toys to be big, therefore getting a remote control truck might be a better option because they are more stable and usually more durable since children tend to drop them quite easily and cars are much more damage-sensitive.

remote control toys 2

2.    Remote control toys: are RC cars for children?

Then again, if you choose to buy a car, you can get one of those on road remote control cars that look quite fancy and children will love them because they can go quite fast. Compared to a remote control helicopter, which is more of a toy for adults, a remote control toy car is more durable and cool. What else can be interesting for kids is the fact that you can get kits online for cleaning and even painting the cars so they can have an impression of having a new toy after making their old one crystal clear again.

3.    What are the best remote control toys for adults?

Some might find it funny that adults get so much into remote control toys but it can actually be a very interesting hobby since you can learn a lot about electronic components and parts.

However, when choosing remote control cars for adults, you need to pay attention to whether you are buying a 2WD or 4WD as 2WD asks for less maintenance and it’s less difficult to drive but it can easily get stuck on some rough terrain which is not the best quality of remote control toys.  Then again, with a 4WD you can go on a dusty terrain and not be afraid of damaging your car easily as it can get cleaned just as fast and what’s more, with 4WD, you can turn much more easily as you can brake on all 4 wheels.

remote control toys 3

If money plays a huge role in choosing remote control cars, you can forget about finding cheap, fast remote control cars since they are all quite pricey even though the 2WD is on the cheaper side. However, if you are a new driver then go ahead with that one since it’s great to practice on.

When Is the Right Time to Solicit for contract manufacturing services?

Probable, you have realized there are 100s of contract manufacturing companies with https://www.innomanufacturing.com/ being one of them. But, there is this million dollar question that seems to confuse many people, “when is the right time to seek contract manufacturing services?” You might have realized, the big boys like Microsoft, GMC, Apple, Samsung, Google and many others do also hire contract manufacturers. If you seem not to understand why and when to go for CMs; below is the explanation you need.

Seek contract manufacturing services while starting up a business under a strict budget

There are few instances when investors or newbie investors start their business with the full needed budget set aside. At times, many opt to get their business going and see it grow to a self-sustaining company. If you are starting your manufacturing business under a tight budget, it would be wise if you get into a contract manufacturing agreement with an already established CM company. Working with a contract manufacturer will help cut down manufacturing cost and employees’ wages until your business cash flow gets healthy.

contract manufacturing services
contract manufacturing services

Use Contract Manufacturing Services When Unveiling a New Product Brand

When planning to venture into new product brand manufacturing, no investor is 100% sure that his or her product will make it in the competitive market. Honestly, the establishment of a new product brand is accompanied by trial and error attempt in efforts to make that product relevant to customers. If you are a veteran or a newbie in the manufacturing industry, but you’re not ready to invest your money and time in trial and error manufacturing, outsourced manufacturing companies are the way to go. All you will need to do is choosing an experienced and reputable company with the right machinery.

Contract Manufacturing Services are Essential Will undergoing financial Crisis

In business, not all days are good. Sometimes your company might be passing over the severe financial crisis. In such times, you better seek contract manufacturing services to help you cut down manufacturing cost and save manufacturing time for other services, e.g. advertisements. You can opt to seek the help of a contract manufacturer until when your company will get back on to its financial feet.

contract manufacturing services
contract manufacturing services

Contract Manufacturing Services Can Fast Track Your Product Quality Improvement

Regardless of your product types, there are several types of contract manufacturing companies out there. Remember, most of the big contract manufacturers have worked with several clients. With their immense experience under their belts, if you hire them, there is no way you will suffer, trying different formulas to improve your products. These companies already understand what is needed of them to produce a quality product. Hire them, and they will save you the trial and error time and money.

Use Contract Manufacturing Services when product Demand is Unpredictable

In business, you must accept there are times of high tides and low tides. Sometimes, your product will be on high demand and other times the demand will decrease. In connection to that, contract manufacturing can help you save compared to when you’re manufacturing the products by yourself. Thus, during low demand seasons, consider hiring contract manufacturing companies, and you will cut some manufacturing cost.

Conclusion

Although you have realized contract manufacturing Services can be of great help; not all companies are worth hiring. Take your time and study every company to know which one fits your needed manufacturing quality, the scale of production and one the one you can relate well with.

