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Unparalleled CONTROL for challenging Applications

The XPro Series Integrated Weld Process Controller takes the proven architecture of our proven XM® control system to the next level with significantly enhanced HMI and control capabilities. The XPro Series, including the XPro, XPro-Mobile, and XPro-Portable, has an increased capacity for tackling even the most demanding welding needs. It utilizes the same Digital Signal Processor (DSP) technology found in the XM®, but adds an enhanced HMI (human machine interface) with a touch screen to make weld program creation, menu navigation, and operator interaction even easier. The advanced hardware combined with the user-friendly interface results in the industry’s most powerful yet easy to program welding solution.  

The three different configurations, XPro, XPro-Mobile, and XPro-Portable, provide ultimate solutions for applications where the welding system is in a fixed location, or the controls need to be moved to different locations, or the controller needs to be physically carried to hard to access locations. 

30+ Years of welding Automation Excellence

  • Units of Measurement: Capable of operating using Imperial or Metric Units.
  • Storage: 100s of weld programs can be created and stored on the XPro console. Additional storage is available by using a USB flash drive and downloading or uploading files to and from the XPro. An ethernet port is also available for integrating with an external storage device.
  • Modules: Up to 16 modules can be integrated into an XPro controlled welding system.
  • Weld Processes:
    • GTAW (Gas Tungsten Arc Welding) or TIG
    • GMAW (Gas Metal Arc Welding) or MIG
    • SAW (Submerged Arc Welding)
    • FCAW (Flux Cored Arc Welding)
    • PAW (Plasma Arc Welding)
    • VPPAW (Variable Polarity Plasma Arc Welding)
    • VPGTAW (Variable Polarity Gas Tungsten Arc Welding)
  • Single Controller: A single controller integrates with the motion axes, wire feeders, and the welding power supply providing a central control point for all welding and motion parameters.
  • Touch Screen Interface: The human machine interface features a large touch screen display for easy navigation and weld program creation, and a hand pendant with tactile feedback for operations control.
  • Advanced Programming: The XPro Series offers advanced programming functionality allowing even the most challenging of applications to be completed with ease.
  • Expandable: The XPro Series features modules that allow increased system capabilities by simply plugging in a new module. When a new module is introduced, it is automatically recognized and integrated.
  • Long-term Support: The XPro Series utilizes an Embedded Linux operating system ensuring that AMET will be able to provide long-term support and stability. AMET writes the XPro software and manufactures the hardware, including the control boards, ensuring no risk of obsolescence due to third-party changes.
  • Retrofit Capable: The XPro Series can be integrated with existing fixtures such as lathes, seam welders, and manipulators to extend equipment service life. Retrofits can even be performed on equipment that was not produced by AMET, which helps reduce costs by reusing large positioning equipment.

A XPro Integrated Weld Process Controller is capable of integrating with and controlling the following equipment:

  • Welding Power Supply: Controls all weld parameters of several brands and models of welding power supplies.
  • Arc Voltage Control: The AVC provides constant arc standoff and also allows for touch starts and touch retract
  • Cold Wire Feed Control: Wire feed speeds and wire retract are programmable
  • Hotwire Feed Control: Wire feed speeds and voltage to the wire before it enters the weld puddle are programmable.
  • Linear Travel Control (horizontal or vertical): Motion is programmable by distance, speed, or time.
  • Oscillation Control:
    • Mechanical Oscillation: Dwell time and oscillation distance are programmable.
    • Magnetic Oscillation: Programmable control of slew time, dwell time, amplitude, and arc position. The arc can be deflected and maintained in a set position to aid in certain types of welding such as fillet welding.
  • Rotation Control: Motion can be programmed by RPM, degrees of rotation, or time, Continuous or manual (jogging) rotation are also available on the remote pendant.
  • Gas Flow: Enable/disable located on hand pendant. Also capable of mass flow controller integration.


Great Partner

"AMET has been a great partner because they are appropriately positioned to act when we need a new solution engineered or need to service an existing solution. In the end the price of a solution is negligible if it works properly, and the vendor can keep it working through their service efforts. AMET knows these things and services their customers accordingly."

- Matrix Drilling Products

15+ Years

"For over 15 years now I have had the privilege of working with AMET. I have personally seen how AMET Inc. industry knowledge and engineering expertise has enabled my business to increase weld quality and production and allow our clients to improve the strength and durability of their products."

- G. Wright's Welding Ltd.

Exceptional Team

"AMET’s team is exceptional to work with.  They look at the provided solution as a whole – from operator interfaces to engineering requirements, they seek to understand the customer’s needs throughout the project.  This results in a welding system that is robust, embraced by the workforce, and meets the rigorous requirements of Blue Origin’s vehicles and engines. We’re excited to work with AMET on our vision of millions of people living and working in space."

- Blue Origin

Integrated Weld Process Controller

1. The human machine interface includes an LCD touchscreen. The Weld, Edit, and Setup Modes, and their program screens are intuitively presented on the touchscreen for program creation and execution. Simply tap the corresponding area to open the menu, and then use the keyboard for data input.

2. The digital meters display the programmed, actual, and override values of a weld parameter to allow real- time monitoring of the welding process. Up to six (6) meters are displayable simultaneously on the touchscreen monitor with one (1) displayable at a time on the remote pendant. The operator can easily adjust which meters are displayed and can toggle through several parameters for each meter.

