As the name indicates, laser micro drilling is a drilling technology that uses laser beams of variable intensities to drilling materials. There are many reasons why laser drilling is superior to other procedures, such as plasma cutting. Lasers are capable of providing unmatched levels of machining, particularly in micromachining applications. Here are some of the simple and well-known benefits of using lasers as a drilling medium:
- The heat-affected zone is very small or negligible. This leads to minimal distortion of parts.
- Since part distortion is minimal and the overall finish quality is superior to other drilling methods, the need for secondary finishing operations is drastically reduced.
- It is one of the most preferred drilling methods for intricate part machining. This drilling technique is capable of providing narrow kerf widths.
- Highly advanced laser systems can be custom-built for specialized tasks. Customization also ensures that these machines have very high repeatability.
- Since laser micro drilling is CNC controlled, close nesting of parts ensures minimal material wastage. Less material wastage translates into more dollar savings.
- Laser micro drilling processes are much faster and more precise than most other drilling processes.
Hence, when it comes to achieving precise tolerances and dimensions on small, thin, delicate, and high-precision parts, laser micro drilling is a recommended option.
What to expect from an accomplished laser micro drilling company
Engaging the services of a contract manufacturer for laser-enabled drilling services offers a range of advantages. First, it renders flexibility to your operations and saves you of intensive capital investment and time-consuming installation and training processes. On the other hand, a contract manufacturer would have specialized expertise in a narrow field and the required capital investments in place.
Laser Micro drilling can be enabled for applications such as precision drilling of surgical tools, medical devices, stents, and dental, orthopedic, and cardiovascular implants. An experienced contract manufacturing services provider can use their advanced lasers to drill a variety of metals.
This includes nitinol, superalloys, nickel, tungsten, titanium, steel, copper, brass, aluminum, and more. In addition to these commonly used metals, other materials such as plastics, wood, ceramics, fused quartz, rubber, and several other composites can be drilled using lasers.
Laserod is one of the industry’s experts in laser micro drilling of polymers and other substrates. Our high pulse laser micromachining services are uniquely suited for microscale-polymer machining for many applications. For all sorts of laser micro drilling, slotting, grooving, or scribing thin materials, metals and polymers, please contact Laserod Technologies today at 1-888-991-9916 / 1-310-340-1343!
You may have heard about the terms fused silica and quartz glass many times but do you know the difference between the two?
The primary difference is that the fused silica is composed of non- crystalline silica glass whereas quartz is manufactured using crystalline silica glass.
To create quartz glass, silica grains are melted at approximately 2000°C using gas or electrical heating whereas fused silica in UK is an entirely synthetic material made from a silicon-rich chemical precursor that possess highest temperature characteristics of any glass along with superior ultraviolet performance.
Quartz glass is used for a wide range of applications in several industries because of its unique properties.
Some of the exceptional properties of Quartz glass include:
As far as fused silica is concerned, it doesn’t have any colour and it is the only pure silica which has around 99.4–99.9% of silica.
This can be a manufacturing process that uses the automatic opportunity from the personal computer to create shapes or forms that should be precise.
Get far more facts about Precision CNC machiningRaw components are used and they are put into a CNC machine that uses cutting tools to make these shapes.
The CNC machining process involves computer systems that have no less than one microprocessor and several units for storage.
With CAD or CAM software systems added to CNC the computer can be programmed to make the precise movements which can be able to build the part.In CNC machining the process is automated which saves the operator time and saves the business money.
The operator is in a position to load the supplies, program the machine then the machine can work with out consideration when setup appropriately; the quantity of time it's run with no interest can also be programmed in.A vital aspect of any CNC machining is for the operator to understand the machine properly.
As an instance, for anyone who is doing routing, adding CNC for the process only automates it.
CNC stands for computer-controlled machine.
It is used to operate and manage various devices and their movements.
The CNC, or Computer Numerical Control machine, is a pre-programmed machine that is mostly used in manufacturing fields, mills, and any other area where complex tasks are performed.
