TRUMPF  

3 Leibinger Way
Farmington,  CT  06032

United States
860-255-6000
https://www.trumpf.com

• Booth: A2104

TRUMPF is the world market leader in sheet metal fabrication equipment and industrial laser technology. Products manufactured with the company’s technology can be found in almost every sector of industry. TRUMPF Inc. is the largest subsidiary of the TRUMPF Group and is dedicated to serving the U.S., Canadian and Mexican markets. Additional company information is available at: www.trumpf.com

 Press Releases

• TRUMPF Uses AI to Improve Laser Cutting Edges (Jul 21, 2025)
  TRUMPF Uses AI to Improve Laser Cutting Edges
  
  New “Cutting Assistant” uses AI (Artificial Intelligence) to independently determine laser cutting parameters // Solution is available for TruLaser machines with a power of 6 kW or higher, purchased after May 2025 // Users save time and counteract the skilled worker shortage
  
  Farmington, Conn. – High-tech company TRUMPF is introducing a new “Cutting Assistant” application, which employs artificial intelligence to help users improve the quality of laser-cut edges. Production employees just take a picture of their component’s cut edge with a hand scanner. Then, the solution assesses the edge quality, evaluating it using objective criteria such as burr formation. With this information, the Cutting Assistant's optimization algorithm suggests improved parameters for the cutting process. Then the machine cuts the sheet metal once more. If the part quality still does not meet expectations, the user has the option to repeat the process. This solution is available for all TruLaser series laser cutting machines purchased as of May 2025, which feature a power output of 6 kW or higher.
  
  “With the Cutting Assistant, TRUMPF is once again demonstrating how we are pioneering the use of AI in industrial manufacturing,” says Grant Fergusson, TRUMPF Inc. TruLaser 2D laser cutting product manager. “The Cutting Assistant is a great example of how AI-enabled tools can help overcome problems related to the skilled worker shortage and also saves time and money. When it comes to productivity, this application creates a competitive edge for fabricators.” 
  
  AI evaluates edge quality and makes optimization suggestions
  When laser cutting, fabricators can find it challenging to determine the correct parameters to use for their material grades. Materials that are not optimized for laser cutting often produce edges with wide variations in cut quality, forcing production employees to constantly change the technology parameters. This involves adjusting each individual parameter one by one— a process which demands a lot of time and employee experience. This presents a challenge for many companies, especially those with inexperienced workers in production positions. By integrating the Cutting Assistant into the machine software, optimized parameters can be transferred seamlessly into the software without the need for programming. This saves time and reduces errors.
  
  Further improvements planned for Cutting Assistant 
  While developing the Cutting Assistant, TRUMPF experts cut thousands of parts and drew upon many years of expertise, using their extensive knowledge to train the software’s algorithm. For TRUMPF, this work on the Cutting Assistant continues. In the future, data from applications in the field will also be incorporated into the solution. This will enable faster and more reliable results, because the self-learning system will continuously improve. Through all of this, TRUMPF ensures that the algorithm does not distribute the user's expertise. 
  
  “Manufacturers and users alike benefit from this novel development approach. Of course, data security remains a top priority for TRUMPF,” says Fergusson.
  
  TRUMPF regularly provides users with online updates that they can download to their machines for maximum productivity and quality.

• TRUMPF Launches Easy-to-use Press Brake in U.S. and Canadian Markets (Jul 21, 2025)

  Simple programming and operation via machine control system // TruBend 1000 series press brakes offer ideal range of functions for companies looking to enter the metal bending market // As robust and reliable as high-end machines from TRUMPF, but at a substantially lower cost

  
  Farmington, Conn. – TRUMPF Inc. has introduced a new and attractively priced press brake for U.S. and Canadian companies entering the metal bending market. Featuring the new Right Angle (RA) control system, the TruBend 1000 is extremely easy to program. Operation is similarly straightforward – thanks to the user-friendly interface. The TruBend 1000 is available with press forces ranging from 66 to 353 tons and bending edges from 6.6 to 13.1 feet. It can be used to produce a broad spectrum of bending parts. The favorably priced model offers an attractive alternative for manufacturers.

  “Like all new entry-level machines from TRUMPF, the TruBend 1000 is precisely tailored to the needs of companies looking to break into metal bending,” says TRUMPF Inc. TruBend Product Manager Chris Wargo. “The machines are every bit as robust and reliable as our high-end models, but at a much lower price tag. We can now provide even more solutions to help companies grow and manufacture competitively.”

