Posted on Leave a comment


As a result of the technological revolution over the years, many industries tend to implement tools with high technology embedded in them. It has proven over time the effectiveness of using them for various professional applications. Their simplicity, cost and time effectiveness, and multi-tasking abilities replace the conventional tools to aside. Let’s discuss more on 5 high-tech tools used by professional technicians and how are their impact on your industrial applications.


High tech tools are often implemented in many industrial applications like Construction, Automobile, aviation, etc. When compare with Engineering applications, high-tech tools provide a lot of benefits to the operator even though they are costlier than conventional tools.

The pros of using high tech tools are,

  • High-quality output – limit the defect percentage and human errors,
  • Efficient and productive – increase productivity and reduce Downtime,
  • simplicity and remote – easy handling and portability,

Apart from that these tools are efficient in large-scale applications that save time and increase the output. The major drawbacks are high cost, consuming a considerable amount of power, and maintenance cost which is only applicable for some tools.

Various unique high-tech gadgets make easier your Engineering applications. Let’s discuss the top 5 of them briefly.


The following types of high-tech tools are commonly used in welding, sheet metal, and soldering applications.


Welding machines (Welder) are the primary tool type that is used in all arc welding processes. It outputs adequate power (either AC or DC) to the welding electrode thus providing the best welding arc characteristics with maximum efficiency. It is necessary to choose the best welder for your welding applications unless the quality welded part cannot be obtained.

The welder types are found in either DC or AC power output. Normally AC power is used for higher temperature ranges, position welding, and mainly aluminum welding. The welding quality of AC types is not optimal as the delivery of heat varies with current variations. These AC machines are widely used as it is cost-effective and do better welding at positions or points. On the other hand, DC machines give you a smooth welding experience as they give a constant current allowing you to have homogeneous chords with high welding stability. Not only that DC machines provide you the adaptability in different welding processes such as TIG or Argon. When buying a welding machine, it is always good to go with DC comparing the above discussion.

The output of welding machines normally ranges from 5-1500 ampere and volts 10-40. Based on power output type, polarity, and function the welding machines are classified into different types such as Welding Transformer (AC type), Welding thyristor, Welding rectifier, Converter, Welding analog power supply, etc. Apart from analog controls nowadays you can find digitally-driven machines that will ease switching into parameters like current, voltage, arc length, type of current, and pulse current output.

When choosing a welder, you should consider these factors. At first, you should decide what processes you are capable of. That means if you are a beginner, you should probably go for the MIG welder type and if you are a professional welder your best choice would be the high-tech TIG welder type. TIG welding machines are quite used in the aviation and automobile industry where thin metal welding is prevalent. As discussed above DC power welders are the ones you should consider for a long-time business and always used the quality products which are recommended by your industry requirements.

Normally in the aviation Industry welding is considered one of three repair procedures where the metal can be joined without fasteners. The welding machines need to be selected to satisfy the requirements for the type of welding being undertaken. Apart from that, the welder who has been trained in welding processes for each metal needs to use the welding equipment manufacturers’ information to decide the equipment good to go for the welding.

Here are the welding machines types which are often available in the online market that can be recommended based on the above for professional welding applications.


MIG-200AL 6 in 1 220V Inverter Arc Electric Welding Machine MIG/MMA/LIFT TIG/PULSE AlMg/PULSE AlSi/DOUBLE PULSE Welder for Welding Electric Working LCD Display

Product review – The above inverter type welding machine is capable of performing General arc welding types. It has welding accessories and a digital screen panel to customize the process. For further detail refer to the product description.


220V ZX7-200 miniGB 200A Mini Electric Welding Machine IGBT DC Inverter ARC MMA Stick Welder

Product review – The above tool is a DC inverter ARC MMA stick welder mini type that can be recommended for general welding applications. The mini-inverter ranges from 20-200 Ampere DC and includes a strap, wrench, and a holder in the pack.  For further detail refer to the product description.


F90ES 3500A Dent Puller Multifunctional Spot Welder Welding Machine Repair Kit Additive Kit

Product review – The above tool is a multi-functional welder mini type that can be recommended for general welding applications including dent pulling and other welding repairs etc.  As per the manufacturer, it has low power consumption and the package includes a pull hammer, carbon rods, and an additive kit with a box. For further detail refer to the product description.



