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A laminator or laminating machine can help keep those documents or photos safe and protected for years of use. The best-known uses for lamination are ID cards and restaurant menus. However, whenever you have flat materials you need to protect, enhance or reuse, then lamination can be the way to go.
A laminator is a good investment if you have many important documents that must be protected from dust, damp and damage, but also need to be handled frequently. Lamination also stiffens the material, making it excellent for creating table top displays and hanging posters/signs.
A laminator can help you keep important paper cards from ripping or getting wet. Some like to keep old newspaper clips and school draws or cards from the kids. Keep things from aging and be able to pull them out anytime you want to go down memory lane. Laminate those photos and such then make a scrapbook out of them later. You can do some many things with a laminator. Storing them is easy and you don’t have to worry about the papers or photos turning yellow after they have been in boxes.

Laminators have been used to seal historical documents in plastic to protect them from ageing. Such lamination is more common with documents from 150 to 250 years ago, as older documents are too fragile for lamination, and younger documents are usually already effectively filed safely

There are two types of laminator. Pouch laminators and roll laminators (which uses sheets or rolls of plastic to laminate large documents). Lamination pouches can be supplied in a range of sizes. Rolls of plastic sheeting are also available for roll laminators

Pouch laminators are commonly seen in schools, homes, churches, restaurants and other businesses for laminating photographs, business cards, photo IDs, menus and more.

You can use pouch laminators for your cards or photos. These fit in your purse or wallet with ease or store them. If you have bigger jobs then you will need a machine to do the job. They are easy and fast to use. Whether you need it for school work, office work, or just those things at home. You can benefit from having one should you need it.

Laminating is a low cost way to protect and preserve everything from ID cards to restaurant menus. Any flat material, documents, photographs, parking passes, etc. that you need to protect from abrasion, moisture, fingerprints and wear and tear from handling can be protected by laminating it.

It doesn’t take long to laminate those photos or papers of your kids. Just a few moments that can last you a lifetime and let you use them over and over again. Schools love having thing laminated for they are easy to wipe off and the kids can use them again and again.

Lamination also improves the appearance of your materials in a variety of ways. For example, laminating a brochure deepers and brightens colors. It enhances contrast. Lamination gives your materials a finished, professional look of quality. Materials that are laminated just look better

Wide format Laminating: Lamination is an important component of big colour because of the cost factors associated with wide format printing. Wide format printing is a substantial investment. These prints are not expendable and need to have an extended lifetime to justify the costs. Lamination protects, enhances and extends the life of the print.

What is Roll Laminating Film?
When you’re on a roll, you don’t want to stop or slow down! Laminating film lets you run several documents through your laminator without needing to stop the machine. But what exactly is the film made out of?

Let’s get technical. Laminating film is made of a base film, such as polyester or PVC, and is then coated with an adhesive. Adhesives can be activated either by thermal heat or by high-pressure. This coated film is wound around a cardboard core, which is loaded into your roll laminator.

Generally, roll laminators use sets of two rolls – one on top and one on bottom. Your documents are fed in between these two rolls and the laminator uses heat and/or pressure to activate the adhesive, creating your laminated document.

Choosing the Right Laminating Film

Roll films can cover a wide variety of projects. Whether you’re laminating odd sized documents, like alphabet letters, or wide graphics, such as a window sign, there’s the right film for you.

When selecting roll film, first think about the size of your laminator. Roll widths can vary between 12 inches and 64 inches. Make sure the size will fit in your machine.

Next, consider how flexible you want your laminated items to be. Mil thickness can range from 1.5 mil up to 10 mil. The higher the mil number, the more rigid your final document will become.

Finally, think about the finish on your laminated documents. Do you want glossy or matte items? Should they have a luster or textured quality? These decisions will help guide you through selecting the best film for your project.

Standard vs Low Temp Film

NAP I is standard type laminating film that is activated at 290F, while NAP II is a low temp film that activates at 230F. Learn more about the differences and the uses for each film type on our laminating film comparison page.

Thermal vs Pressure-Sensitive Film

Create quality results with either thermal or pressure-sensitive film. Both can form lasting protective bonds around your documents. The main differences depend on the document you want to laminate and the type of roll laminator you are using. Some documents may be sensitive to heat, which would make pressure-sensitive lamination your best choice, while some laminators may only support one type of film.

What Is Window Patching Machine?
What is window patching machine? It’s a good question!Window patching machine can save you a lot of trouble in gluing plastic film on the paper, then needn’t pay a lot of money hiring a lot of labor force manually patching the film on the box. Today we gonna take you for a closer look at this machine.

Window Patching Machine, also named window patcher, window pasting machine, window past machine, is a mechanical device used for sticking the plastic film on the cardboard or corrugated carton.