  Easy entry into metal bending

  TruBend 1000 Series customers benefit from the latest digital technology and TRUMPF services. If any questions or issues arise, TRUMPF technicians can connect with the machine online and provide customers with remote support. The TruBend 1000 has features designed to meet the needs of companies getting started in metal bending. The press brake comes with the proven TRUMPF tooling clamp and is compatible with TRUMPF bending tools. In addition, users have access to a demo version of TRUMPF’s offline programming software TecZone Bend. This means the machine can be programmed from the office while in full operation, to increase productivity even more.

  Perfect for simple parts and medium-to-large workpieces

  The TruBend 1000 is suitable for all companies who manufacture simple and semi-complex parts in small to medium batch sizes. This model comes with the TRUMPF tool system and is suitable for small batch sizes, as tool changes can be done quickly. The press brake is attractive for smaller companies or contract manufacturers operating in single shifts. The first machine available in the series has a capacity of 165 tons and 10.17

• TRUMPF Slat Cleaner Makes Hard Slag History (Jul 21, 2025)

  Higher power laser systems can produce slag that’s harder and tougher to remove // New TruTool creates simpler, more efficient and ergonomic approach to removing slag // TRUMPF’s TSC 200 slat cleaner is now available in North America // Can be used with all standard laser cutting machines

  Farmington, Conn. – Laser cutting machines with particularly high-powered lasers can produce slag that becomes so hard that most of the currently-available slat cleaners on the market struggle to remove it. TRUMPF tackled this challenge and developed the TruTool TSC 200, a slat cleaning tool that overcomes the issue effectively while also making work simpler, more efficient, and ergonomic.

  Optional feed support

  When the slag is especially thick or the material mix is particularly tough, the cleaning process can require more user effort. To make the process easier for operators, TRUMPF has developed an optional feed support that can be mounted directly on the TruTool TSC 200 and is driven by the slat cleaner motor. This unit pulls the slat cleaner across the slats, greatly reducing operator effort.

  Patented cleaning tools

  TRUMPF’s new cleaning method removes the slag in a two-step roughing and finishing process. The developers equipped the cleaning tools with serrated and continuous cutting edges. The rotating tools are arranged to the right and left of the slat. The serrated cutting edges break up the slag, while the continuous cutting edges scrape it off. This process runs continuously, allowing cleaning to proceed at a speed of 13 to 32 feet per minute. The innovative cleaning tools are available in two versions, one for slat thicknesses of between 0.080 and 0.120 inches and another for cleaning 0.120 to 0.150-inch-thick slats. All tools have the same high resistance to wear as they are made from hardened material. Another notable feature is the wear markings, designed as notches in two locations, which function like the indicators found in tire treads. If they are no longer visible, the tool is worn out and must be rotated 180 degrees. This ability to rotate further extends the life of these replaceable tools. Thanks to a

  Excellent protection for motor and gearbox

  The new slat cleaner’s high performance is made possible by a powerful 1,700-watt motor and robust gearbox with integrated slipper clutch. This clutch protects the motor from overload situations. The drive components are housed in separate chambers and are protected from slag and dust particles without the need for any additional seals.

  Ergonomics and easy maintenance

  The intuitive handling is further enhanced by the front handle, which allows the machine to be easily placed on the pallet for cleaning. Position markings on the housing cover and handle help operators find the position of the slat to be cleaned. The polyoxymethylene roller is highly practical, as it is used to transport the slat cleaner to the laser cutting system. The roller does not need to be removed before starting to clean the slats.

  The TSC 200’s smart box is mounted on the handlebar with an off switch and LED indicators for maintenance intervals. The smart box ensures that the operator receives timely notifications when service to the slat cleaner is required.

  TRUMPF’s TSC 200 slat cleaner is now available in North America, and the portable power tool can be used with all standard laser cutting machines.

• TRUMPF Introduces Remote Operations Support for Automated Laser Cutting in (Jul 21, 2025)

  Live support for automated laser cutting helps night shifts run smoothly // TRUMPF experts monitor TruLaser Center machinery during unattended operation // Higher productivity results from increased uptime

  Farmington, Conn., – TRUMPF has introduced Remote Operations Support, a new service for automated laser cutting machine customers in the United States. The service connects experts in Germany with U.S.-based customers operating TruLaser Center machinery.