A plasma cutter is a high-tech cutting tool that is used to cut metals by using an ionized jet of gas. They are often used in light and heavy industries wherever quick, accurate, and precise cuts of flat, pliable metal are needed. Normal inside of a cutter high voltage electrode rapidly heats a compound gas mixture to a higher temperature when starting. The gas mixture includes shielding gas which is used as a propellant and redirects the jet to the desired point in the metal. Plasma can be safely used with most non-ferrous metals and commonly Steel, Aluminum, Copper, and Brass. Plasma cutters can be found attached to portable kits, fixed stations, and robotic arms and programmed (CNC) to the desired pattern of cutting. There are two types handheld and Mechanized plasma. The key difference is that mechanized plasma machines use a specific torch setup attached to a machine that is controlled automatically by CNC. For industrial high-end use most probably, a mechanized machine is preferable.

Pros of this product over-handled plasma tools are versatility, Fast and precise cut, efficiency and safety ensured due to automation. Cons would be the limitation of cutting metal thickness, noisy and generates excess fumes, maintenance costs. It is recommended to use these machines in a ventilated area and must wear PPEs to avoid accidents.

The following product is a hand-cutting plasma machine that can be used in sheet metal cutting especially for welding purposes.


Product review – The plasma cutter above shown is capable of cutting 0 -45 mm thickness metals with high speed. The cutting gun equipped with the machine can be also used with numerical control for better cutting. It includes an air pressure regulator to be regulated at specific thickness ranges and the machine is designed with high quality while providing safety functions like circuit breakers in case of emergency. This high-tech gadget is Ideal for small-scale metal cutting workshops. For further detail refer to the product description.


High-tech soldering stations are widely used in professional soldering applications mainly for temperature control rather than using soldering iron only for soldering tasks. The soldering iron cannot control the temperature as it only heats up to a specific temperature.  Through temperature control by a soldering station following advantages can be obtained.

  • To keep solder tip temperature as low as possible to avoid oxidizing before using it for the soldering task.
  • Controlling temperature prevents damage to the components you are soldering. Some electronic components are very heat sensitive. Holding the tip against the lead for long will transfer heat into the semiconductor and cause it to damage.
  • Quick tip heating – With a temperature-controlled tip, you can apply a lot of currents, heating the tip to temperature quickly. Once at temperature, the current is reduced to prevent the tip from overheating which will ruin the tip very quickly.
  • Temperature recovery – When you touch a tip to the metal you want to heat, this removes heat from the tip. The controller will sense this and apply more current to bring the tip back up to the desired temperature.
  • A temperature-controlled tip allows you to leave the tip hot between uses. With a simple uncontrolled iron, the tip will burn up if you leave it for long.

When considering the above you will probably buy a soldering station for your professional applications unless it causes more disadvantages including higher power consumption due to the inability of temperature control.

A high-tech soldering station provides the above-mentioned advantages with ease and a comfortable manner. Apart from that, you will get a digital screen with safe modes, an additional hot air gun for rework, shrink tube applications, and for cleaning the work area after soldering.

As stated earlier, you are the one to choose the perfect soldering station that will suit your capability. You need to consider the wattage, quality, and safety features after choosing the desired unit. Higher wattage means higher power to work for long times. The build quality is also essential for any periodic checks for the maintenance in the manuals. The soldering stations are usually two types ESD safe & non-ESD safe which represent the measurement of electronic discharge when an object with different potential gets close. It is good to have ESD-safe stations as it avoids the forming of static charge on iron and station when soldering applies.

Properly maintained stations can be last for years without replacement. Check whether the high-tech soldering irons come with accessories sets including soldering tips, sets of tweezers, a de-soldering pump, a cleaning sponge, etc. Normally stations come with the above sets but keep in mind to buy the whole pack otherwise you will need to waste money buying individual items separately.

Following high-tech soldering station can be recommended for industrial soldering applications. It covers all the aspects discussed above including wattage, quality, and design standards.


ATTEN MS-900 500W 4 in1 Rework Station Electric Iron Tweezers Hot Air Guns Soldering Station Maintenance System

Product review – The soldering stations include 3 tool channels that can use independently without any interference. Include hot air guns for both rework and de-soldering applications. Equipped with the general tool kits and a maximum power of 900W. For further detail refer to the product description.