What is so special about 18650 batteries?

Lithium-ion batteries are more popular than you think. In fact, they are closer to us and greatly help us in our daily lives but most of us don’t know, this is because they are usually found in our devices and appliances rather than on the shelf of our favourite supermarket. Devices such as our smartphones, baby monitors, flashlights, and baby monitors make use of these batteries.

A typical example of Lithium-ion batteries is the 18650 battery. Commonly found and used in battery packs, an 18650 battery is a lithium-ion cell that is 18mm x 65mm in size although there could be some little variations. They are the holy grail of Lithium-ion batteries and are also preferred to be used in powering powerful devices such as laser pointers and laptops.

18650 batteries
18650 batteries

A typical 18650 battery’s performance capacity should be in the range of 1800mAH and 3500mAH while boasting an output of about 3.7volts. They are arguably the best Lithium-ion cells to be used for rechargeable and replaceable batteries.

However, with the increasing popularity of 18650 batteries, they have become quite rampant in the market. The 18650 batteries that were like gold and only available to device manufacturers can now be found in the hands or store of virtually anybody who sells electrical appliances. This has made getting quality ones really difficult so you might want to be extra careful when shopping for them.

What Appliances Make Use of Them?

As said earlier, 18650 batteries are used in virtually all appliances ranging from our phones and laptops to our baby monitors and fitness gadgets. More important and outstanding, however is the fact that they are also used in the powering up of battery packs. Below are some of the battery packs that make use of 18650 batteries.

18650 batteries
18650 batteries

  • 24v 7.8ah lithium ion battery pack for trolley golf

The TLH-7S3P-25278 24V 7.8Ah lithium ion battery pack is a top-notch battery pack specifically designed for the powering of trolley golf and electric surfboards, among others. What especially makes it stands out is the fact that it is very easy to carry around as the manufacturers were somehow able to squeeze all its functions and complexity in a device that weighs just 960g and measures 56 x 130 x 70mm. It uses a Samsung 2600mAh 18650 lithium-ion cell that recharges under standard charge current in 4-5 hours, with a charge life cycle of about 600. The batteries come with a two years (24 months) warranty.

18650 batteries
18650 batteries

  • 24V 15.6Ah e-bike battery pack for e-bike board

The TLH-EV010C E-bike battery pack is designed for use on the boards of E-bikes. It has a compact size of 390 x 80 x 80mm and can also be used for rescue vehicles and police patrol vehicles. It uses two 18650 2600mAh lithium-ion batteries to operate. The batteries could be any of Samsung, LG, or Chinese make. They come with a warranty of 2 years (24 months) and over 600 life cycle before their performance begins to drop.

Wayken Will Provide the Best Rapid Prototype Service

Established more than a decade ago, WayKen is the leading rapid prototype manufacturing company headquartered in ShenZhen, Guangdong province, China. As a privately owned company, we are renowned for providing services like plastic CNC prototyping, aluminum machining, rapid prototyping SLA & SLS, vacuum casting and rapid injection molding with good quality and 30% less cost than some US/European prices. The founder has more than 20 years of experience in the field of CNC machining. Our engineers and hand-crafted masters also have more than 10 years of experience in the field. Wayken normally provide the timeliest and cost-effective solutions and quotations. We are totally devoted to the satisfaction and success of every designer.

Thanks to our proficiency in rapid prototype manufacturing, the company has unrivalled capabilities to produce the finest visual design models, full-functional rapid prototypes and low volume production of custom parts, which allow you to proof your designs thoroughly and make sure your final product looks and performs exactly as intended. Our biggest asset is our customer base which has grown through word-of-mouth to include customers from around the world. Our clients include companies in the consumer, design, commercial, industrial, medical, automotive and aerospace industries. From independent inventor designer to large automotive, medical, household appliance to aerospace companies, WayKen rapid prototype manufacturing limited offers only low-cost, top quality production services and products delivered on time!

Today, WayKen employs approximately 51-200 employees. Our focus on Automotive Prototype as a complete service has allowed us to expand our knowledge and experience in this area. From proof of concept design reviews and mechanical component engineering test to Show Car projects, from exterior lighting prototypes to interior component prototypes, we are able to support at all levels.