  Designed for autonomous production, TRUMPF’s TruLaser Center is a full-service laser machine that automates the entire laser cutting process from loading of sheet metal to laser cutting and then part removal and sorting. The Remote Operations Support service was created to assist customers with this automated laser cutting technology.

  “Many fabricators run the TruLaser Center during night shifts with the goal of arriving in the morning to a stack of finished and sorted laser-cut parts,” explains TruServices Director Christine Benz. “But what if a machine stops while no one is onsite? Or, what happens if an operator is out sick or on vacation? This is where the Remote Operations Support can intervene and help if needed.”

  Better Night Shift Productivity

  Small errors can cause big problems for fabricators, particularly when machines run unattended, and can result in lost production time. TRUMPF’s Remote Operation Support service increases nighttime production capability and reduces the need for additional onsite staff.

  “It can be hard for manufacturers to find enough qualified employees to monitor the night shift, and delays in detecting and restarting a stopped machine could reduce overall efficiency,” adds Benz. “Fortunately, we have TRUMPF experts who are wide-awake at that time and available to provide remote service support.”

  Remote Support for Increased Uptime

  With Remote Operations Support, a team of TRUMPF experts in Neukirch, Germany remotely monitors TruLaser Center machinery in the United States. In addition to observing the process, the team can intervene and resolve errors to keep the laser cutting machine producing parts.

  “This is another example of how TruServices is working to maximize our customers’ machine uptime,” says Benz. “If the machine encounters an error during an unattended night shift, our Remote Operations Support team can quickly resolve many unplanned machine stoppages and maintain the high level of productivity that is possible with the TruLaser Center.”

  Future Oriented Service

  The average processing time to remotely resolve a TruLaser Center machine standstill is estimated at less than fifteen minutes. In addition, the experts at TRUMPF have found that more than fifty percent of machine downtimes can be resolved remotely.

  “We are continually enhancing our TruServices offerings to further the goal of zero unplanned downtime for customers,” says Benz. “Remote Operations Support is just one of the many ways TRUMPF is working to further increase manufacturing productivity and excellence in the future.”

• TRUMPF Launches Fully Automated Punch-Laser Combination Machine for Connect (Jul 21, 2025)

  TRUMPF’s new automated punch-laser machine introduced in North America // TruMatic 5000 boosts productivity and part quality while reducing energy consumption // Fully automated material flow thanks to new SheetMaster

  Farmington, Conn. – TRUMPF is launching its TruMatic 5000 manufacturing cell with the new SheetMaster to the North American market. Users of the new system will benefit from fully automated laser cutting, punching and forming capabilities. The new SheetMaster enables a fully automated flow of materials within the manufacturing cell – from loading and unloading the machine to removing finished parts.

  “The TruMatic 5000 is yet another example of TRUMPF’s market-leading position in the field of connected manufacturing,” says TRUMPF Inc. Product Manager for TruPunch and TruMatic Daniel Pfisterer. “This solution is designed for seamless integration in a self-contained smart factory and will give users efficiency gains along the entire process chain.”

  TRUMPF’s new combination machine is equipped with a 6kW fiber laser to maximize productivity. As well as saving energy, this laser does an impressively fast job of cutting sheet metal parts. The system comes with a descending die that prevents parts from being scratched during the punching process. The TruMatic 5000 punching head also comes with a patented TRUMPF electric drive known as the Delta Drive, which uses around 30 percent less energy.

  SheetMaster enables fully automated material flow

  TRUMPF has fully automated the material flow in the TruMatic 5000. This improvement was made possible by the new SheetMaster technology, which uses grippers to handle parts in the manufacturing cell. The suction cups on the new SheetMaster’s grippers are monitored by sensors and can be activated individually. This makes gripper operation even more flexible, speeding up workpiece handling and saving valuable time, especially for smaller batches. In addition, the SheetMaster can be connected to an automated STOPA storage system which automatically supplies the manufacturing cell with raw material. The system also palletizes and sorts the parts without human intervention. Further benefits of the new SheetMaster include its ability to eject cut and punched parts from the manufacturing cell. Parts can then be transported directly to the next stage of the process. This reduces non-productive time and increases efficiency on the shop floor.

  Maximum productivity for small batch sizes

  The TruMatic 5000’s automation technology also includes the ToolMaster, a tool changer with up to 90 different tool cartridges that can automatically switch between multiple punching and forming tools. The ToolMaster enables users to produce small, high-mix batches of parts without having to manually retool the machine. Also coming soon, is an automatic nozzle changer with a nozzle inspection function. This prevents unscheduled stoppages during the night, for example due to a damaged nozzle.