High-tech tools indeed provide more advantages rather than conventional tools used in engineering applications. It is a wise decision to move to a high-tech tool if you are looking for long-term use and have a passion for performing engineering tasks accurate and precise manner. There are over dozens of high-tech tools for each engineering application and always use to buy a tool that is recommended by tour industrial standards or experienced professionals.





Posted on Leave a comment


Measuring instruments are of a wide range and types for different measuring purposes. As a professional, you need to know which type is adequately implemented in your applications. Apart from the instrument type, you need to be aware of specific characteristics in each measuring instrument before buying from the market. Let’s look into conventional professional measuring instrument types and how to choose the perfect one for your measuring applications.


When in an industrial environment, to assure a product is fabricated per your intended design criteria, or to measure the wear or damage extent of a product, you will acquire a professional measuring instrument that will suit your applications. Thus, you will need to consider the following factors listed to choose a perfect measuring tool.

  • Suitability & compatibility
  • Quality & Standard
  • Durability
  • Operation
  • Cost

Suitability & Compatibility

First, you need to identify what you are measuring. Decide the measuring criteria, whether it is linear, angular, thermal or pressure measurement, etc. After figuring out the measuring criteria you need to compare the suitability of the measuring instrument with the measuring item. Check whether you can measure the desired aspect of measuring through the instrument. As an example, you will need a probe to measure the depth of a product or need measuring jaws to measure the diameter of a product. Then check the units of measurement and how far you can measure from the particular measuring tool. You will find similar types of measuring instruments built with different scales and scale ranges for use in different applications. Likewise, review the measuring instrument’s suitability before you are going to buy it.

Quality and Standard

This is the main factor you should focus on buying any product. Do not deceive with price and capability of measuring tool if it is not conformed to industrial standard or desired quality of the design. It is your responsibility to choose the tool that matches your industrial perspective rather than going for a tool for any other industrial applications. Most of the measuring tools are used to measure metallic materials and instances where the effect of the environment is considerable level. In similar cases like that, you will need measurement tools that can withstand these circumstances. It is a wise decision to buy a quality and standardized measuring tool whenever you are buying it for professional applications.


Durability comes with a good quality of a product. When you buy a measuring tool check whether the tool is capable of using it for a considerable period. Otherwise, you will need to replace time to time and your money is in vain. Some measuring tools need to calibrate in a certain period and you will need to focus on these time frames of maintenance and calibration to keep the tool in a good shape to use in your applications.


You will wonder, how is the operation affect the measuring tool. It certainly does when you use tools for specific purposes. You need to be aware of instances where a measuring instrument needs to measure a specific factor a product that needs extensive gadgets in the measuring tool. As an example, you will need a caliper with specific jaws designed to measure a welding depth and angle of a product. In such cases do not go for a multi-task tool that can use the same operation. It won’t always give a better reading unless it is a high-quality standardized product. It is highly recommended to buy an instrument that can use only limited desired applications.


Of course, this is the first factor that anyone will focus on rather than the above-discussed factors. Do not always go for the cheap product as well as vice-versa. Research the range of tools that is available to your budget at first. Then deal with the above factors and choose the perfect one. Not only that do not deceive with the comfort and portability with respect to build quality and durability. As for the author’s recommendation, comfort and handling capability come second when compared to tool quality and durability. So, use your professional mind to choose the desired perfect product without affecting your wallet.

By taking the above into your checklist of buying a measuring tool, you can choose a perfect measuring tool that fits your industrial applications. As per the author’s recommendations following tool types can be used for professional applications. If you need a measuring instrument that suits the following criteria, give it a try.


Here are some measuring tool types that can be used for general professional applications. The preferences of these tool types can be vary depending on different industrial standards.


A feeler gauge is a handheld tool often used to measure gap widths in engineering applications. A taper feeler gauge is a feeler gauge tapered and find in different shapes to provide ease in taking measurements. These tools themselves consist of a variety of small lengths of steel (known as blades) of different thicknesses which have size measurements marked along with each piece. The main advantage of the feeler tool over the other measuring tool is, it provides the user with a visual clue of how wide a gap is as it physically fills the gap with its metal blade.

The following tool is the best example of a feeler gauge with a cone steel round shape that will provide comfortably measuring the depth of products.

