Fiber Optic Tools That You Should Have

You need fiber optic tools for installation and maintenance of your fiber optic cables. The different types of tools that you need for your work are:

Splicing tools

From their name, these are tools that you use to melt the optical fibers together. There are many types of these tools that you can go with. They include: fusion splice, optic cleaver, heat oven, fiber splice protection sleeves and others. There are two types of splicing that you can use: mechanical and fusion splicing. In mechanical splicing, you use splicing tools to hold two fiber ends of the optic cable thus enabling light to pass from one fiber to the other.

In fusion splicing, you use a machine to align the fiber ends and then fuse or weld together glass ends using an electric arc. This method of fusion is preferred by many as it produces a continuous connection between the fibers thus ensuring that very little light is lost.

Fiber inspection tools

They are used in the production and troubleshooting of fiber optics. Just like any other units, the optic fibers develop problems and you have to identify the problems for the units to continue working effectively. There are many aspects of the cable that you can test. You can test the amount of power that the cable is transmitting, breakages in the cable and any other aspect that you may be interested in.

There are many testing tools that you can use. You can use: faulty locator, optical identifier, optic power meter, and optical time domain reflectometer. For you to get ideal results when testing the optic cable you should use the right tool for the test that you are interested in. Different testing tools require different testing procedures; therefore, you should understand how to test them effectively for you to get ideal results.

Cleaning tools

For the optic cable to transmit light effectively it should be free of dirt, oil, dust and other contaminants. The main areas that need cleaning are connectors and ferrules. When cleaning, avoid touching the cable with your naked hands. This is to avoid … Read the rest

Finding the Right IT Support Company for Your Business

It can be a daunting task trying to find the best IT support a company has to offer and the right IT support services for your needs. There are so many factors to take into account, and it can often feel like navigating a minefield.

The truth is that if you want your business to operate at its peak potential, it’s a minefield you must conquer. One of the key factors in running a successful business, and optimising your activities and processes, is finding the right IT support company.

Here’s a rundown of the process of choosing, and the essential steps to getting it right.

Step 1: Assess your requirements in terms of IT infrastructure

This can be quite an involved process, but it’s pivotal that you get it right! Assess your current IT requirements and identify what you need right now, and what you’re going to need moving forward.

Step 2: Do some research

Make a list of prospective IT support companies and do some research. Be sure to get several references and, if you can, speak to someone at a company they’re currently servicing. Check out their customer reviews and client testimonials -They should have dedicated sections on their website where you can freely view these. Google the company and see if they have a Google business account – this includes reviews!

Step 3: Get in touch

Once you are crystal clear on what you need (now and looking ahead) and you have your list of possible companies, get in touch with them and tell them your requirements. Ask for an obligation-free estimate. Gather responses, and see what they come back to you with. Don’t be afraid to meet them in person and discuss your needs. Think of it like any other interview – if you were hiring a new assistant or manager, you wouldn’t rely on email or even phone calls, you’d interview the candidates in person. You need to see how you get on, personally, and whether or not you’re compatible enough to form a good business relationship. Get them into your office. While they’re there, … Read the rest

3D Scanning – What You Need To Know

3D scanning is a process of capturing digital information of object shape using equipment that has light or laser to measure distance between the object and the scanner. The non-destructive and non-contact scanning technology uses lines of laser light capturing the exact shape and size of the object. The fine details of even the smallest objects are captured and the process comes in handy in so many industries and fields. Some the areas that 3D scans are commonly used include automotive, manufacturing, medical and aerospace.

3D laser scanners capture thousands of points per second, allowing quick inspection of parts. It is a process that is ideally suited for measuring and inspecting contoured surfaces and also complex geometries that require lots of data for accurate description and where traditional measurement methods are impractical.

What are the advantages?

3D scanning has become very popular among business people in different fields. You can now easily find 3D scanning services for all needs you might have especially as far as accuracy and high quality productions are concerned. The popularity of the process is as a result of the many advantages it has over other traditional options. Some of the advantages that come with the process include:

1. Quick capture of all physical measurements of any given physical object; with 3D scanning, the size of the object does not matter.

2. Saves time when designing. The high definition details of objects make it possible for designers get it right with the first trail, hence saving time, even with productions that would have otherwise proved to be complex and time consuming.

3. Ensures perfect fit of parts with the first try. 3D has literally taken the guess work of production processes, especially for those dealing with prototypes and creating parts. The detailed information collected from an object is accurate and hence it is very rare to have parts that have any functional defects.

4. It captures engineering optimization that is necessary in manufactured parts. The process offers more confident to manufacturers in terms of meeting standards and any set objectives in the manufacturing process of parts. … Read the rest