WayKen has a team of CNC plastic machining and a team of CNC metal machining expert programmers and engineers to ensure parts are machined with the best possible product results. Our rapid prototype manufacturing meets the demands of today’s compressed design-to-market timelines. We pride in our professional technical sales team who provide us with sound advice on materials, processes and finishes.

At WayKen rapid prototype manufacturing limited, our mission is to explore infinity creations, dedicate to the satisfaction and success of every designer. In our pursuit to achieve that, we are guided by our core values which include serving customers while striving for excellence, entrepreneurship & innovation, honesty and integrity, thus resulting into undeniable pleasant work.

We are second to none as far as matters CNC machining, rapid prototype manufacturing and design engineering go. Undoubtedly, advanced rapid prototype manufacturing and CNC machining services cover a wide range of industry. Focusing on visual design models, full-functional engineering prototypes and low volume production of custom parts, we make sure your final prototype functions exactly as wished. We pride ourselves in rapid prototype manufacturing that meet the demands of today’s compressed design-to-market timelines and a professional technical sales team that provide sound advice on materials, processes and finishes.

Why You Should Choose Us? 

See, all our machined components are made to your specification, using a variety of machining techniques; CNC routing, diamond tip machine polishing, milling turning and laser profiling. By considering us, you’re guaranteed of benefiting from our goal which is to continue supplying affordable quality prototypes, which contain the functionality of production intent. We provide high-quality rapid prototypes quickly, accurately and at a competitive price. Whether it be our automotive prototype machine shop professionals, WayKen’s engineering staff, our sales staff or our shipping personnel, the people of WayKen earn the trust and confidence of all our customers one perfect part at a time. WayKen as one of the most competitive prototype manufacturers has its own prototype machine shop that includes CNC machine shop and other department. We’re not only a prototype shop but also one of the rapid prototype manufacturers that you can trust.

With the development of modern industry, more and more industries are paying more attention to Research & Development investment. In order to cater to the fast ever-changing market, it is necessary to boost and accelerate the stage of product development. In the design and development phase, more and more companies will use the model to verify whether their design is reasonable or need improvement. Regarding the model, the current CNC machining technology has been able to basically meet the needs of many products. Obviously, different companies have different selection criterion, however, here is why we are always the epitome whenever it comes to choosing a rapid prototype manufacturing and fair CNC machining company?

Quality:

Our prototypes include appearance and structure models, and they have different quality requirements. The appearance models cleverly focus on color, surface texture, glossiness and other details. WayKen’s structural models focus on the accuracy of the size and assembling functionality. According to varied model requirements, the quality influence factors will be different accordingly. The quality of appearance model is determined by the post-processing technology. When machining high dimensional accuracy model, it’s determined by the accuracy of machining cutter, the smaller the cutter radius, the higher the machining accuracy. Another factor is facility. Different facilities will produce different quality parts. In a nutshell, at WayKen you’re assured of quality product that’s designed with you at heart.

Listing Details

Our 20,000 square feet facility is evidently a state of the art facility that’s only one hour from Hong Kong. As such, we offer untold convenience and that you can’t find elsewhere in today’s ant-like world.

Experience and Technology:

Experience and technology play an important role in the field of rapid prototype manufacturing, automotive prototyping as well as CNC machining. Especially for some complex parts, how to process the ideal products can be described as benevolent. Thanks to our experienced workforce, we accurately determine the best solution for customers to meet their requirements, which has proved to greatly improve the efficiency of model making.

Service:

When it comes to this, our response is always speedy. We pride in timeliest delivery, packaging and logistics. These are undeniably the three major factors affecting the rapid prototype manufacturing industry efficiency. Whether your quote quickly and accurately, we always offer delivery in time, provide solid packaging solutions and fast logistics are all crucial decisions.

Price:

To us, there is never the lowest price but even lower price, honestly, in most cases, low price often means high risk. However, that depends on different equipment, labor, factory size, and other extra costs, the price of each of our product is different. All in all, a reasonable price is always based on quality.

Products:
WayKen’s range of products as alluded above. As the product range suggests, in the past few years the company has concentrated on developing and manufacturing products and systems which you’re assured of top-quality. Regarding share market, WayKen is the market leader in China. Today, our products are world-widely recognized by customers as reliable, durable goods with good price-quality ratio. The company is appreciated for its high service level and rapid prototypes supply. The recent changes in rapid prototype manufacturing laws have permanently changed consumer needs thus making us get more focused on development. Currently there are many development projects in progress, which focus is improving the efficiency as well as the extension of our products range. WayKen’s other operation territory is production and maintenance. Additional services include client induction on how our products work, security system, offices, storage and production facilities as well as staff canteens.

