In today’s highly competitive market, manufacturers must stay both lean and efficient. Taking advantage of the different seam tracking options available for your welding projects is one way to gain an edge.
Here at Bancroft Engineering, we understand the importance of optimizing your welding process.
Tactile Seam Tracking
Tactile seam tracking systems track the seam using a sensor with a tip that physically touches along the length of the seam about 2-3” in front of the arc. When a change in location or alignment is detected, the system responds and adjusts to the correct position. It can be used in almost any welding process. Tactile seam tracking is very versatile and works well on any material type. This option offers a great balance between cost and flexibility.
One disadvantage to tactile seam tracking is that the torch is adjusting in real time according to where the probe is touching not where the torch is welding. If the probe is 3” in front of the arc and a quick drastic change to the seam is detected the arc may actually move outside of the seam. To solve this problem the tracker can be paired with another type of control system to delay the correction in relation to the travel speed of the weld head or part.
Through Arc Seam Tracking
Through arc seam tracking is a type of 2-axis real-time tracking. The tracking occurs as the weld is being deposited and adjusts by monitoring the voltage across the arc. In order to shift along 2 axes’ with through arc tracking weaving is required. As the tip to work distance changes so does the voltage across the arc. This change in voltage is monitored and used to adjust the path of the torch, maintaining proper weld position in the joint.
Laser Vision Seam Tracking
Laser based vision tracking, also referred to as optical tracking, involves a laser beam device which hits the welding surface, reflects off and bounces back to the sensor. With this technology, the sensor then recognizes exactly where the seam is located. Laser vision seam tracking is highly reliable and great for high speed welding applications for both small and large parts.
Touch sensing, or wire touch sensing, is the physical touching of the weld wire to the welding surface to detect the joint. Most commonly used in robotic welding applications, this type of seam tracking uses low voltage through the welding wire or torch tip to search and detect the welding surface and seam. The seam needs to be detected prior to welding so the cycle time can be double or more compared to that of other methods.
Each tracking system has its positives and negatives. Work with a Bancroft weld specialist to understand which one is the best option for your process. Located in Waukesha, WI, our team of welding engineers are here to help you automate and optimize your process. Give us a call today at 262-786-1880, or email: firstname.lastname@example.org to get started.
Ready to optimize your manual welding process to a more efficient operation and consistently improve your end products? Updating your welding methods with a semi-automatic welding machine will take your manufacturing process to the next level—all while increasing your profit margin.
Robotic or fully automated welding is not ideal for every project—expected lifetime of the job, the cost of tooling and the flexibility required are all factors that should be considered. That being said, semi-automated welding systems are a great option because they can double the output of a skilled manual welder while still maintaining a high level of control.
What is Semi-Automatic Welding?
Semi-automatic welding is a form of manual welding that utilizes the proper equipment which automatically controls one or more of the welding conditions. The machine operator manipulates the controls of the machine to start welding and observes the process and end result for quality. This is helpful to workers as it’s much less physical demanding than manual welding.
Advantages of Semi-Automated Welding Machines
Applications that benefit most from semi-automated equipment is when the quality or function of your weld is highly critical, if repetitive welds must be made, or if the parts already have gone through added-value processes before the welding begins. Semi-automatic welding systems offers a host of advantages for a variety of applications:
- Enhances worker safety
- Maintains high-quality welding output—integrity and repeatability
- Increases overall product output
- Decreased scrap produced
- Less expensive than robotic welding
Welding Machine Types for Every Application
Bancroft Engineering specializes in robust semi-automatic welding machines—both standardized and custom solutions. No matter what type of welding projects you have, semi-automatic machines give you repeatability with the touch of a button!
Weld Lathes: Our line of weld lathes are built for speed and quality output. We also offer lathe machines that include built-in secondary operations such as drilling, milling and cutting to maximize your production line even further.
Rotary Welding Equipment: Economical, compact and robust, our line of Rotary Welda-Round machines are a great option for welding operations dealing with a variety of parts and material types.
Seam Welding Machines: Seam welding is common in many industries after forming materials into cylinders or tubes. Semi-automated seam welders are able to create uniform consistency across the entire length of the material.
Linear Welders: Linear welding systems are designed to automate straight welding applications. These machines are commonly used for both small and large-scale projects.
Semi-Automatic Welding Systems Built in Waukesha, WI
Our team offers welding equipment from simple rotary and linear drive machines to multi-axis, servo systems with robotic integration. Interested in learning more about Bancroft Engineering and what we can do for your welding process? Get in touch with us to discuss your project!