3. The screen graphically displays the current weld segment of the program, including the upslope and downslope. The current segment as well as the total number of segments in the weld program are displayed. This information helps the operator monitor the exact status of the current weld program.

4. Video integration is built into the monitor. A popup window can be opened to display the real-time video feed without the need for an additional monitor. The window can be increased to about twice the size of the window displayed in the picture to the left. Arc Viewing Cameras are available as an option.

5. The Emergency Stop (E-Stop) button immediately aborts the weld program and ceases all motion.

6. The remote handheld pendant includes two joysticks and four sets of soft keys for eight axes of jogging motion control. These are used for positioning the parts and weld head prior to the weld and can be used to make adjustments during the weld. The pendant is also used for monitoring the weld and override capabilities.

7. A keyboard with a built-in touch pad is included to quickly and easily input or change parameters while creating or editing weld programs. A fold down tray is included to house the keyboard and keep it within reach while using the touchscreen.

8. Tapping the Mode icons (Weld, Edit, and Setup) puts the controller into its corresponding mode of operation. Controller and module preferences and settings are addressed in the Setup Mode while weld programs (or schedules) are built in the Edit Mode, then executed in Weld Mode.

9. The Sequence icons (Start, Stop, and Advance) are used during weld program operation. The Start icon activates the currently loaded weld program. The Stop icon terminates any running process or operation and advances to the downslope segment. The Advance icon initiates the next programmed event. Start and Stop buttons are also located on the handheld pendant for remote operation of the weld program.


Intersecting bore location and size can be programmed through the XM® or XPro Controller. During cladding, the arc will automatically be extinguished when the torch reaches the edge of the intersecting bore and then reignite once it reaches the other side. This will be repeated until the system has clad around the entire intersecting bore and then continuous cladding will resume. Bores must intersect the main part at an angle perpendicular to the center.





Arc Viewing Cameras can be added to a GTAW/PAW system giving the operator a view of the weld arc from a remote location. This keeps the operator in a safe location and reduces operator stress and fatigue. Additionally, the image that is shown on the monitor is magnified and shows greater detail than what could be observed without the camera. Multiple cameras may be integrated for projects where a view of the lead and trail side of the weld zone is required. Please see the Arc Viewing Camera page for additional information.


An AVC (Arc Voltage Control) Module is added to provide the weld head with automatic arc standoff. The module provides automatic height adjustments to maintain a consistent arc voltage throughout the entire weld, including automatic adjustments on multi-pass welds.









Adds programmable gas flow control for GTAW and PAW applications.



AMET® offers several sensors to monitor several functions and aspects of the weld. Each one of these sensors can automatically terminate the weld program if levels exceed the set parameters. The following sensors are available: 
• Humidity Sensors – measures humidity levels at the weld puddle 
• Oxygen Sensors – measures oxygen levels at the weld puddle 
• Water Sensors – monitors water flow for components such as torches 
• Gas Sensors – monitors gas flow for shielding/backing/purging gas




Weld programs can be created, modified, or stored on a PC. These programs can be moved back and forth between the controller and the PC using a USB storage device or through an Ethernet connection. This software can increase productivity by allowing programs to be created/edited while the weld controller is executing another weld program.







The XM® or XPro integrate with a laser sensor to scan and track the weld joint during welding. The laser continuously scans the joint profile and makes the necessary adjustments to ensure the torch maintains the programmed location. The scanned profile is also displayed in real-time on the operator console monitor. Seam tracking can be configured for single or multi-pass welds.









Our advanced controls allow us to integrate multiple weld processes into one weld head. Each process can be operated independently or simultaneously. For example, a TIG & Plasma weld head would feature two AVC axes (one for each torch) and either torch could operate or they can both operate simultaneously for Keyhole Plasma with a TIG trail. We offer TIG & Plasma, TIG & MIG, TIG MIG & Plasma, and SAW & MIG. Any of these combinations are available and would be completely programmable from ONE central controller. Other combinations are also available. Please contact us with any requests.




Includes hardware and software that allows weld programs or data to be transferred between a PC or sever and the XM® Controller wirelessly.







The remote pendant can be wireless to eliminate the cord and increase portability. The pendant communicates with the XPro Controller via bluetooth and includes a rechargeable battery. There is a cradle on the XPro Controller for the hand pendant when not in use. The cradle also charges the pendant when connected.










The XM® and XPro screens can be displayed with languages other than English. Spanish, Korean, Russian, French and Chinese (Partial) are available. Other languages may require fees for translation costs.







Up to four motion axes can be integrated together. This allows each axis to function and coordinate together, much like the axes of a CNC milling machine, to perform welds on unique part geometries.






Weld programs can be automatically selected by scanning a bar code associated with a specific part. This can help eliminate the incorrect program being loaded and run. Beneficial if many different parts are to be welded and operator needs to frequently switch between weld programs. Includes the bar code scanner and the necessary software to integrate with the XM® or XPro Integrated Weld Process Controller.





The operator can “teach” a weld path by manually moving the weld torch along the seam and selecting points. Up to 20 points can be selected to create a circumferential, longitudinal, or combination weld path. After all of the desired points are selected, the system will retrace each one to create a custom weld path. This can be helpful if parts or materials vary or have unique joint configurations. The path can be repeated for multiple pass welds, or offsets can be applied to repeat the motions of the original path in a new location.

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Please call, write, or email our headquarters in Rexburg, Idaho for more information on how we can better serve you.

355 Dividend Dr
Rexburg, ID 83440