The Webb Model L-84 Seam Welder features a total clamping length of 84 inches and a maximum clamp opening of 7/8 inch, making it ideal for precision welding with consistent, reliable performance.
Location: OH

PROCESS WELDING SYSTEMS DTU-100 Weld Controller in good used condition, ideal for managing welding operations efficiently. Known for reliability, this model offers precise control for your welding processes. Reach out for detailed specifications and pricing.

EMHART ETF12B Stud Welder, model ETF12B, available for parts only. This used stud welder offers a range of components suitable for repair or replacement projects involving EMHART equipment.

EMHART ETF12AB Stud Welder for parts only. Ideal for those seeking components. Note: sold as-is. Perfect opportunity to source used parts from a reliable EMHART model.

EMHART ETF12B Stud Welder, used and sold for parts only. Ideal for those needing EMHART ETF12B components. Professional equipment for industrial applications.

Used EMHART ETF12B Stud Welder available for parts only. Manufacturer: EMHART. Model: ETF12B. Condition: Used. Ideal for sourcing replacement parts and components.

EMHART DCE15CREB Stud Welder Controls for sale, parts only. This used model from EMHART is ideal for those needing spare components. Grab this essential equipment for your stud welding needs.

Lincoln Electric POWER FEED FEEDER, Model CODE 10783 used wire feeder in good working condition. Ideal for welding tasks, manufactured by industry leader Lincoln Electric.

& K Delvotec M17LSB – Core Specifications
Laser Power & Wavelength
• Laser Type: Typically utilizes a pulsed laser, such as diode-pumped solid-state (DPSS) or fiber laser.
• Wavelength Options (depending on configuration):
o 1064 nm (near-infrared, standard for Nd:YAG lasers)
o Optional wavelengths may include 532 nm (green) or 355 nm (ultraviolet), depending on the material and application.
• Laser Power:
o Maximum output power up to 100 W, depending on the laser module.
o Pulse energy and duration are adjustable to suit different materials and bond geometries.
• Pulse Duration: Typically in the microsecond range, configurable for precise energy control
Maximum Bonding Size
• X/Y Travel Area: Up to 300 mm x 300 mm, depending on the specific machine configuration.
• Z-Axis Clearance: Supports bonding on components up to approximately 80 mm in height (configurable).
• Application Flexibility: Designed for high-density assemblies, fine-pitch bonding, and applications such as battery tab welding.
Bonding Speed
• Typical Speed: 1 to 3 bonds per second, influenced by:
o Bond complexity
o Material type (e.g., aluminum, copper, nickel)
o Clamping setup and heat management
o Vision system and pattern recognition speed
• Laser Dwell Time per Bond: Typically between 100 and 300 milliseconds, depending on energy requirements and bond geometry.
• Throughput Optimization: Machine features like automatic calibration and fiducial recognition help minimize setup and processing time.

DAMAGED KEY SWITCH

& K Delvotec M17LSB – Core Specifications
Laser Power & Wavelength
• Laser Type: Typically utilizes a pulsed laser, such as diode-pumped solid-state (DPSS) or fiber laser.
• Wavelength Options (depending on configuration):
o 1064 nm (near-infrared, standard for Nd:YAG lasers)
o Optional wavelengths may include 532 nm (green) or 355 nm (ultraviolet), depending on the material and application.
• Laser Power:
o Maximum output power up to 100 W, depending on the laser module.
o Pulse energy and duration are adjustable to suit different materials and bond geometries.
• Pulse Duration: Typically in the microsecond range, configurable for precise energy control
Maximum Bonding Size
• X/Y Travel Area: Up to 300 mm x 300 mm, depending on the specific machine configuration.
• Z-Axis Clearance: Supports bonding on components up to approximately 80 mm in height (configurable).
• Application Flexibility: Designed for high-density assemblies, fine-pitch bonding, and applications such as battery tab welding.
Bonding Speed
• Typical Speed: 1 to 3 bonds per second, influenced by:
o Bond complexity
o Material type (e.g., aluminum, copper, nickel)
o Clamping setup and heat management
o Vision system and pattern recognition speed
• Laser Dwell Time per Bond: Typically between 100 and 300 milliseconds, depending on energy requirements and bond geometry.
• Throughput Optimization: Machine features like automatic calibration and fiducial recognition help minimize setup and processing time.