When: November 11-14, 2019
Where: McCormick Place
2301 S. Martin Luther King Drive
Chicago, IL 60616
FabTech is North America’s largest metal forming, fabricating, welding and finishing event! This November, plan to attend the FabTech show in Chicago for 4 days of the latest manufacturing technology. Meet with world-class suppliers and see all the latest industry equipment and developments. You’ll be sure to find tools to improve your productivity, increase profits and discover new solutions to all of your manufacturing needs.
Welda-Round Rotary Welding Machine on Display
During the show, we will be demonstrating our Model 300 rotary Welda-Round machine. This demonstration will be highlighting a torch system built by American Weldquip.
We will be showcasing some of the latest technology and controls to conquer the toughest weld jobs with ease. The durable and versatile Model 300 welding system is designed to produce fast, repeatable, flat circular or contoured welds. Don’t miss it in action!
Stop by booth B17059 during the FabTech show to see Bancroft Engineering and our partner, American Weldquip! We will be located in the North Hall, which is sure to be filled with a wide range of welding and other finishing technologies. Our team will be available to discuss your manufacturing projects and to answer all of your questions. Learn more about Bancroft Engineering’s services and equipment by watching our latest video below:
Join us at FabTech 2019
Interested in learning more about Bancroft Engineering and what we can do for your welding process? We will have sales engineers at the show to answer all of your questions and to discuss your specific projects.
If you’d like to schedule a time to meet with one of our team members before or after the show, email us at email@example.com or call: 262-786-1880. We’d love to hear from you!
With the new year right around the corner, it’s a great time to plan for tax savings before it’s too late. Purchase automated welding machines from Bancroft Engineering to not only improve your manufacturing process but also to save your business money during tax time.
How Does Section 179 Expensing Work for Welding Equipment Purchases?
Section 179 of the United States Internal Revenue Code (26 U.S.C. § 179) is now available which allows you to write-off up to $1,000,000 of a qualifying equipment purchase for 2019.
In previous years, when businesses purchased welding equipment, they would write it off little by little through depreciation. For example, if your business spends $75,000 on a piece of machinery, you might write off $15,000 per year for five years.
Now, with Section 179, a business can write-off the entire purchase price of qualifying equipment for the current tax year. As in our previous example, if your manufacturing business spends $75,000 on a piece of automated welding machinery, you can write off all $75,000 in the same tax year using Section 179. This makes a big difference for small and medium-sized businesses as it allows you to accelerate your tax savings!
How to Qualify for Section 179
Section 179 is an attractive tax deduction for manufacturing businesses—it’s also easy to understand and utilize. Most new and used tangible business equipment qualifies as long as it meets the following criteria:
- Equipment must be installed and ready for service in the same tax year
- More than 50% of the use of the equipment must be used for the business
Real Example of Section 179 Expensing
- Cost of equipment after Bancroft Engineering Discounts: $175,000.00
- Section 179 Deduction: $175,000.00
- Total First Year Deduction: $175,000.00
- 35% Saving on Equipment Purchase: $61,250.00
- Lowered Cost of Equipment After Tax Savings: $113,750.00
Utilize Section 179 with Your Next Automated Welding Machine Purchase
There has never been a better time to purchase welding equipment and take advantage of major savings!
Bancroft Engineering designs and builds welding equipment such as standardized and custom welding machines and much more out of Waukesha, WI—specializing in stand-alone equipment to fully robotic automated systems. Need help automated your welding process or have a special welding application? Give us a call at 262-786-1880, or email: firstname.lastname@example.org to get started.
Most of us know how important the proper positioning of a workpiece is to get high-quality welds. Positioning equipment assists the welder when both maneuvering and welding small and large parts. Positioners for welding greatly enhance productivity—they can be used as both stand-alone units or as a part of a complete automated system.
All of our best-in-class welding positioners provide years of reliable and productive service. Read on to learn more about Bancroft Engineering’s best-in-class welding positioners.
About Welding Positioners
Positioners are used to securely hold, rotate and lift weldments in order to assist the welder—or the robot—to access the joint at the optimal orientation. Positioners offer many benefits such as improving the quality of the weld, improving production speed while minimizing worker accidents.
Key Welding Positioner Machine Benefits:
- Enhances worker safety
- Increases throughput
- Lowers labor costs
- Improves weld quality
Engineered for Every Application
Bancroft Engineering offers the most complete line of weld positioners for every application and budget. All of our high-quality welding positioners are designed to rotate your workpiece to the exact angle and speed to meet your needs. Choose from light, medium or heavy-duty positioners with all the add-on options to exceed your welding automation requirements.
