Dynafiles by Dynabrade are the best in the industry for polishing and deburring in tight spaces and corners. Easily grind, deburr, blend and polish, on metal, plastic, fiberglass, composites, rubber, glass and more! Their superior belt tracking means no belt slippage- the Dynafile is the only belt tool in the world able to reliably track a 1/8" wide belt! With their variety of contact arm options such as different belt widths and longer length arms, it’s easy to find the right fit to remove those rough edges and ridges on any hard to reach spot. 

Earlbeck is thrilled to offer you over $100 off the Dynafile and Dynafile II! Plus deep discounts on accessories and abrasives! For a limited time, enjoy the lowest available price on these great tools that are a must have for machine shops, foundries, aerospace, sheet metal and stamping plants who grind & deburr. Review the guide below to make an informed decision about which tools you need for the work you do.

DynaCut Zirconia Alumina (Z/A) Coated Abrasive Belts
- Versatile, high-performance mineral that is sharp, hard and tough.
- For metalworking finishing on stainless steel, nickel alloy, forged steel and aluminum.

DynaCut Premium Ceramic (PCER) Coated Abrasive Belts
- Self-sharpening design lasts 50% to 200% longer than other belts.
- For light/heavier grinding, coatings removal on stainless steel, carbon steel, titanium, nickel alloy, chrome and inconel

​For those interested in pursuing a career in welding, there are several options to receive formal training:

1. Technical schools offer programs that can be completed in 3-18 months. Make sure to choose a program where you will earn a welding certification.
2. Community colleges  can offer Associate degree programs that take about 2 years to complete.
3. Apprenticeships take 3-4 years to complete and results in a Journeyman's card.
4. Universities offer Bachelor's degree programs which can take 4 years to complete.

Attending a technical school to become a welder is an investment that pays off much quicker than the university path. With the high demand for welding professionals and the potential to earn a competitive salary, pursuing welding as a career can lead to a fulfilling and financially rewarding future.

 The field of welding offers a diverse range of jobs that combine trade skills with technology. Welding is both an art and a science, from basic fabrication to advanced robotics. It's a great option for those who enjoy working with their hands and value a sense of community. The skills you'll acquire as a welder are also portable and can lead to rewarding careers in various industries.

With a huge variety of career options, it's easy to find the perfect fit for you! ​Ranging from Shipfitter, Welding Research Scientist, or Pipeliner to Technical Sales, Welder Fabricator, Boilermaker, or Welding Engineer. Or perhaps you’d rather be a Welding Supervisor, Ironworker, or Welding Technician? Still not doing it for you? How about being an Underwater Welder, Pipefitter, Welding Inspector, Robotic Welding Technician, or Welding Educator? There are so many career paths for skilled welders or welding operators. 

​The welding industry is experiencing a shortage of workers due to more than 155,000 welders approaching retirement age. Approximately 360,000 NEW welding professionals are projected to be needed by 2027 and you could be one of them!

The BuildPro Max System table by Strong Hand Tools is one of our favorites! It employs a fast, accurate, and easy to understand modular fixture system. They offer a complete line of heavy-duty and ultra-duty tables for work holding in both metal fabrication and woodworking. 

​Place a MAX table in your shop, and you will discover just how quickly this fixturing will benefit you!

But the "Third Hand" tool is indispensable! It allows you to position your workpiece at any angle, granting full access for welding, cutting, sanding, or painting. With a ball joint adjustment feature, it firmly locks your workpiece into place. You can even use pliers or clamps with the adaptor head to hold parts or clamps in position.

Having a working surface machined with equally spaced boreholes allows you to slip-fit clamps, stops, spacers, and other work holding tools quickly into place! Plus, the table plates are reversible and self-locating so you can remove, reposition, and realign!

Lincoln Electric's Viking 3350 ADV Series Helmet is truly a game-changer! If you were a fan of the original Viking 3350 Series Helmet then you'll quickly understand how the advanced features and industry-standard protection make this new helmet a top choice for professionals!
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Newly featuring advanced digital controls, modular work-piece illumination, auto-shade technology, Bluetooth connectivity and the GearPoint™ Mobile App!