The used F&K Delvotec M17LSB Ultrasonic Laser Bonder is a high-precision wire bonding system designed for advanced microelectronic and semiconductor manufacturing applications. Combining ultrasonic and laser bonding capabilities, the M17LSB delivers consistent, high-strength bonds with precise control, making it ideal for high-reliability and high-density packaging environments. This model is known for its flexible bonding options, user-friendly interface, and robust engineering, offering dependable performance in demanding production settings.

F & K Delvotec M17LSB – Core Specifications
Laser Power & Wavelength
• Laser Type: Typically utilizes a pulsed laser, such as diode-pumped solid-state (DPSS) or fiber laser.
• Wavelength Options (depending on configuration):
o 1064 nm (near-infrared, standard for Nd:YAG lasers)
o Optional wavelengths may include 532 nm (green) or 355 nm (ultraviolet), depending on the material and application.
• Laser Power:
o Maximum output power up to 100 W, depending on the laser module.
o Pulse energy and duration are adjustable to suit different materials and bond geometries.
• Pulse Duration: Typically in the microsecond range, configurable for precise energy control
Maximum Bonding Size
• X/Y Travel Area: Up to 300 mm x 300 mm, depending on the specific machine configuration.
• Z-Axis Clearance: Supports bonding on components up to approximately 80 mm in height (configurable).
• Application Flexibility: Designed for high-density assemblies, fine-pitch bonding, and applications such as battery tab welding.
Bonding Speed
• Typical Speed: 1 to 3 bonds per second, influenced by:
o Bond complexity
o Material type (e.g., aluminum, copper, nickel)
o Clamping setup and heat management
o Vision system and pattern recognition speed
• Laser Dwell Time per Bond: Typically between 100 and 300 milliseconds, depending on energy requirements and bond geometry.
• Throughput Optimization: Machine features like automatic calibration and fiducial recognition help minimize setup and processing time.

The MILLER Auto-Axcess 300 is a used multi-process inverter welder built for automated and semi-automated welding applications. Engineered with Miller’s advanced digital controls, this 300-amp power source delivers precision arc performance, excellent weld consistency, and seamless integration with robotic systems. Designed for flexibility, it supports MIG, Pulsed MIG, and Flux-Cored welding, making it an ideal solution for manufacturing environments requiring reliable, high-quality welding with minimal downtime.

WTC 6041 welder, model 964-2964, pre-owned. Ideal for various welding tasks, offering reliability and performance from a trusted brand. Suitable for professional and industrial settings.

The MILCO 665-12003-51 Pinch-Type Weld Gun is a used heavy-duty resistance welding unit designed for high-efficiency spot and projection welding tasks in industrial production environments. Built with precision and durability in mind, this model is part of MILCO’s 665 Series and features a pinch-type configuration that delivers stable electrode force and consistent weld quality. Ideal for high-throughput automated or semi-automated applications, the 665-12003-51 is frequently used in the automotive, appliance, and metal fabrication industries.

CENTERLINE CFSPIN-040-040-115 pinch type weld gun available. Ideal for welding tasks, this used unit offers robust performance. Suitable for various applications, it ensures reliability from a trusted manufacturer.

144″ Gouran/Linde seam welder with Miller Invision #456P power. Used Linde OM-48 model equipped with Miller welder and Miller Coolmate 3 Cooler. Speed range: 8 to 163 IPM. Ideal for precise, efficient welding jobs.

Location: Ohio

The DUKANE 410 Ultrasonic Welder with 43C301 Converter and 700 AutoTrac Booster is a used industrial ultrasonic welding system designed for precision joining of thermoplastic components. Built to deliver consistent performance and high repeatability, this system is ideal for manufacturers seeking reliable bonding solutions. The 410 series welder integrates with the 700 AutoTrac, known for its automatic frequency tuning, and the 43C301 converter for efficient power delivery. Together, these components create a robust system suited for demanding production environments across multiple industries.

The EMHART TUCKER Z051 948 Stud Welder Head is a used industrial welding component engineered for high-speed, high-precision stud welding applications. Designed for integration into automated or robotic welding systems, this model provides consistent performance across a range of materials and fastener types. Trusted by OEMs and manufacturers worldwide, the Z051 948 delivers precise stud placement with the durability required for continuous operation in automotive and industrial production environments.

The EMHART TUCKER LM240/310/K3100 Stud Welder Head is a used high-precision welding component engineered for automated or semi-automated stud welding systems. Designed to deliver reliable, repeatable welds, this welder head is part of Emhart Tucker’s trusted line of fastening solutions, widely used in automotive, industrial, and sheet metal fabrication environments. Its robust construction and compatibility with OEM equipment make it ideal for maintenance, replacement, or integration into existing production setups.