This light-duty welding positioner is designed for high speed rotation of lighter workpieces. It includes many of the same features of higher-capacity positioners such as variable speed control, forward/reverse switch control and much more. It has a compact design, plus it’s perfect for both MIG and TIG welding applications. The TT100 positioner is the #1 choice for smaller weldments with weights up to 100 pounds. SEE ALL TT100 SPECIFICATIONS HERE.
With a 200-pound vertical loading rate, this robust weld positioner is a great solution for any automation or manual welding application. The TT210 is easy to adjust and offers a 90-degree tilt. It features variable speed control, adjustable overlap control and much more. SEE ALL TT210 SPECIFICATIONS HERE.
Our model TT500 offers a powerful solution for consistently rotating and holding parts in your workstation. This robust positioner features a 500-pound vertical load rating and a 120-degree tilt. Along with the basic features, it also offers a 2-inch center through hole for increased security and purging. SEE ALL TT500 SPECIFICATIONS HERE.
Designed for the rotation of larger work pieces, the model RT2000 provides an option for all of your heavy weldments. This high-quality positioner works to smooth your operation with minimal backlash. With a 2,000-pound vertical load rating, this weld positioner features a slotted turn table that provides quick mounting of multiple fixtures. The RT2000 is also available with servo motors for a robotic application with custom controls. SEE ALL RT2000 SPECIFICATIONS HERE.
Need a More Automated Positioner?
We are getting ready to release a brand new welding positioner stand with even more controls and added features. Stay tuned for more information!
Positioners for Welding Built in Waukesha, Wisconsin USA
Our positioners are available to all fabricators interested in high-quality and economical welding methods. Our engineering team ensures that each piece of welding equipment is built to satisfy the need for high quality and peak production efficiency.
Bancroft Engineering designs and builds welding equipment such standardized and custom welding positioners and much more out of Waukesha, WI—specializing in stand-alone machines to fully robotic automated systems. Need help automated your welding process or have a special welding application? Give us a call at 262-786-1880, or email: email@example.com to get started.
Automated weld lathe machines are designed and built for both small and large welding applications. Lathe welders are commonly used to weld seams or to join multiple components together. Here at Bancroft Engineering, we take pride in building the best precision weld lathes for manufacturers looking to automate—or just improve their overall welding processes!
About Weld Lathe Equipment
Precision weld lathe machines provide a versatile way to rotary weld production parts. Whether you’re in need of vertical, horizontal or inclined drive orientations, a weld lathe can be aligned to optimize and improve your production line. Check out Bancroft’s line of premium weld lathe machines below:
Model 605: The fully functional 605 model welder is a budget friendly alternative for circumferential welding cells. This system is designed to achieve a maximum welding rates as well as high-quality output with minimal labor costs.
- Precision machine bed
- Digital controls
- 500 lb load capacity
- Auto cycle operation
- 400 lb camping force at 80 PSIG
Model 1210: This welding lathe is powerful yet designed with simple setups in mind. It offers more consistency and repeatability than less controlled welding methods.
- Precision machine bed
- Digital controls
- 1000 lb capacity
- Auto cycle operation
- 650 lb clamping force at 80 PSIG
Synchronized Drive Lathe: These automated lathe machines are used to join two or more components that have radial orientation. With the focus on speed and quality, Bancroft’s synchronized drive weld lathes are versatile and production ready. Check out more details here.
Whether you have large parts or small, precision components, our wide range of lathe configurations can be used to meet your needs. Bancroft Engineering builds standard and customized weld lathe machines for a wide-range of industries and applications including:
- Automotive components (exhaust, wheels, suspension, torque converters, etc.)
- Hydraulic cylinders
- Pressure vessels
- Construction applications
- Military components
- Job shops & metal fabricators
Customizable & Flexible
Looking for something specific? Weld lathes can be customized to fit any circumferential and linear TIG, MIG or plasma welding requirement. Leave it to our team of highly skilled engineers and technicians to build a custom weld lathe machine that exceeds your expectations.
Precision Weld Lathe Manufacturer
We strive to design and build the right equipment for your job! From standalone solutions to complex fully-automated systems, our work is always backed up with quality installation, field service and support.
Bancroft Engineering designs and builds welding equipment out of Waukesha, WI—specializing in stand-alone machines to fully robotic automated systems. Ready to learn more about adding a precision weld lathe machine to your shop floor? Call us at 262-786-1880, or email: firstname.lastname@example.org to get started.
Understanding the importance of clean metal before you begin any automatic welding, semi-automatic welding or manual process is key to a strong end result. Skipping the metal preparation step is one of the most overlooked tasks in the welding process, but it shouldn’t be! You run the risk of failing quality inspections or end up with ugly—or even weak welds.
