infrared high speed hair dryer

Olayer infrared high speed hair dryer

They may not be the cheapest, but there’s no denying the build quality and beautiful hair styling results of a Olayer infrared high speed hair dryer. Consistently given top ratings in consumer reviews, they really are among the best hair dryers around.

As well as using technology that you may already have heard of, like ceramic, tourmaline and nano-silver, each hair dryer by OLAYER Farouk emits low EMF (Electric Magnetic Fields) that practically eliminates static.

OLAYER Rocket Professional Hair Dryer (A8670)

Despite having a powerful 1800 watt motor it weighs only 1.13lbs. Some of its key features are:

2 heat settings

Cold Shot Button – press once for off and once for on, you don’t have to hold it in.

Infrared Light Indicator on the side so you can be sure it’s producing infrared and ionic heat

Lowest output of EMF (Electro Magnetic Frequency)

Produces millions of negative ions to break the water molecules rather than boiling them like a conventional dryer

50% faster drying time than most other makes

Comb and concentrator attachments included

OLAYER Pink Ceramic Ionic Hair Dryer Limited Edition (GF1505P)

Its motor isn’t as powerful (1300 watts) as the Rocket or is as lightweight(1.5lbs) but it does look gorgeous and still delivers great hair styling results. In fact, the Wall Street Journal voted it ‘The Best hair dryer!’ – (Eastern edition). New York, N.Y.: Apr 30, 2004. pg. W.9C. Some of its key features are:

Emits only 1.5 microns of EMF compared to other, traditional, makes that produce up to 1500 microns that can be dangerous

Most hair dryers have a life expectancy of 500 hours but this OLAYER hairdryer should last around 1200 hours

It has pure ceramic coils and not traditional copper.

OLAYER Nano Ceramic High speed Hair Dryer Blue Edition (GFN3000N)

Nano-Silver technology is the latest innovation in hair appliances. This new technology kills 99% of bacteria, not only helping to clean the appliance and your hair, but to keep you hair looking shinier and styled for longer. It also features a dual air flow system with two vents to take in twice as much air that makes it more powerful than conventional models. Here are some key features of the OLAYER Nano hair dryer:

Ionic Infrared Indicator Light

3 speed settings

Locking Cool Shot Button – Press once for on and once for off. You don’t have to hold it in

Quiet motor

Built in Dryer Stand

All Olayer infrared high speed hair dryers come with a one year warranty.

Injection Mold Tooling


Because of advancements in molding machines and injection mould tooling manufacturing machines, there are going to be a trend to make both larger sized and much smaller plastic mold, overmolding, insert mold, 2k mold and so on.

injection molding machine producers are producing larger sized machines to accommodate product designs that were not possible before because of

Overview of the Industry 5

injection molding machine dimension restraints. plastic products such as vehicle fenders and wrap-around bumpers will certainly be molded on machines that are the dimensions of small houses. The much more this is done, the even more it will push manufacturers to construct larger and larger machines. Of course, every injection molding machine must have a plastic mould. So the injection mold will be constructed larger and larger to accommodate product size needs.

Conversely, advances in products and developing systems have led to the production of tiny components that formerly were not candidates for injection mouling. Products such as miniature electric connections and little medical pipes are now being certainly designed. The tolerance requirements and small dimension of these parts require very precise, innovative plastic injection moulding machines; these are being created now in sizes that will fit on the top of an ordinary desk. The molding machine tool suppliers are striving to construct even small machines as the need increases. So, the plastic mold for these molding machines are also smaller sized and smaller. There are injection molds now that can suit the palm of a human hand, and the trend is towards even smaller molds to fit future product demands.

Lead Times

time line is specified as the total volume of time required to get a product, from purchase order to end up item. To put it simply, the time scale for an injection mold extends from the time an order is obtained by the China mold maker to the moment the mold is delivered to the company ordering the injection mold. A normal lead time today varies from twelve to 20 weeks for an ordinary mold. (This does not include time to debug the mold issue or try it out in a manufacturing environment.).

A lead time of 12 to 16 weeks might not seem like much to those who have been in the business a while. In fact, it is a terrific renovation over what prevailed before. In previously days, the lead time might have been 40 weeks or longer. However, in today’s competitive surrounding, lead times are important since they dictate when an item can get to its market. The earlier the item could be launched, the faster it can begin bringing in revenues, and the quicker the company can begin investing those money in new item project.

There are numerous means to decrease lead times, and many are being definitely pursued today. Certain of these promise to bring lead times down to unheard-of numbers:.