The auto shade feature dynamically adjusts the shade up and down while welding. It features upgraded 4C technology, which preserves the existing 1-1-1-1 optical clarity rating. This improves visibility of base material, arc, and puddle by providing real color view. In addition to that, the 11.8 square inch auto darkening lens provides an extra large field for a better and more comprehensive view.

​The user-friendly full color display allows for utilization of all the advanced features of this hood! Half shade adjustments, memory mode, and view of battery life can all be easily accessed here.

In one simple attachment, the modular LED light improves productivity, quality, and safety. It is quickly activated or deactivated using a low profile external control. It illuminates the area for the best workspace visibility during arc off time.

And conveniently turns off when an arc is struck and turns back on when the arc is extinguished, saving battery power and life!

The GearPoint Mobile App helps you stay on top of things!

It has the ability to track productivity and review up to 6 months of helmet usage. It also provides you with welder resources like instructions, welding how-to's, product updates, and a distributor locater. It can also help you stay on a maintenance schedule by notifying you when equipment needs to be replaced. It also allows for easy adjustments of the welding setting right from your phone!

In addition to all of that, this helmet remains comfortable during long term wear- the innovative X6 Headgear provides adjustable, form fitting supports that distribute weight, reduce pressure and optimize balance.

​Overall, the Viking 3350 ADV Series Helmet is an excellent investment for welders who value safety, comfort, and convenience!

Stop by one of our retail locations or give us a call at (410) 687-8400 to order yours today!

​In today’s fast-paced world of manufacturing, companies are constantly seeking to increase efficiency to remain competitive. One technology that has been making waves in the industry is collaborative robots, or cobots. Cobots are designed to work alongside human workers to improve productivity and safety in the workplace. Welding applications, in particular, have greatly benefited from this technology with the emergence of welding cobots. In this article, we will delve into what welding cobots are, how they work, their benefits, and their cost.

What is a welding cobot?

A welding cobot is a collaborative robot programmed to perform welding tasks in conjunction with human workers. They are not meant to replace your welding workforce as they still require an operator to program and monitor the welding process but it enables your welders to increase productivity and weld quality.

Unlike traditional welding robots that are mounted on a stationary base, welding cobots have a compact design and can be easily moved between different workstations. They are equipped with advanced sensors, cameras, and AI software that enable them to work safely alongside human workers without the need for safety barriers.

How do welding cobots work?

Welding cobots have a robotic arm that is capable of performing a variety of welding techniques, such as MIG, TIG, and spot welding. They are fitted with specialized welding torches that can enable them to weld a wide range of materials, including steel, aluminum, and stainless steel.  The welding operator needs to train the cobot on the weld that needs to be made, and these welding programs can be saved if a job needs to be repeated.  Once the weld process is set up and programmed, it creates a consistent weld every time. 

What are the benefits of Welding Cobots?

The major benefits of welding cobots include improved safety, increased productivity, and enhanced accuracy. By using welding cobots, companies can reduce the risk of accidents and injuries. Welding cobots can also work faster and more efficiently than human workers alone. Unlike human welders who require breaks and rest, welding cobots can work continuously for extended periods, improving productivity and reducing downtime. Another advantage is the high level of accuracy that welding cobots can achieve. Cobots are equipped with advanced AI software that can ensure precise positioning and accurate welding results. Most namely. with a cobot you can save almost 60% in time and 70% in production costs. 

What are the applications for Welding Cobots?
They are a great solution for  high-mix job shops, repair & manufacturing, part resurfacing & reconditioning, roof & bridge trusses, mechanical contractors & pipe shops, agricultural equipment, and steel fabricators & metal service centers.

What is the Cost of Welding Cobots?

The cost of welding cobots varies depending on their size, capabilities and features. On average, a welding cobot can cost anywhere from $50,000 to $100,000 or more. While this may seem expensive, it is important to consider the long term cost savings and benefits that come with investing in a welding cobot. These include increased productivity, improved quality, and reduced labor costs. Companies should also take advantage of government grants and financing options that are available to help offset the cost of upgrading to the technologies of Industry 4.0.

Welding cobots are revolutionizing the manufacturing industry by improving safety, increasing productivity, and enhancing accuracy. While the initial investment may seem daunting, the long term benefits and cost savings make it a worthwhile investment for any manufacturing company. By utilizing welding cobots, companies can remain competitive and stay ahead in the ever-evolving world of manufacturing.