Material preparation will vary depending on what type of tools you have such as automatic welding equipment, rotary welding systems, TIG welding cells or if you are welding manually. It will also depend on what type of metals you are using. Read on to get our general best-practice tips on how to prepare metal before welding.
Keep it Clean
Beginning with clean, debris-free material is the best way to ensure positive outcomes. Before using an automated welding system, remove any paint, oils, grease or rust. Here are a few common tools used to clean metal:
- Abrasive blasting
- Stainless steel brushes
- Solvents such as acetone or other alkaline cleaners
Avoid creating any deep scratches when cleaning your material as removing too much material from the metal can result in poor weld quality and costly rework. Always organize your cleaning utensils and keep ferrous and nonferrous tools separate. Cross-contamination can occur when the wrong cleaning tool is used.
Removing Oxide Layers
If you’re welding with aluminum, it can add an extra element of difficulty due to the nature of the metal. Aluminum has a greater risk to develop weld problems— such as lack of penetration—due to the tough oxide layer. Other metal materials may also have a coating on them to avoid rust during shipping. Oxidation can from quickly, so it’s best to clean small areas at a time right before the automatic welding process begins.
Preparing the metal’s edge is a critical step that allows the filler metal and part edge to fuse together without melting. Depending on your parts, one of these basic weld joints should be used:
- Butt joint: parts are on the same plane and they are joined at their edges.
- Corner joint: parts form a right angle and are joined at the corner of the angle.
- Tee joint: one joint is at a right angle, while the other resembled the letter “T.”
- Lap joint: formed with two overlapping parts.
- Edge joint: joints are parallel with each other and are joined at the seam.
A major challenge is preventing indirect material contamination from dust or other airborne particles floating through your shop floor. While you can’t stop dust and dirt completely, here are a few material storage tips to keep in mind:
- Store in a dry location
- Ensure minimum temperature fluctuation
- Cover materials with plastic or thin sheets of cardboard
Automatic Welding Systems
No matter what type of welding you are performing, it’s important to take the time to prepare your material before you get started. It’s worth the extra effort to get a strong weld that also looks perfect!
Bancroft Engineering designs and builds welding equipment such as rotary welders, weld lathes, seam welders and much more out of Waukesha, WI—specializing in stand-alone machines to fully robotic automated systems. Need help automated your welding process? Give us a call at 262-786-1880, or email: email@example.com to get started.
We are proud to be offering NEW weld lathe equipment that also includes added-value operations—all in one piece of machinery. Our standard 605 and 1210 model circumferential welding systems have always been designed with flexibly in mind. Now, we are offering the availability of even more options to customize a solution to fit all of your welding, machining and other fabrication needs.
We believe that your next piece of automated welding equipment should perform above average! These brand-new lathe machines with added machining applications offer high repeatability, extreme consistency and minimal run-out.
Along with our standard welding machine product lines, Bancroft Engineering also provides customized solutions to fit the demands of any project. We now offer the possibility of adding secondary operations. Have metal parts that need to be welded and drilled? Now, this can be done all in one machine—saving time and labor while optimizing your production line.
Machining Secondary Operation Add-Ons:
- Custom machining tasks
Standard Machine Features
Bancroft’s weld lathe family is one of the most versatile ways to rotary weld production parts. Our standard product line of weld lathe machines come with a plethora of features and specifications:
- Accurate machine bed
- Modern digital control System
- DC rotary drive
- 500-1000 lb. load capacity
- Automated cycle operations
- Adjustable operator console
- 400-650 lb. clamping force
- 4”x4” cross-side torch adjustability
- Standard air-cooled torch
- Much more…
- See All Standard Features
Weld Lathe Custom Configurations
- Multiple weld torch & frame configurations
- Programmable torch positioning
- Torch Weaving
- Programmable multi-pass welding
- Machine enclosure and flash shields
- TIG, plasma or submerged arc applications
- Tooling and factory runoff
- Much more…
- See all Custom Options
Weld Lathe Machines + Secondary Operations Combined
We are excited to expand the weld lathe family to include value-added machining operations. Bancroft Engineering designs and builds welding equipment out of Waukesha, WI—specializing in stand-alone machines to fully robotic automated systems.
Ready to take the next step? Call us at 262-786-1880, or email: firstname.lastname@example.org to get started.
Dedicated welding equipment, such as automated circle welders or rotary welding equipment, are great additions to any welding/fabrication operation. Our line of premier Welda-Round machines offer options for manufacturing projects of almost any alloy or welding method. Automated circle welding systems are designed to be economical and repeatable.