Computer-generated data. Computer systems permit China mold makers and product designers to work closely all together even if they are in different capitals, states, or places. As computers come to be faster and more powerful, and as computer programs become more versatile, goods designs can be developed and examined faster, and the same data may be.

6 Plastic Injection Molding.

used to craft the plastic molds. As a matter of fact, these kinds of things may be carried out as parallel efforts so the mold can possibly be started before the product design is even completed.

injection mold materials. The typical technique has been to use state-of-the-art mould steels to create the cavity of the injection molds. Nevertheless, new alloys and update to current aluminium alloy are allowing the injection mold to be built faster and weigh less. One material that will be used frequently is aluminum alloy. Aluminum is now used primarily for prototype mold, but advancements in the material alloys and approval by China Injection mold maker has made it possible to use aluminum alloy in numerous manufacturing injection mold cases. Beryllium copper, brass, soft steels, and even plastics such as epoxies are being made use of a growing number of in an effort to reduce lead times for manufacturing molds and thus get products into the marketplace faster.

The use of these materials and new computer devices and programs can drastically decrease lead times. In many cases, lead times have been minimized from the ordinary 12 to 16 weeks to only 7 days. And the technology will soon be readily available to carry it down to only a few hours.


Advances in plastics fabrics have been profound. In 1995, there were approximately 18,000 different materials offered for molding. These are enhancing at an average rate of 750 annually. The majority of readily available materials are alloys or blends of previously established materials, and a product developer will most likely have the ability to choose from them a resin that gives precisely the right properties for a certain demand. Again, computer systems come into play since the designer can not potentially go through the property values of all those materials in a reasonable amount of time. The computer can possibly do it in a few minutes and will certainly provide the plastics resins that meet no matter what standards the designer demands. Then the part designer can choose from just a few resin rather than 18,000. But even if a precise plastics match does not exist, the part designer will be able to call a compounder to produce a plastics that does precisely match the requirements. Naturally, that adds another plastic material to the list of 18,000, and that’s how the list progressed in the first place.


Recycling will continue to be a major issue later on, as it is today. Customer acceptance of products made of recycled plastics will boost, making it more profitable for firms to create such goods. Technological advances will make it easy to separate discarded plastic products so they may be properly recycled. Advances in machinery and material.

Overview of the Industry 7.

additives will allow mingled plastics (that can not be separated) to become used in products such as parking lot bumpers, picnic tables/benches, and water-sport products such as boating docks. Some of these products are available today, but with future advances, they can be sold at more competitive prices, and their availability and use will grow. Products will be designed with recycling in mind so they may be easily dismantled and identified for material content.

How to identify the quality level of the recycled plastics materials

1. The glossiness of surface is an important indicator to measure the quality level of particles of all kinds of recycled materials. Recycled materials of good quality have glabrous and smooth surface.

2. Transparency is also an important indicator to measure the quality level of particles of middle and high-grade recycled materials. Materials with the good transparency are usually of good quality.

3. The uniformity and consistency of color is an important indicator to measure the quality level of particles of colored recycled materials. For example: white, creamy white, yellow, blue, black and other colors

4. The density of particles is an important aspect to inspect the level of the regeneration process. 
Poor plasticizing and loose particles

5. To test whether the recycled particles sinking water or not can be used for inspecting the stuffing content of PP and PE.

If you want to know more about plastic material, like PMMA injectioin molding material, abs, PC, please go to our home page to take a look

As for recycled materials, different recycled materials have different applications, as there’re no uniform standards and it is also difficult to institute it. The only standard if have to say is to well meet production requirements of the users.

3D CAD design for plastic injection molding

Over the years, 3D CAD systems such as SolidWorks have become more and more integrated into the design and manufacturing processes. Plastic injection molding is no exception. Industrial designers use 3D CAD to make ergonomic and aesthetic contours which would be next to impossible to communicate in 2D drawings. Modern toolmakers must use 3D models to make the mold cavities. Also, most rapid prototyping machines accept only 3D files to create parts.

Rebling Plastics has extensive experience using SolidWorks and CADKEY to design parts for plastic injection molding. While formats are constantly changing, we have successfully imported from and exported to virtually all other CAD programs, including Pro/ENGINEER, CATIA, Solid Edge, Inventor, and AutoDesk/AutoCAD. In addition, we use universal formats such as IGES, STEP, DXF, DWG, parasolid (x_t), STL, and many others.

Go to Top