Awards and certificates:
All our products are ISO certified. During the years of our operations, we have been granted varied awards and honors for our excellent services and quality products. In the past few years the company’s reputation was enhanced by several awards in the following areas: new developed rapid prototype products, WayKen brand, ethical and sustainable business activity. Evidently, the streaming of these honors is not going to stop any time soon, thanks to our dedication to continued development and progress.

Plans:
WayKen’s products are present in many markets all over the world, especially in the Asian countries. Our strategic plans for the nearest future assume development of the rapid prototype manufacture business on the market, develop the products range, establish strategic alliances, and develop business process. We aim to develop the supplier parts business by attracting new partners, establishing strategic alliances, releasing production of a higher added-value and intensive growth.

Financial Results:
Considering our period of existence, it’s safe to say that our annual turnover is very much healthy. Our team of dedicated employees tells it all. Compared to our competitors, our financial muscle is far much stronger and we can just anticipate for more future growth. This is all thanks to our transparency, accountability and our aspect of always putting our clients’ needs first.

Bottom Line

If you need an automotive prototype that caters for all your needs, please feel free to contact us via the contacts provided herein. We have decades of experience manufacturing high-quality rapid prototypes that you won’t find elsewhere. We are a customer focused prototype shop and strive to meet all quoted lead times, deliver superior service and part quality and maintain a competitive edge through innovative service offering and our highly skilled workforce. At WayKen, we say what we do and do what we say, welcome!

Software Prototyping Techniques You Need to Know

Many manufacturers are embracing the software prototyping techniques. Hence, this has led to discovery of more prototyping techniques to fit various sectors of manufacturing. If your company has not yet embraced this new technology, consider using this technology.

Software prototyping is a new technique in prototyping. It has vast techniques such as:

  • Evolutionary prototyping
  • Incremental prototyping
  • Dynamic systems development technique.
  • Operational prototyping
  • Throwaway prototyping
  • Horizontal prototype
  • Vertical prototype

These different software prototyping techniques have different uses in the manufacturing sector.

 Seven Software Prototyping Techniques.

  1. Evolutionary Prototyping

Breadboard prototyping is another name of evolutionary prototyping. The evolutionary prototyping key objective is to create a strong prototype that has completely undergone refining. The main purpose of creating an evolutionary prototype is to play the key role when developing a new system. Therefore, when there is need for improvements for the system it becomes easy.

Evolutionary prototyping has given freedom to the developers of the system to add more features or create a new design of the system with ease. Although the evolutionary prototype is not the final but it can work similarly to the projected prototype.

This prototyping technique give the designers a chance to create a perfect system slowly without stress.

Pros of Evolutionary Prototyping

  • Evolutionary prototypes allow the user to have a good rapport with the system. This rises the ability to create a user-friendly system according to the desires of the user. Nevertheless, this technique is successful if the user and the producers are in constant communication.
  • This prototyping technique enables the user to get a similar system that works in the same way to his or her desired system. Therefore, this solves the problems of the user before getting the final system.

Cons of Evolutionary Prototyping

  • Creation of the evolutionary prototype may have management issues and special abilities that may be readily unavailable.
  • Maintaining a system is a challenge for most newly created systems. This is not different when it comes to evolutionary prototyping. Hence, this brings up unnecessary cost increment to have the system maintained.

  1. Incremental Prototyping

This is a software prototyping technique where you do model creation and testing as you add or reduce some features to the model awaiting it is completion. An incremental prototype brings together features from the waterfall design.

This software technique is applicable to DevOps, a software engineering culture that aims to bring together software development and operation.

Features of Incremental Prototype

  • The main requirements are the primarily considered.
  • Fractional systems creation comes first before constructing the absolute system.

Pros of Incremental Prototyping

  • Before delivering the system, you should thoroughly test the system. Hence, identifying and correcting the system malfunctions.
  • Debugging and testing of the system is at ease than other software prototyping techniques.
  • Delivery of the primary prototype is cheaper and faster.
  • The consumer can react to features and evaluate the product for any necessary modifications.