Some major benefits of circle welders are:
- Higher levels of production than manual process and even robotic systems
- Lower installation costs than other automation cells
- Highly repeatable welding output
- Easy to set up, operate and maintain
- Takes up minimal shop floor space
Let’s get into our rotary welder offerings, some of their standard features and how you can customize each piece to fit your welding projects.
MODEL 300 – MIG Circle Welder
This is the most popular circular welding system in the welding industry today! With a 75-pound head clamping force, this machine is heavy duty yet compact. Each 300 Model Welda-Round has the latest automated welding digital controls and technology for easy setup and operation.
- DC rotation drive
- Adjustable operation console
- CNC machined tooling arms
MODEL 350 – Rotary TIG Circle Welder
The Model 350 is a high capacity rotary welder that is capable of a single revolution weld cycle in a matter of seconds. It has high-frequency protection as well as drive delays and overlap controls. This robust TIG welding machine has a 360-degree rotation torch, perfect for any demanding job.
- Adjustable 8-inch vertical stroke
- Standard air-cooled torch
- 300 amp and 70% duty cycle
MODEL 500 – Port Welder
The larger and more robust Model 500 port welder offers extreme welding rigidity and accuracy. The duel torch system and a 100-pound clamping force are all situated on a heavy-duty frame. It’s the perfect machine for larger weldments and all other circumferential welding projects.
- 500 Amp duty cycle
- 50-550 IPM integral wire drive
- .7 to 14 RPM rotation speed
MODEL 550A – Aluminum Rotary Welder
Ultimate wire feeding capability for aluminum spud welding. When welding aluminum special care must be taken to properly feed soft aluminum wire. The 550A was developed using a slip ring assembly allowing the wire spool to rotate with the torch. This eliminates whip or twisting of the aluminum wire to prevent weld defects.
- Flexible configurations for headers and other pressure vessels
- Can be configured for all Arc Welding Processes
MODEL 600 – Fitting Welder
For unbeatable speed and quality, the Model 600 fitting welder is exactly what every modern welding shop needs. The arc time on this machine is drastically reduced as the rotating torches can travel 180-degrees and has an adjustable overlap. With a hefty 750-pound head clamping force, the model 600 Welda-Round is an all-star piece of welding equipment.
- Floor mounted operator console
- Fabricated tooling arm
- Wire drives
Rotary Welder & Circle Welder Machines Made in Wisconsin USA
All of our standard circle welders can be fully customized for your unique requirements. Bancroft Engineering designs and builds welding equipment out of Waukesha, WI—specializing in stand-alone machines to fully robotic automated systems.
Bancroft Engineering puts the “custom” in customer service nearly every day. We often receive inquiries from companies that are looking for help in developing a custom solution for a particular welding application—ranging from optimizing a specific process to tooling to a turn-key welding system.
These inquiries not only come in from existing customers who are looking to perform additional tasks with their Bancroft systems but also new customers who want to improve their manufacturing efficiency for the very first time.
We take pride in helping companies develop customized automated welding solutions when our standard products aren’t a viable fit for their specific application.
Our welding process development stages are designed to streamline your manufacturing operation. We take the time to understand your goals and pain points before putting together a solution that meets your needs. Read on for the breakdown of our complete custom welding solution process.
Step 1: Inquiry/Needs Analysis
The inquiry/needs analysis phase begins with the initial request regarding a need for a custom solution. Bancroft’s technical staff will work closely with your team to understand your automated welding problems and expectations. This step often includes photos of your current machinery, part prints, videos and phone discussions. Get started improving your welding process by filling out our contact form here.
Step 2: Develop Solution
Our technical sales and engineering teams combine forces to brainstorm all the possible welding solutions during the solution development stage. At times, this is a collaboration between both companies or can be done entirely by Bancroft. We leave this decision up to each individual customer.
Step 3: Proposal, Budget & Timing
The proposal can come in the form of a single best solution to the problem or possibly numerous solutions depending on customer requirements. We will walk you through each solution, the timeline required and what results can be expected.
Step 4: Construction
The construction phase has many steps. Mechanical design, electrical design, fabrication, mechanical assembly, electrical assembly and testing are the basic construction steps. Often, this is a collaboration between Bancroft, our suppliers, the customer and their suppliers in order to build the optimal system.
Step 5: Support
After the construction process is completed, the time comes to put your system into production. If needed, Bancroft can assist you to integrate the new automated welding system on your shop floor. Regardless of your needs for assistance, one of our engineers will follow up with you to ensure the solution is properly addressing the initial problem and is working as expected.
Custom Welding Solutions by Bancroft
If you have any questions about our process or would like to inquire about a customized welding system for your company, please don’t hesitate to call us at 262-786-1880. Or email us at email@example.com to get started.