  “The new TruMatic 5000 manufacturing cell with the SheetMaster is designed for businesses that want to take their productivity to the next level through automation,” adds Pfisterer. “This punch-laser machine and automation combination is a great option for fabricators looking to improve connectivity and increase productivity without adding headcount.”

  TRUMPF’s TruMatic 5000 is suitable for companies that have already introduced connectivity to their shop floor, as well as those that are currently planning to do so. Typical areas of application include production for industrial kitchens, control-cabinet manufacturing, and the furniture industry. 

• TRUMPF Opens New Smart Factory, Expands Initiatives to Grow the Future of A (Jul 21, 2025)

  Ribbon-cutting ceremony in Farmington, Connecticut marks the official opening of the Smart Factory // TRUMPF announces new initiatives to increase local manufacturing, expand training facility, and grow apprenticeship program

  Farmington, Conn. – Global technology company TRUMPF officially opened a new Smart Factory that expands local production of machine tools and demonstrates advanced manufacturing capabilities in Farmington, Connecticut, the headquarters of its billion-dollar North American subsidiary, TRUMPF Inc. After a May 20 ribbon-cutting ceremony, the Smart Factory is operational and uses high-tech TRUMPF fabricating equipment to produce sheet metal parts for its U.S.-manufactured TRUMPF machinery. Manufacturers can visit the facility to investigate applications of the automation, connectivity and data-driven production.

  “The new facility is a clear reflection of our commitment to our U.S. customers and our deep appreciation for their business,” said Nicola Leibinger-Kammüller, CEO and owner of the TRUMPF Group. “I am pleased to see this $40 million investment in Connecticut come to fruition, but this is just the beginning. TRUMPF will continue to stand for such dedication to innovation, technology and growth in North America in the years to come.”

  “The future demands smarter, more connected and more competitive manufacturing. Now is the time for manufacturers to elevate their production methods and further develop their workforce. That’s what TRUMPF is doing here in Connecticut and what we are assisting companies throughout North America to do as well by providing enabling manufacturing technology and services,” said TRUMPF Inc. President & CEO Lutz Labisch. “The Smart Factory reaffirms our partnerships with manufacturers to meet their growing needs to streamline and accelerate production while enhancing process adaptability and product quality.”

  In attendance at the Grand Opening ceremony, Connecticut Governor Ned Lamont praised TRUMPF’s new Smart Factory as the most advanced of its kind. "This cutting-edge facility is ushering in the next generation of manufacturing. TRUMPF’s investments in local manufacturing and skilled worker training are forward-thinking efforts that bolster the reputation of Connecticut and TRUMPF as a leader in innovation and technology, while strengthening the ability of our manufacturing industry to compete globally. I am pleased to announce that the state is providing $2.5 million in financial assistance to support the company’s growth, and that TRUMPF is the first recipient of funding under our Strategic Supply Chain Initiative.”

  Added Technology & Demonstration Capabilities

  The Smart Factory adds 55,800 square feet of production space for TRUMPF to efficiently cut, bend and weld thousands of different parts for its state-of-the art machines, used by manufacturers to make metal components for cars, aircraft, agricultural machinery, data center cabinets, fitness equipment and a wide variety of other products. It showcases real-life applications of automated and connected manufacturing to thousands of manufacturers who visit the Connecticut campus each year to explore technology customized for their own production needs.

  “The Farmington Smart Factory provides a blueprint that enables manufacturers to reshore production and remain cost-competitive while adapting to changing needs, overcoming skilled labor shortages, and meeting strict safety standards,” said TRUMPF Inc. Executive Vice President Burke Doar. “North American manufacturers are leading the way in this effort. TRUMPF has already partnered with companies here to build more than 300 Smart Factories in different sizes and configurations over the last couple of years and we expect this trend to continue.”

  The Smart Factory is part of an ongoing “local-for-local” strategy for production in Connecticut, where the company has manufactured since 1974. TRUMPF produces sheet metal laser cutting machines and connected automation devices for the North American market in Farmington, and recently added a new production line to make tube laser cutting machines. TRUMPF is a global leader in fabricating machine tools and laser technology used in manufacturing. A subsidiary of the privately held TRUMPF Group, TRUMPF Inc. opened in Connecticut in 1969 and oversees additional offices in California, Illinois, New Jersey, and Michigan.