Cons of Incremental Prototyping

  • Subsequent expense can exceed developing cost.
  • The desired prototype may be uncreated hence problems may arise from the system structural design.

  1. Dynamic systems development technique

Used as one of the software prototyping techniques, dynamic systems development technique is a nimble development distribution structure. Its release was initially in 1994 to offer correction to rapid prototyping. Apart from it being applicable in the IT sector, it is also useful in non-It sectors.

A group of experts and vendors from software engineering invented dynamic systems development technique. The discovery of this technique was to help rapid prototyping evolve.

Dynamic Systems Development Technique Atern.

For a successful process, you need following certain principles to achieve the desired outcome. The following is the principles of dynamic system development atern:

  • Put emphasis on the business requirements.
  • Supply the products on time.
  • Produce high-quality products.
  • Communication should be constant.
  • Establish control.

With the development of this technique, you need having the following people if you are using dynamic system development technique. They include:

  • Specialist roles like the quality manager, system integrator, and business planner.
  • In charge of collecting and recording necessities, verdicts and contracts.
  • Technical coordinator.
  • Solution Developer.
  • Project Manager.
  • Team Leader.
  • Solution Tester.

Many companies due to its unique prototyping properties have embraced dynamic system development technique. Hence, if you have a prototyping company consider using this software prototyping technique.

Also, dynamic system development technique has four categories such as:

  • Capable/Procedural prototypes
  • Business prototypes
  • Functional prototypes
  • Performing and high capability prototypes.

Dynamic system development technique, lifecycles is as follows:

  • Ascertain the prototype.
  • Approve a strategy.
  • Generate the prototype.
  • Evaluate the prototype.

  1. Throwaway Prototyping

Also identified as close-ended or rapid prototyping. Throwaway prototyping is the formation of a model that will not form part of the final prototype/system. The use of this prototyping technique is to show the users on the ways the actual system will look like and work.

Throwaway prototyping accomplishment is by building part of the prototype to carry the necessary investigation of the system before creating the final system. This technique is good because you can create the prototype faster and get the desired outcome in a timely manner.

Currently, manufacturers are trying getting rid of the expenses they incur creating a new system or a prototype of a product. Hence, if you are looking for the best software prototyping technique I think you should consider using throwaway prototyping.

Stages of Throwaway Prototyping

For you to create a good throwaway prototype, you should follow these simple stages of throwaway prototyping.

  • Know the necessities and materials for use.
  • Plan
  • Application, prototyping, and authentication.
  • Prototype improvement and modifications.

Pros of Throwaway Prototyping

  • Throwaway prototyping is cheaper than other techniques
  • You can detect a problem with the prototype at an earlier stage.
  • The final throwaway prototype will be able to work efficiently.

Cons of Throwaway Prototyping

  • One can confuse the parts of the prototype while creating the final prototype.
  • Since this technique is fast, you will not have enough time to do a deeper analysis of the prototype hence the final product may have some defects.

If you are looking for the best software prototyping technique, you should use throwaway prototyping to create the best products for your consumers. I would like to vouch for this technique when you are creating a complex prototype.

Conclusion

The software techniques allow the developer and the user to be in touch hence be able to create a functional prototype to the desires of the user. Therefore, these prototyping techniques are of great essence to your prototype manufacturing company and you should consider using them.

Sketching & Paper Prototyping Technique

I know many are asking themselves what paper prototyping is. Paper prototyping is a procedure used to increase the user’s involvement of a website. This technique encompasses the creation of rough, handy sketches and illustrations of an interface used as a prototype of a plan. Paper prototyping is much easier and it can bring better ideas resulting in the best product design.

Paper Prototyping Technique

Paper prototyping invention was in the mid-1980s and became popular in the 1990s after companies such Microsoft, IBM, Honeywell, and others commenced using this method in their product development. Currently, usability professionals are widely using paper prototyping. Companies such as Pidoco are advocating for the use of digital paper prototyping due to its litheness and cost-effectiveness.

Paper prototyping application is simple. All you are required is a paper, marker pen, and several adhesive notes. Many about are worried of drawing but I know everyone is capable to draw, so let drawing not worry you.

