Laser engraving in the UK

Filed under: Laser Engraving — Tags: , — admin @ 10:37 am

‘Laser Engraving’ is a unique process in which manufactured items such as electrical components are engraved with an indelible mark such as; serial numbers, product codes, company logo’s and traceability.

Products are branded by precision lasers using a method which stamps out the need for human or mechanical force, which in turn allows lasers to gain access and mark your company or product information in hard to reach and very small components.

There are many different materials that can be branded using ‘Laser Engraving’ techniques such as plastics and metals.

The procedure is fast and produces an indelible and easily identifiable mark on products such as microchips and circuit boards as examples.

These branded markings can be simple text or numerical codes relating to your company and product, or complex shapes, symbols and bar-coding.

The benefits for any company or manufacturer utilizing ‘Laser Engraving’, is vital security and product markings that can be traced in circumstances such as theft and manufacturing or printing fraud. This method of security is more than important in a high tech world that can see products and ideas stolen for criminal gain.

The process has been backed by the Metropolitan Police in London as part of the ongoing anti-crime campaign ‘Project Genesius’ that is in place to help stamp out crime against the printing industry.

The importance of ‘Laser Engraving’ is recognized in large and small industry all over the world as a vital, secure and a cost effective method of reliable product coding, traceability and security.

Metal Plate Embossing

Filed under: metal plate embossing — Tags: , , , , , , — admin @ 1:36 pm

For your metal embossing needs, we have a system that is simple to setup and also easy to use. Our system is an excellent product for your identification plates or tags, or any item that you have that needs readable embossed characters on them. We use an advanced technology that works well with all market sizes, from small industrial applications to also a large production setup.

The plates that our system embosses are made of galvanized steel, stainless steel, brass, copper, aluminum, soft alloy adhesive back.

Some of the products that are system embosses are: steel wire ID tags, ships, VIN plates, electric pump and motor ID plates, gas bottle tags, plant and tree ID labels, and various other products. Our embossers cover just about any metal embossing job that you can think of.

We have three metal embossers to choose from that range in size from the smaller M10 that is geared towards personal applications. This application is good for personalization of stainless steel, carbon steel, aluminum, copper and brass. Then there is the ME1000 which is ideal for Automotive, Shipbuilding, Army, Steel Plant, and white goods. Also there is the ME2000 that is also used in the same industries as the ME1000.

Laser technology offers state-of-the-art solutions for direct parts marking

Filed under: Laser Engraving, Parts Marking — Tags: , , , , , , , , , — admin @ 12:26 pm

Direct parts marking is an essential part of virtually any manufacturing process today, allowing both manufacturers and end users to readily and accurately identify specific components to aid in repair and diagnostics, as well as in theft recovery and counterfeit prevention.

There are many options for direct parts marking, and lasers are one of the newest and most accurate methods on today’s market.  In the last decade, industries worldwide have embraced the convenience and security advantages of direct parts marking. The list of businesses and facilities using direct parts marking today includes government departments, military parts manufacturers, automotive and aeronautics manufacturers, pharmaceutical concerns, and a wide range of consumer goods manufacturers, and the number and variety of end products using these parts is staggering.

Laser marking allows products to be marked with clearly identifiable, highly precise tags or codes which are indelible, and also have the advantage of being engraved deep into the components’ surfaces if needed, affording another dimension of protection from theft or counterfeit. Both CO2 and nd:YAG lasers may be used in direct parts marking, based on the application process.

Employing highly focused, direct beams of energy, lasers can achieve levels of precision and accuracy unattainable with other methods of marking. Even the most highly detailed and intricate logos and corporate symbols can be replicated accurately using a laser marking system. Leading the way in industry standards, the nd:YAG and the CO2 laser systems use different wavelengths to ensure a wide range of applications suitable for your business’ needs.

nd:YAG lasers offer an ideal solution for medical engraving needs

Filed under: Laser Engraving, nd:YAG Lasers — Tags: , , , , , — admin @ 12:22 pm

nd:YAG lasers have become increasingly popular among medical device manufacturers who are looking for a highly precise, reliable method to effectively mark and identify their devices and components, such as surgical instruments, implants and prostheses, with serial numbers, logos, proprietary symbols or labels, as well as other information.

Offering an unmatched level of precision, accuracy, and speed, nd:YAG lasers provide a number of advantages over other engraving and etching processes. Employing the accuracy of computerized laser beam guidance, nd:YAG lasers provide deep, detailed engravings of a much higher quality than those obtained through other techniques, such as silk screening, or mechanical or chemical etching.

With higher energy levels and shorter pulses and wavelengths than CO2 lasers, nd:YAG lasers can achieve markings which are much more precise and finely detailed than those achievable by systems using the CO2 technology, making nd:YAG lasers the ideal solution for fine, accurate marking of metal, plastic, and composite materials.

