What things are you passionate about?

Why KAIAO is so loved and trusted by customers?
Over the past 20 years, the company has served numerous customers, and are always praised by customers and wins the trust. So, why KAIAO is so loved and trusted by customers?

Types of Prototypes
According to the means, materials, and results, there are different types of prototypes and below post explains the different types of prototypes.
http://www.kaiao-rprt.com/Technique/types-of-prototypes.html

Silicone rubber mould is a relatively popular rapid tooling manufacturing process and is widely used in the rapid manufacturing industry due to its good toughness to make prototypes with complicated structure, fine pattern, no mold inclination and even pouring angle. It has the following advantages：
http://www.kaiao-rprt.com/Technique/silicone-mold-in-rapid-prototyping.html

ABS-The Most Commonly Used Material in Rapid Prototyping


ABS is the most commonly used material in rapid prototyping, which occupies around 80% of the world’s rapid prototyping manufacturing. So, what is ABS and why it is so widely used? What is advantages of ABS prototypes?

KAIAO is one of the leading providers of rapid prototyping and manufacturing services in the world. Our in-dept knowledge of stereolithography enables us to provide premium service and quality at very competitive prices.we are devote to provide top-ranking services to customers since we have accumulated abundant experience for 19 years.
For more details please visit:
http://kaiao-rprt.com/

Preproduction of exterior trimming parts includes front and rear headlights, bumper prototypes etc. The trial process of rapid prototypes for automobile lamps are as follows:
http://www.kaiao-rprt.com/Technique/rapid-prototypes-for-automobile-exterior-parts.html

China's [url="http://www.kaiao-rprt.com/Events/car-mockups-are-important-basic-for-automobile-industry.html]automobile rapid prototype[/url] industry closely follows the development of automobiles, and whether in technology or equipment, should focus on product structure adjustment, and gradually enhance the level of rapid moulding, which is believed to be the prerequisite to occupy the high-end market with complex prototypes with complex structure, high precision and advanced technology.

Hard tooling is kind of rapid tooling.

Rapid Tooling is the bottlenecks and key that restrict the development of China's automobile, home appliances, light industry and other industries. With the continuous development and improvement in hardware and software equipment of rapid prototyping, the strength and accuracy of parts from rapid prototyping continues to improve. Rapid Prototyping has been gradually deep into the field of rapid tooling. Simple economic fast molds based on rapid prototyping specially epoxy mould has become a hot topic.

Rapid prototyping is widely needed to detect if the product design is reasonable when developing new products in the industry, which speeds up the advent of new products. In the past, people did hand-hand prototype and it is relatively simple. With the rapid development of all aspects of the society, mock-ups become more and more complex in structure and shape and hand-made processing is no longer competent. So, How is the complex prototype processed?
I find a guide here:
http://www.kaiao-rprt.com/Technique/how-is-the-complex-prototype-processed.html

Your business runs on a free blog?

We usually are requested to make plastic prototypes with highlight effect, which requires master worker with rich experience in subsequent processing in a high level. In order to improve the quality of each prototype, the master in KAIAO, one of the top rapid prototyping companies in China will use at least three kinds of sandpaper to process on the prototype model surface until it’s polished. The more smooth it is polished, the higher the brightness.

While we are doing the rapid prototyping, we are required to add plating effect to the prototypes. However, not all the materials can be plated. Generally, materials that can be plated are ABS, and of course, parts from vacuum casting can be plated as well. Prototype models made by SLA is not suitable for plating, even you do it, the effect is poor.

Aluminum CNC prototype in the 21st century plays a very important role as it is more efficient to improve product quality and performance efficiency and saves the relevant production costs for many businesses and enterprises. The basic advantages of aluminum alloy prototype are always the focus of many businesses.

Many of the new plastic molding process are driven by the development of the automobile industry. In the highly competitive automobile market today, rapid prototyping companies will always have to develop new plastic processing technology with continuous innovation in order to meet the needs of vehicles being lightweight so as to occupy more future market share.

RIM (Reaction Injection molding) is one of a variety of new plastic molding process. Because of its high efficiency, short production cycle, simple process, low cost as well as other advantages, RIM is suitable for the product development of small batch trial production, and low volume production, simple covers and large-scale thick-walled and uneven wall thickness products.

With the rapid development of the automobile industry, injection molding has developed into one of the most important technologies for the production of automotive plastic parts, such as fans, fenders, bumper, dashboard, doors etc.

Gas Assisted Injection Molding, which is short for GA IM, also known as Air Mould, is a new molding process developed on the basis of traditional injection molding. In recent years, GA IM, because of its low filling pressure, small product stress with smooth surface, has become an important processing method in plastic prototype industry.

What's the worst thing you can say on a first date?

Since the second half of the year 2016, sharing bicycles, with its aim to provide a solution “the last mile travel” as well as its green concert, has become a new favorite for Chinese. However, the real beneficiaries of the popular bikes seem to be bike manufacturers and more upstream spare parts and materials manufacturers, as compared to the operators who are still in close combat.