Execution of Paper Prototyping Technique

Many of you think paper prototyping execution is difficult but let me a sure you that it is the simplest thing to do. Before executing you should have more than one person. This is the following procedures used in executing this technique:

  • You have to sit down in front of a graphical user interface paper and ensuring that they are interacting with it.
  • Then the end-user is given a particular task while the observers take summaries.
  • Possibly a camera may be used in recording as the procedure continues.

It is also important to note that during executing paper prototyping ideas need to create faster and assessed within a short period.  Also, the following are necessary during application:

  1. Usability Test

Paper prototyping technique can be used for a usability test with real people. This test requires the user to completely interact by performing a genuine task. This helps to determine the user’s issues early in the design process. Notably, there are three methods used in usability testing. They include;

  • Compositions
  • Wireframes
  • Storyboards

Compositions are visual representations, majorly of websites, that show several features of the interface including logos, fonts, and colors. A wireframe is used in demonstration of the interface’s page layout. Finally, storyboards are images used in the demonstration on how the interface works. These methods are important and can be used in making of paper prototypes.

  1. Design Testing Design Testing

Paper prototyping is more useful in web designing. A highly-fidelity design mockup of a page is printed and presented to a user. The user is asked to pinpoint the key steering, clickable elements and many other features in the design.

  1. Information Architecture

Paper prototype general application leads to information architecture of a software or a website testing. Users undertaking the test are asked if they can a certain the functionality or settings of either the website or software. More often this method it produces many correct answers which can be further improved on.

Information Architecture

Pros of Paper Prototyping

According to the ultimate guide to prototyping, paper prototyping has the following advantages:

  • Slight Learning Curve

Anyone is capable of sketching, this makes paper prototyping a great way to interact other departments such as participation of stakeholders, marketing, or expansion.

  • Cheap

All the tools used in paper prototyping are more affordable hence does not need much money.

  • Team Building

You should not underrate the importance of art and craft in the business surroundings. Sketching, cutting and pasting together can build a united team and raise morale.

  • Quick Repetition

During paper prototyping, an individual can sketch as many drawing as possible while throwing them without wastage of time.

  • Spontaneous Filing

Paper prototypes are touchable documents. Notes are written during documentation of the various sketches to act as reminders of what was being done.

Cons of Paper Prototyping

  • Incorrect Response

What should you possess for a good paper prototype? Ideal imagination is the key to a good product, but all this can be lost when prototyping. This can lead to feedbacks that do not reflect your desired prototype.

  • Additional Steps

Is paper prototyping essential? Today most users are prototyping using applications which are faster. They prefer these to paper prototyping because you only spend less time, hence many users see paper prototyping as time wasting.

Best Time for Paper Prototyping

Paper prototyping has received a lot of criticism from Google Ventures’ Jake Knapp. But Knapp later admits that paper prototyping is important in design.

Apart from its simplicity, automatic filling and speed make paper prototyping best suited for testing new designs than other forms of prototyping.

Best Time for Paper Prototyping

When is paper prototypes ultimate?  When presenting your designs on a board meeting paper prototyping is more applicable. Also when beginning a usability test. Btu as you move further in designing, paper prototyping becomes less operational. The exemption is when you are looking for a different experimental deviation in the advanced stages.

Best Paper Prototyping Resources

Here are the best resources and tools that can help you in paper prototyping.

  • Prototyping on Paper – prototyping on paper permits creators to add interactivity to current photos of drawings but particular for smartphone applications.
  • Sneakpeekit – Outlines downloadable in different devices.
  • UXPin – Our joint UX application permits you to upload photos of the paper prototype, improve fast interactions, and then a get response from remote team affiliates.
  • UI Stencil – An electronic store committed to paper prototyping properties, comprising stencils of common icons, pads, instruction books, and fixtures.
  • Paper prototyping written by Carol Snyder – This is one of the best books on paper prototyping.

Conclusion

If you are starting a project I think paper prototyping is the best tool to use. Paper prototyping helps much concerning user interface design. The use of paper prototyping is so fast and is cost-effective, even when leading tests. Before discovering paper prototyping we had incurred a lot of losses using other complex forms of prototyping.

This technique is beneficial regarding that it has no impact on the ultimate graphic design of the graphical user interface. Paper prototyping is actual rather than being fascinating and practical for day to day businesses.

 

Rough vs Polished Prototype: What is Your Best Option?