• New TRUMPF Laser Cutting Machine Generates Bevels While Cutting, Reduces Do (Jul 21, 2025)

  A new flatsheet laser machine from TRUMPF can prepare parts for welding while cutting // The TruLaser Series 3000 Bevel Cut Edition automatically creates bevels on parts // This solution is suitable for medium to thick sheet material and enables a wide range of edge geometries

  Farmington, Conn. – TRUMPF Inc. has introduced a new laser cutting machine that automatically prepares parts for welding. The TruLaser Series 3000 Bevel Cut Edition can produce beveled cutting edges (chamfers) on the top and bottom edge of the component while cutting. This ensures optimum preparation of the welding edges and reduces downstream processes. The machine can apply chamfers to sheets of up to 1 inch thick and handle complex bevel geometries with ease. The TruLaser Series 3000 Bevel Cut Edition solution is particularly suitable for mild and stainless steel.

  "With the TruLaser Series 3000 Bevel Cut Edition, manufacturers have a particularly productive universal machine with which they can integrate downstream process steps into laser machining," said Grant Fergusson, TRUMPF Inc. TruLaser 2D laser cutting product manager. “Thanks to the unique design of the cutting unit, the machine can create chamfers of up to 50 degrees, depending on the sheet thickness, which is more than the 45 degrees that were previously standard in the industry.”

  High flexibility in bevel design

  For this solution, TRUMPF has equipped the cutting unit of the TruLaser Series 3000 Bevel Cut Edition with two additional rotary axes, ultra compact drive motors, and a nozzle specifically developed for bevel cutting. Thanks to the special design, the cutting head can be tilted in all directions up to an angle of 50 degrees. As usual, the cutting unit regulates the distance to the sheet, minimizing the risk of collision despite the steep angle. The TruLaser Series 3000 Bevel Cut Edition also comes equipped with TRUMPF collision protection, to further guarantee process reliability and prevent structural damage by avoiding collisions with tipped parts.

  Due to the cutting unit’s high flexibility, users can create bevels in different geometries. In addition to the classic V and Y edges, edge geometries in which both sides of the part edge are provided with bevel cuts, also known as double V (DV) edges or X prep and double Y (DY) edges or K prep, are possible. This edge-geometry flexibility is advantageous when complex parts or groups of parts must be welded.

  To meet the high demands required to prepare complex bevel cuts, TRUMPF has developed a new, particularly simple, and intuitive programming system. It contains a preselection of all the processing strategies, which the user can flexibly adapt as required. There are also predefined cutting parameters for the special bevel cut nozzles. This does not reduce the high productivity of the TruLaser Series 3000.

  For 2D processing of components without bevels, the machine is equipped with all of TRUMPF’s proven laser cutting features, such as Highspeed Eco for gas consumption reduction, FlexLine for the reliable processing of different material grades, and EdgeLine Bevel for the rounding of the upper sheet edges.

  “We are excited to share this bevel cutting capability with our American customers, many of whom have requested bevel cutting to enhance production,” added Fergusson. “At TRUMPF, our success is built on meeting customer needs with new technologies. With this new bevel cutting product, manufacturers can realize substantial savings in setup times, tooling costs, and material handling.”

• New Automated Unloading System for Laser Tube Cutting from TRUMPF (Jul 21, 2025)
  “Automated unloading interface with longitudinal belt conveyor” automatically conveys tubes to the separate safety enclosure of a handling system // Frees staff for other tasks, boosts productivity // Provides the missing link to fully automate the entire laser tube cutting process chain
  
  Farmington, Conn. – TRUMPF Inc. has announced a new automated unloading system for its laser tube cutting machines. Laser tube cutting machines equipped with the “automated unloading interface with longitudinal belt conveyor” can automatically convey cut tubes to an automation system, which then sorts the parts or delivers them to the next production step for further processing.  The automation solution, which is designed to prevent errors and reduce the operator’s workload, is available for TRUMPF’s 5000 and 7000 series TruLaser Tube laser cutting machines.  
  
  “This new automation technology is another example of how TRUMPF provides solutions that address the real-world requirements of companies in the metal fabrication industry,” says TRUMPF Inc. Executive Vice President Burke Doar. “Laser tube cutting involves a high operator workload, which can be very challenging for many companies. Our solution helps companies tackle the shortage of skilled workers while also improving capacity utilization. The result is higher productivity and greater competitiveness.”
  