In the face of such an emerging market, what can the plastic industry get? On these issues, KAIAO, in accordance with the years of experience in plastic materials prototypes and products, will discus the plastic prototype in sharing bikes and its development trend:

Plastic Material in Shared Bicycle

Thermoplastic Elastomer TPE in Sharing Bikes

The number of products soft tooling can produce is generally 50-5000 pieces, for tens of thousands or even hundreds of thousands of products, we still need the traditional steel moulds. Hard tooling refers to the steel mold. The main methods using RPM prototype for steel moulding here in KAIAO are as follows: investment casting, Spark Erosion Machining , ceramic-type precision casting.

Rapid Tooling cuts molds based on RPM prototypes as master molds and further exploits the advantages of rapid prototyping technology. There are two types of Rapid Tooling: direct rapid tooling and indirect rapid tooling. So, Which indirect rapid tooling is better for your next project?

Are you doing anything fun this weekend?

With the rapid development of world’s automotive industry, automotive lighting requires significantly less time for a new model along with new launched cars in order to improve market responsiveness, however, the traditional design and manufacturing methods have been difficult to keep up with its pace. How to shorten the product development and mold manufacturing cycle to the utmost has become a world’s problem demanding prompt solution.

Rapid Prototyping Manufacturing (RPM) can greatly shorten the development cycle, reduce costs, so that the development of vehicle lighting and whole vehicle sync. Products and molds that seem extremely complex for traditional processing can be easily achieved using Rapid Prototyping Manufacturing technology.

Based on the many advantages of RPM technology, there are advanced and practical significance to use Rapid Prototyping Manufacturing technology into automotive lamp/lantern prototyping.

Material in Automotive Lighting

Plastics, either general plastic or engineering plastics, are now widely used in automotive industry to replace a variety of expensive non-ferrous metals and alloy steel.

Among so many parts in a car, an increasing number of plastics, from the past glass, metal materials into plastic parts, are used in lamps or lanterns, which not only reduces the weight, but also brings a lot of convenience. Headlamps made by polycarbonate (PC), for example, is more expensive than that made by glass but polycarbonate (PC) provides better performance for headlamps than glass. To be plastic instead of steel, integrated and lightweight will become the inevitable trend of automotive lights development.

Two Patterns on the Development and Manufacture of Automotive Lighting Prototype

From the method point of tooling, the traditional way basically uses the removal method and even CNC processing has many shortcomings. The Rapid Prototyping Manufacturing technology, on the other hand, uses accumulation method, which overcomes many problems in traditional processing. Rapid Prototyping Manufacturing, when used in car prototypes, converts a complex three-dimensional processing into a series of two-dimensional processing, which completes complex products and mold with ease that cannot be done in traditional processing even in CNC machining.

KAIAO is one of the first rapid prototyping companies that applies RPM technologies in automobile prototypes like lamps, lanterns, lights etc. in China and even the world. 4-axis and 5 axis CNC milling are weeded out for car prototypes. KAIAO’s RPM technology can reduce the cycle of car lighting development, save manufacturing costs, and completely avoid the interference problem in cutting tool, improve the flexibility of the lamp and thereby improves product quality and competitiveness.

If you are looking for a top rapid prototyping company for your car prototypes like lamps and lights, feel free to contact KAIAO for a free quote. Remember, KAIAO won’t let you down.

If you became president, what is the first thing you would do?

CNC machining technology is the foundation and core of advanced manufacturing technology. CNC machine tools are the basis of factory automation. CNC cutting tool is an indispensable key for CNC machine tools which is believed to be able to improve the processing performance and plays a decisive role production efficiency in CNC machining.

When selecting CNC cutting tools, KAIAO, one of the top CNC machining companies in China, is fully experienced and always makes sure the size of the tool matches the surface size of the workpiece. In the production, while tooling the peripheral parts of the contours in KAIAO’s CNC machining factory, KAIAO often uses end mills; While milling plane, we select carbide cutter cutter and high-speed steel end mills for processing boss or groove. For rough surface or rough holes, corn cutters with carbide cutter blade are selected. Besides, the CNC milling cutters like ball cutter, ring cutter, tapered cutter and disc cutter are used for some three-dimensional profiles and variable bevel contour contours.

Nothing!

Onedibe1:
osibanjo's sit certainly...

What is that?

Nbote:
Without Internet I know say I go sick...

Same here!

Bwaal:


Fym
Just hold and see

I will refer you back to this page

I am just kidding. I really wish you good luck!

YouTube
Whatsapp
Chrome

Bwaal:


Lol are you thinking every1 is as dumb as you are? ?

Absolutely no. I just don't think you are as smart as Bill Gates.

I will be boring to death!

Polyurethane foam is also known as rigid polyurethane foam. It is an overall foamed plastic formed by a high-density smooth and tough outer skin and low density foam core at the same time.

PU moulding products are usually prepared by Reaction Injection Molding process, that is, a variety of highly reactive raw liquid is mixed into a closed mold for moulding through the collision. RIM-PU’s advantages are as follows: easy design flexibility, simple process, energy and time saving etc.