As the welding industry continues to grow, the demand for skilled and well-trained welders is also on the rise. One way to demonstrate your competency and gain a competitive edge in the job market is through The American Welding Society's (AWS) Certified Welder Program. In this article, we will take a closer look at the benefits of becoming a certified welder, the certification process, and the qualifications needed to obtain the certification.

What is The American Welding Society's Certified Welder Program?
The AWS Certified Welder Program is a valuable credential that demonstrates a welder's competency in the welding field, and it is recognized throughout the industry as an indicator of welding expertise. The program tests welders on a specific welding process and application to ensure their skills meet industry standards.

What are the benefits of becoming an AWS Certified Welder?
First, becoming an AWS Certified Welder signifies that you possess the technical skills and knowledge required to excel in the welding industry. With the certification, you can demonstrate advanced knowledge of various welding processes, including shielded metal arc welding (SMAW), flux-cored arc welding (FCAW), gas tungsten arc welding (GTAW), and gas metal arc welding (GMAW). This can help differentiate you from other welders and opens up opportunities for higher-paying jobs or positions with more responsibilities.

What are the requirements for obtaining AWS certification?
There are no prerequisite courses or experience needed to earn an AWS certification, you simply must pass a welding test that assesses your proficiency in the applicable welding process. To ensure consistency and quality, the testing must be done according to AWS standards at an AWS Accredited Test Facility, and welds are inspected by AWS-certified professionals. Once you have successfully passed your test, successful candidates receive a certificate and become AWS Certified Welders. 
​
What certifications can I earn under the AWS Certified Welder Program?

​How do I keep my AWS Welder Certification active?
Certifications for D9.1 for the Sheet Metal Welding Code require maintenance every 12 months. Certifications in accordance with D1.1 and most other codes require maintenance every 6 months. The Maintenance of Welder Certification Form must be submitted online through https://cw.aws.org/. 

In conclusion, becoming an AWS Certified Welder is an excellent way to demonstrate your welding expertise and advance your career.  By investing in the certification process, you can gain a competitive edge in the industry, prove to potential employers that you have the skills and knowledge needed to excel in the field, and open up new job opportunities. If you are interested in becoming an AWS Certified Welder, we recommend that you begin by reviewing the certification requirements and preparing for the certification exam. With dedication, preparation, and commitment to your craft, you can achieve AWS certification and take your welding career to new heights.

Ready to schedule your test?

​Schedule an appointment by calling us at (410) 687-8400.  Certification testing is done on Tuesdays and Thursdays starting at 8:00 am at our Baltimore, MD and York, PA locations. On the day of the test, please bring a picture ID, and your safety equipment. 

Not local to MD or PA? Find your ATF Testing Facility here. 

A traditional welder generator is a great option when you have someone that is exclusively working in the field and will need to have their own power supply. For many though, that's not always the case. With the Earlbeck Pioneer Pack, you have the option of running off building power OR running off your generator so you have the flexibility to choose application by application.

By decoupling the welding equipment from the generator, this allows us to customize the package to the end user. For example, do you need two welders to operate at the same time ? Do you need to MIG/TIG or Stick, or maybe even all 3? We can factor this all in to make sure you are getting a package that works for you.

Ready to see it in action? Check out the video below to learn more. 

The HyperFill twin-wire solution, by Lincoln Electric, was developed to revolutionize heavy fabrication productivity. Designed for semiautomatic and robotic applications, HyperFill redefines high deposition welding, which allows you to make larger welds, faster and more easily. With its innovative twin-wire design, HyperFill allows for deposition rates above 18 lbs. /hr. (24+ lbs. /hr. robotically) without compromising weld quality or operator ease-of-use.
 
HyperFill In Pipe Industry
HyperFill is an industry changing twin wire welding process that provides significantly higher pipe welding productivity with the simplicity that any pipe welder can learn to use. The HyperFill process runs off of the latest generation Power Wave or PIPEFAB machine. The root pass is completed with STT and fill and cap passes with HyperFill. The use of HyperFill in 1G-Rotated process piping applications has been proven to show dramatic increases in diameter inches per day production.

HyperFill Requirements
HyperFill is a patented and licensed twin-wire solution that is designed to perform specifically with select Lincoln Electric welding wire. To access this licensed solution, activation is required through the Lincoln Electric REVEAL Activation Platform.