Development in the Plastic industry also boosts the packaging industry and make it more diversified. Customer can also choose box package that they can see products inside. Window Patching Machine was invented in this period. Who is the first one invented the window patching machine can’t be traced. Kohmann who was established in the 1950s is probably the first company claiming this business.

As the demand for window patching machine became larger, more factories in many other countries such as China, India, Japan, etc. are also try to gain a share in this market. One famous brand is Heiber+Schroeder from Germany, whose name is abbreviated as H+S.

In China, we, Hengtong, are one of the first manufactures specialized in making window patching machine. Established in 1987, we have more than 30 year’s experience in producing the machine. So the quality of our machine can be assured.

Different factories have different machine design, but in general, they share the same structural frame. Let us break the machine down.

Take our machine for example.

All machines have at least 5 parts, namely paper delivering, paper sending, gluing section, Film patching& pressing unit, as well as collecting device. Some may add optional functions like film cutting and perforation.

The Function: Feed the paper.It’s controlled by PLC with a human-computer interface. The length of paper to be fed without adjustment, so that paper can be input quickly and accurately.Also,it applies to card paper and corrugated paper.

Guide to Buying a Die Cutting Machine
From embossing and engraving to cutting out personalised designs, die cutters are an essential in any crafter’s tool kit. No matter whether you’re scrapbooking or card making, dies and die cutting machines offer a quick and easy way to add dimension and texture without fiddly or painstaking scissor work. Here’s our quick guide to buying the die cutter that’s perfect for you and your next creative crafting ideas.

Die cutting machines are used for engraving, embossing, and even for cutting paper, card, fabric, and thin metal. If you wanted to make an intricate paper flower without a die cutter, you would need to carefully cut this out using a scalpel or a pair of scissors. Potentially clumsy and definitely time consuming, this can quickly get tiring if you have a lot of them to do. Die cutting machines take away all this hassle, precisely cutting the design you want in no time at all. The ‘die’ is the pattern that you’ll be cutting out, which you load into the machine.

Manual

Manual die cutters are lightweight, affordable, and often the most popular choice. The crafter must align the die with their chosen material and use a manual crank on the side to operate it. A wide range of dies can be used with manual die cutters, and many crafters like the hands on approach as well as the ability to see exactly where you are cutting.

Electronic

With electronic die cutters, you load a die cartridge with your chosen design, and the machine does the aligning and cutting for you. They are not as portable as manual die cutters, but there is much less room for error and there is less work involved, freeing up your time to do other tasks. What’s more, when utilising electronic die cutters, you usually have to install software onto your computer. This can reduce your choice of dies, but with practice, can allow you to make your own customised dies.

Dies

You will need to purchase dies separately to the die cutting machine. There is a wide variety of sizes, and you’ll need to check the maximum size your machine can handle. Metal dies will cost more than electronic ones, but the choice you have with metal dies can be much greater. You can find dies for cutting out flat lay boxes that you can later build, as well as intricate floral, animal and lace designs for decorating cards, scrapbooks and journals.

Are you looking for a specific theme? If so, here at The Range our extensive collection of creative dies are sure to impress. Why not liven up your next handmade masterpice with help from our sensational selection of patterned dies, floral dies, vintage-style dies, and even our array of desirable novelty-themed dies.

Automatic Wire Strippers and Wire Stripping Machines
Wire strippers and wire stripping machines remove the insulation from electrical wires, coaxial cables and similar types of wiring. A wire stripper generally refers to a portable hand-held device while a wire stripping machine is an industrial version used for heavy duty casing removal. Both wire strippers and wire stripping machines are available in automatic and manual types. Additionally, different types of wire stripping methods are available:
Cutting – The simplest way of moving wire casing is simply to cut it away.

Abrasive – The abrasive method uses a rough wheel that wears away the insulation and polishes the wire clean.

Thermal – The thermal method melts or burns away the wire’s insulation.

Mechanical – Mechanical wire strippers typically use the abrasive or cutting method combined with a mechanial power source.

Chemical – The chemical stripping method uses chemicals that react with the insulation and cause it to dissolve.

Laser – A high tech method used mainly in special applications. With this method, the laser removes the insulation without disturbing the conducting metal underneath.

Many companies and individuals strip off the insulation from large quantities of wire in order to sell the conducting metal to junk yards, recycling centers and other buyers. For this type of work, wire stripping machines are generally capable of much higher volume output than hand held wire strippers. When the user only needs the equipment for a temporary job, it is possible to rent rather than buy the wire stripping machines. Whenever stripping large industrial wires and cables, machines are preferable because they are also capable of cutting through thick, strong wires.

With these machines, the user places the wire between two abrasive wheels, typically made of wire or fiberglass. The abrasive wheel must have the right material and texture to deal with the insulation and wire gauge involved. The wrong wheel material may result in damage to the conducting metal. Tension must be correct or the wire will break.
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