You have an idea for a new or improved product and you want to get an idea of how it will be received by the public. You’re ready to create a prototype, get feedback and move forward with your project. But, should you go with a rough prototype or a more polished prototype? The answer to this question depends on your plans for your product.

What is the Purpose of Your Prototype?

Is your product a component of another piece? Is what it looks like as important as what it does? If you are trying to prove that your product functions as it should, then a rough prototype will be the best option. A rough prototype can be reworked and redesigned if there are mechanical or design flaws1. Aesthetics, on the other hand, may be as important as function if the product will be purchased based on looks as well as function. In this case, a polished prototype may be the way to go.

What is the Purpose of Your Prototype

Who is Your Audience/Customer?

Are you talking to potential customers or end users? Or are you pitching your product to potential investors? Customers may be more interested in whether your product works as it should and less interested in what it will look like as a finished product, so a rough prototype is appropriate. For end users, knowing that you have a viable idea is more important than seeing a pretty object1. Potential investors may want both, seeing that a product works and what the final aesthetics will be. Investors want to know that their money is going to help create a workable product that will be popular with customers and end users, so a polished prototype would be the best option2. Customers want a product that works, and aesthetics can come later. Therefore, your audience will help determine whether to use a rough vs a polished prototype.

Who is Your Audience/Customer?

What Type of Feedback Are You Looking For?

Do you want to know if the product functions as you want it to? Are there design flaws or mechanical problems that need to be addressed before full production? If this type of feedback is what you’re looking for, a rough prototype is the place to start. With a rough prototype you can test function and design features before putting the product through full production. If there are issues with the rough prototype, you can start over and make changes to the design or function, saving time and money in future production delays and waste3.

Do you want to know if your product will be popular with the public? Does your product make potential customers say “Yeah, I want one of those!”? If this is the type of feedback you’re looking for, a polished prototype may be what you need. With a polished prototype you can find out if potential customers would want the product as is or whether the customer would prefer some changes be made. When a potential customer sees a functioning, aesthetically pleasing prototype, they will be more likely to provide feedback that lets you know if your product is desirable enough to purchase. Choosing a rough vs polished prototype is important in gaining the correct feedback for your product2.

What Type of Feedback Are You Looking For? Do you want to know if the product functions as you want it to? Are there design flaws or mechanical problems that need to be addressed before full production? If this type of feedback is what you’re looking for, a rough prototype is the place to start. With a rough prototype you can test function and design features before putting the product through full production. If there are issues with the rough prototype, you can start over and make changes to the design or function, saving time and money in future production delays and waste3. Do you want to know if your product will be popular with the public? Does your product make potential customers say “Yeah, I want one of those!”? If this is the type of feedback you’re looking for, a polished prototype may be what you need. With a polished prototype you can find out if potential customers would want the product as is or whether the customer would prefer some changes be made. When a potential customer sees a functioning, aesthetically pleasing prototype, they will be more likely to provide feedback that lets you know if your product is desirable enough to purchase. Choosing a rough vs polished prototype is important in gaining the correct feedback for your product2.

When using a rough prototype, you will most likely get more open feedback. A rough prototype also allows you to determine if the product is working as expected or if you need to make structural or design changes. Each type of prototype will garner different feedback depending on your audience. A polished prototype may confuse your audience into thinking the prototype is the finished product. Be sure to emphasize the difference between the two types of prototype with your audience to ensure you get the correct type of feedback3. Prototypes are very advantageous for production of a well-functioning product that will satisfy both investors and end users. Determining rough vs polished prototype is an important decision, so know what outcome you are looking for when making that decision.

 

Sources

  1. Clarity- https://clarity.fm/questions/247/answers/275
  2. Quora- https://www.quora.com/Is-a-rough-prototype-better-than-a-polished-prototype
  3. Wellesley- http://cs.wellesley.edu/~cs215/Lectures/L13-SpecsStoryboard/CS215-prototyping.pdf

5 Technologies to Prototype Your New Electronic Hardware Product

Do you have an idea for a new electronic hardware product and are wondering how to get started with producing it? The best way to get a product started is to create a prototype, sometimes more than one. There are various methods of creating a prototype. The first two technologies in this article work for the electronics part of your product and the other three technologies are methods for producing a prototype for the casing of your product.