Most medical instruments, devices and components are used in a sterile environment, and nd:YAG laser marking systems offer advantages in that arena, as well. Employing a unique process that allows the surface of the device or component to remain smooth during and after the marking process, nd:YAG laser marking helps to ensure the engraved areas will not become harbors for germs or bacteria, while also resulting in marks which are impervious to chemicals and heat.

nd:YAG laser marking systems offer a level of control that matches or exceeds most government requirements for marking of medical devices, making them an ideal choice for your manufacturing business.

Laser Engraving

Filed under: Laser Engraving — Tags: , — admin @ 1:31 pm

Laser engraving is a method used to mark various objects, usually for commercial use. The process involves using a LASER (Light Amplified by Stimulated Emission of Radiation) to “burn” the surface of the targeted material, creating the desired pattern, words, symbols or numbers. Of course, the technology is a bit different than just a device used to “burn” marks onto various surfaces. In actuality, in heats the targeted surface to such a degree that the area in contact with the beam actually becomes vaporized or simply cracks and chips away in the case of some glass objects.

In order to engrave any object, that object must be placed inside a machine which is ran by a computer which, in turn, has information put into it by an opperator. This machine has a laser that fires down onto the surface of the object that is to engraved upon. There are several kinds of machine, all of which opperate with an X and Y axis, which allows the laser to move across the surface to the exact specifications and engrave exactly what it’s meant to engrave.

There are many kinds of materals that can be engraved using laser technology. Wood, plastic, metal, glass, even precious jewels can be cut or engraved using laser tehnology. This techology is present in all of our lives, there are countless parts inside your computer that have engraved serial numbers or parts labels that are a result of laser engraving. The practical uses are astounding in number.

Different Materials that can be Engraved with Lasers

Filed under: Laser Engraving — Tags: , — admin @ 12:26 pm

As technology continues to improve at a tremendous pace so does how it will affect our daily lives. This is indeed the case when you using lasers to do your engraving, while this is becoming more mainstream the effectiveness and professional quality of engraving with lasers is second to none.

There are a wide variety of materials that can be engraved using this method. Some of these materials include: one plastic cards, which are used as bank cards, loyalty cards, membership cards, ID cards and access cards. A second material that can be engraved is metal plates; with this type of engraving you can quickly create logos, boxes and lines in one single step. The third material that can be engraved is components that are used in the manufacturing process to make complex shapes or customizable logos. Clearly there are several different materials that can be engraved with lasers. Some of these materials would include: plastic cards, metal plates, and components. This will make your engraving to appear neat and professional regardless of what your project is.Helping to improve the overall image of your company or brand which will increase your overall profits as a result using lasers to meet all your engraving needs.

Laser Engraving Machines

Filed under: Laser Engraving — Tags: , — admin @ 12:20 pm

Laser engraving, or laser marking, is a great way to accomplish many important things and is used for a wide range of applications. Laser engraving marking is commonly used tofor: emboss data on credit cards - personalising them with information such as a person’s name and unique card number; stamping or engraving part numbers on items in order to track them for things such as inventory purposes; and for component marking, (to engrave things such as serial numbers serialisation on items that need to be kept track of).

Laser engraving machines are the fastest, most accurate and most efficient means of performing laser marking. Whether the item in need of laser engraving is metal or plastic, these machines can easily and accurately mark them with the exact information that you require. By using laser engraving machines, a very large quantity of items can be marked with information in a rapid, accurate fashion.

Rather than using labels, which can peel or fade away, it is highly recommended to use the more permanent option of laser engraving. Items that have valuable information engraved on them are much easier to track and take care of. People’s personal information, on things like credit cards, is much more durable when marked by a laser engraving machine.

Whether you want to streamline your parts or components, personalise a batch of credit cards, or any other imaginable scenario possible, laser engraving machines are excellent ways to get the job done as quickly and easily as possible.

The Future of Laser Engraving

Filed under: Laser Engraving — Tags: , , , — admin @ 12:15 pm

Laser engraving is the product marking of the future. From engraving jewelry to numbering machine parts to branding product logos, laser engraving has become a valuable tool. Metals as well as many types of plastics can be marked with laser engraving. With the laser beam complex images can be engraved on a surface, parts can be numbered sequentially or bar codes can be placed for identification. By utilizing a computer to drive the laser head, polymers and coated metal surfaces can be engraved producing a precise image at a high rate of speed. A variety of options for marking with the laser are available. On metal surfaces it is possible to change the surface color to engrave an image or the surface layer can be etched away exposing the layer underneath exposing the desired image. The laser may also be used to engrave plastics in multiple ways by either changing the surface color, texture or removing the surface layer to expose the layer underneath. In these ways corporate names and logos are placed on products, precise measures are marked on instruments and parts are serialized. Laser engraving has the advantage of producing high quality, precise images on a variety of materials.