  Compared to many other technologies, laser tube cutting requires significant operator involvement. TruLaser Tube machines are highly productive, which means a production worker needs to be available at regular intervals to remove and sort the cut tubes. With skilled staff in short supply, it can be hard for fabricators to find someone to carry out this task. In addition, the cut tubes tend to be large and unwieldy, so workers are often reluctant to take on this job. TRUMPF’s automated unloading system helps solve this dilemma.
  
  Ideal for medium and high-volume production 
  In machines equipped with the new solution, the laser cut tubes are automatically deposited on a belt conveyor. The conveyor transports the parts to the automation system’s safety enclosure. Here, the parts are retrieved by a separate machine known as an integrator, which could be a robot or some other handling device. TRUMPF uses integrators from well-known partners, such as Starmatik and Transfluid, for part retrieval and handling.
  
  None of the automation obstructs or limits the open concept of the laser cutting machine: users are still free to unload parts manually, an option that continues to be particularly advantageous for small batch sizes and intermediate products.
  
  TRUMPF’s automated unloading system also features a digital interface that transfers all relevant information about the parts to the integrator. TRUMPF’s Programming Tube software makes this data available to the integrator automatically via the TruLaser Tube’s digital interface. This data makes the next stage simpler, for example by enabling the Starmatik robot to sort cut parts or convey them directly to the next step in the process without having to teach individual positions. This digitalization solution also saves time and reduces the possibility of errors.
  
  Fully automating the tube process chain 
  TRUMPF’s automated unloading system is a particularly good choice for medium and high-volume manufacturers, as well as for job shops that handle orders of various sizes. Typical applications include furniture, fitness machines and agricultural machinery.  
  
  TRUMPF’s automated unloading system is the final link in the chain that enables every step in the tube fabrication process to be automated, including laser tube cutting. The company’s automated loading system, which enables raw material to be taken directly from storage and automatically loaded into the machine, has already been on the market for some time. TRUMPF can also help users to automate their tube-bending and welding processes. To achieve these advances in the tube-processing chain, TRUMPF works with well-known industry partners, including Starmatik, Transfluid and STOPA. 
   

• TRUMPF Launches Flex Cell Bending Automation to the North American Market (Jul 21, 2025)
  TRUMPF’s fastest mobile bending cell ever // The new TRUMPF Flex Cell automates the TruBend 7050 // Helps companies handle order surges and combat labor shortages // Designed for small and simple components
  
  Farmington, Conn. – TRUMPF Inc. has introduced its fastest TRUMPF mobile bending cell ever to the North American market. The new automation solution, TRUMPF’s Flex Cell offers highly efficient bending in combination with the TruBend 7050 press brake. In just a few simple steps, operators can dock the mobile robot cell onto the bending machine and operate it automatically. The machine can run autonomously for several hours. This automation solution helps companies handle order surges and combat labor shortages. The combined footprint of the Flex Cell and the TruBend 7050 is under 107 square feet, compact enough for any production environment.
  
  “The Flex Cell gives fabricators a quick and easy way to automate the TruBend 7050, which is TRUMPF’s fastest bending machine,” says TRUMPF Inc. Press Brake Product Manager Chris Wargo. “This is another great example of how TRUMPF is focused on customer needs and feedback-driven solutions.”
  
  Easy to program, safe to operate even “lights-out” production
  The Flex Cell has a double-sized material buffer that ensures it has enough material to feed the TruBend 7050 throughout a night shift. A vacuum combination gripper on the robot arm enables fast and safe loading and unloading. Using the proven TRUMPF TecZone Bend software, a bending program can be created in just a few seconds. The operator is then able to program the robot by means of an app and the teach panel. This makes the TruBend 7050 quick and easy to set up. Thanks to automatic double-sheet detection, the Flex Cell is also able to recognize if unprocessed material has stuck together during loading and then eject it. This reduces rejects and saves resources.
  
  Designed for small and simple parts
  The Flex Cell is suitable for components up to 23.6 by 15.75 inches in size. It can process sheet metal of between 0.03 and 0.23 inches in thickness. Combined with the TruBend 7050, the Flex Cell is ideal for companies seeking a solution to problems caused by a shortage of labor and that would like to increase productivity through automation. Companies with fluctuating orders of small and simple parts are particularly suited to benefit from this solution.

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