Electronic Development Kits

One of the simplest ways to prototype your new electronic hardware product is to use electronic development kits (EDK). Electronic development kits are boards that you can use to create a program or application or to evaluate how your product will perform1. EDKs can range in price from under $50 to $150 or more, depending on the features of the kit’s board2.

Development kits can be used in many areas. Applications include automotive, imaging, communications, and audio. Other applications include wireless, RFID, and motor controls. On the lower price end, function may be limited. At the higher price range, however, features could include USB ports, video or ethernet connections and higher pin counts. Others on the pricier end, like the Adafruit Flora, can be used to add LEDs to clothing, such as shirts, hats, and jackets, or can be controlled by smartphone apps and Bluetooth2. With EDKs you can create your own proof-of-concept prototype to get an idea of how your product will perform and gather interest from potential investors.

Adafruit Flora Board
Adafruit Flora Board

Printed Circuit Boards (PCB)

Another way to prototype your new electronic hardware product is to use breadboards, perfboards, and/or printed circuit boards or PCBs. Breadboards can be used to quickly try out your electronic hardware idea and make sure it works. Perfboards are rigid sheets with holes to which you add components, such as resistors or integrated circuits, by soldering3.  PCBs take longer and require a bit more effort, but are more permanent and look better. You can use breadboards and perfboards to test your design and determine if any improvements are necessary. Depending on the design and function of your product, the more permanent PCB can be used as your final product in some cases4.

Breadboard, Perfboard, PCB
Breadboard, Perfboard, PCB

 

Stereolithography (SLA)

A third method of prototyping your new electronic hardware product is a type of 3D printing known as stereolithography. A stereolithography apparatus (SLA) is a machine that uses light to harden a liquid plastic into detailed, professional looking prototypes or products. The photopolymerization process produces strong, durable prototypes because of the chemical bonds created between the plastic layers5. SLA is a quick and relatively inexpensive method to create accurately shaped pieces, even when the pieces have an odd shape or intricate designs.

SLA machines are more expensive than the desktop type 3D printers and can cost in the thousands of dollars5. If you don’t have the budget to purchase an SLA you can hire one of several online companies to produce the prototype for you.

Stereolithography
Stereolithography

CNC Machining

A fourth approach to prototyping your product is CNC machining.  3D printing or SLA production are additive processes while CNC machining is a subtractive process. CNC machines start with a block of metal or plastic and then use tools controlled by a computer to precisely remove material to form the product6. Creating a prototype with this method can be done faster, cheaper and with more precision.

The advantages of CNC machining are a stronger product since the part is cut from a solid piece of material and the part can be created from metal or plastic. CNC prototypes can also be created from the same material used in the injection-molding process, allowing movement into high volume production without the need to produce another prototype6.

CNC Lathe-NASA
CNC Lathe-NASA

Injection Molding

A final method of prototyping your new electronic hardware product is injection molding. Injection molding consists of creating a mold of your product and injecting, at a high pressure, liquid plastic into the mold. The intricate detail of the part is created by the high pressure used to inject the plastic. Injection molding is the best method to produce a high quality, detailed, prototype that will be identical to the finished product7.

Starting with lower cost metal molds, like aluminum will save money on your prototype. Once your production volume rises, move to stronger steels to create your molds.

Injection molding
Injection molding

Learning about the above technologies can allow you to find the best method to create your prototypes. Creating good prototypes helps you to refine your product design, determine the best production methods, and find the right investors if needed. The 5 technologies for prototyping your new electronic hardware product listed here can help you do all those things and ensure you bring a well-crafted product to market.

 

Sources

  1. Future Electronics- http://www.futureelectronics.com/en/development-tools/dev-tool-hardware.aspx
  2. Hackaday- https://hackaday.com/2011/02/01/what-development-board-to-use/
  3. Quora– https://www.quora.com/Whats-the-difference-between-PCBs-and-breadboards
  4. Medium- https://medium.com/@rxseger/notes-on-prototyping-circuit-boards-c5906e637123
  5. LiveScience- https://www.livescience.com/38190-stereolithography.html
  6. Product Development Solutions- http://www.1pds.com/implementing-rapid-prototyping-using-cnc-machining/
  7. Revpart- https://revpart.com/services/molding-services/silicone-rubber-molding/