1-45mm Cone Feeler Taper Aperture Gauge Steel Round Hole Tapered Ruler

Product Review – This gauge is fabricated with carbon steel with a nickel finish on the measuring part. The product quality is better and includes a good grip to hold. It has a graduation scale of 0.1 mm and ranges between 1-45mm range. You can choose a gauge type depending on the measuring range and can be recommended to use measuring in industrial applications of internal hole diameter, depths.


Vernier calipers are the best measuring tools used to measure linear measurements including product length, inner and outer diameter with a precision up to 0.01mm. Currently, digital type is prevalent and it is quite easy and provides fewer errors when taking manual readings. The calipers are widely used in aviation industries as the measuring tool to measure structural parts after any maintenance and repair practices.

Vernier caliper is fabricated including some parts/jaws to ease in measuring some small-scale measurements. The upper jaws are used to measure the inner measurement of an object, while the lower jaws are used to measure the outer measurement. A depth rod is present in the later part to measure the depth of the product. These are mainly used for industrial purposes where the measurement of the curve, cylindrical bodies and, accurate measurement of metallic parts.

Here is the best example for a professional type of digital vernier caliper for your professional applications.

Digital 0-300mm 0.01mm Caliper Stainless Steel Electronic Vernier Caliper Metric/Inch Measuring Tool

Product Review – This digital caliper is made up of stainless-steel type and the beam and vernier units are heat-treated to provide a better metal finish. The digital screen is an LCD type and includes a separate part closed to affix the battery into it. The entire build quality is highly durable and the scales are clearly marked and the jaws are easily adjustable. This tool has a range of 300mm and includes a screwdriver to affix the battery and jaws. The caliper is well stored in a box and includes a user manual. Overall product quality is satisfactory and can be recommended for industrial application in aviation and other mechanical industries.


Some calipers are fabricated customized for different applications. The following type is used for measuring welding parts.

0-20mm Stainless Steel Digital Welding Seam Measuring Caliper Digital Weld Gauge Electronic Weld Inspection Ruler

Product Review – The above caliper types are used especially in welding applications. The jaws in calipers are designed to measure welding angles and the main jaw is to measure the welding depth of the metal joint. It has a range of 0 – 20mm and includes a digital reading screen providing ease in taking readings. Recommended for taking measurements in welding parts and joints in industrial applications.


Hardness testers find in large-scale workshops to measure the metal and alloy hardness. They are categorized per the test methods they have been using. Several factors are considered when choosing an industrial type of hardness tester. They are test load, hardness range, accuracy level, and adaptability of the device.

Apart from the main hardness tester types, the handheld types are often used in industrial applications too. They are equipped to operate by hand providing pressure to measure the hardness. It includes a variety of anvils that permits testing a great variance of shapes. It is quite useful in sheet metal applications where hardness testing is needed.

The following tool-type represents a perfect portable handheld hardness tester which is prominently used in many industrial measuring applications.

Handheld Webster Hardness Tester Aluminum Alloy Durometer Soft Metal Hardness Tester Pipe Sheet Sclerometer

Product Review – The WEBSTER Hardness Testers are portable instruments that can perform on-site hardness testing on aluminum alloys, brass, copper, and soft steel. A quick and easy test, the hardness value can be read out directly from the indicator with a simple clamp. Suitable for testing aluminum alloy profiles, tubings, and sheet materials. Especially suitable for fast, non-destructive quality inspection on the production site. The above type can be used to measure the hardness of metals up to 13mm thickness. Include a measuring dial on the gauge that can easily read the measurement readings.


Anemometers are widely used for measuring wind speed and temperature in industrial air conditioning and controlling products. They are commonly used in electric power, steel, petrochemical, and other industries. The measuring tools that are commonly found in the market are used for general purpose measurements. Here are some widely used anemometers found in the market for general and industrial usage.

GM8903 Anemometer Wind Speed Meter Temperature Measure USB Interface

The above type anemometer can be used in measuring airspeed related to electric power, petrochemical, and other related industries. This type is a split type digital airflow anemometer and includes a handle and a probe that can insert into a specific location where the airspeed needs to be measured. Includes a USB interface and digital screen showing both temperature and airspeed.


As per the above discussion, you have got a brief idea about a few conventional types of measuring instruments that are available in the market for professional applications. Keep in mind to follow the above-discussed criteria for choosing a perfect tool for your applications. Not only that it assures you of buying a better product but also save your budget too.