UB-4000A Linear DC Spot Welder

Integration-ready femtosecond laser micromachining module The SIGMA LS Laser Micromachining Subsystem is a laser-integrated micromachining module designed for versatility and straightforward integration. Like AMADA WELD TECH’s full-size Delta and SIGMA Laser Micromachining Systems, the SIGMA LS subsystem provides processing solutions for a broad range of laser micromachining applications, such as precision laser ablation and selective ablation, drilling, surface texturing , and marking. The small form factor and integration-ready design makes the SIGMA LS the perfect solution for machine builders and system integrators, as well as for many contract manufacturers, job shops, or R&D labs. The SIGMA LS Laser Micromachining Subsystem is offered with a range of femtosecond laser options to meet the needs of nearly any micromachining application. Femtosecond lasers provide the best material removal quality, with minimal-to-no thermal defects, and the highest degree of process stability and precision. With options in IR and green wavelengths, femtosecond lasers provide the optimal processing capability for nearly any material, including metals and metal alloys, polymers, ceramics, and glasses. Galvanometer scan heads deliver the laser beam to the work piece with speed and accuracy to ensure stable, high-throughput processing. The easy-access control panel provides communications with a range of common industrial control systems. With the SIGMA LS Laser Micromachining Subsystem, AMADA WELD TECH engineers focus on the most critical and sensitive aspects of the machine, including the selection and professional integration of the laser, optics, optomechanics, beam delivery, and scanner and laser controls, along with the development and optimization of the laser process itself. This takes the most sensitive integration factors off our customers’ hands, and it prepares the subsystem for easy integration into a machine, production system, manufacturing line, or even a lab bench. AMADA WELD TECH engineers can also provide direction for tooling and part handling, and as with all AMADA WELD TECH Laser Micromachining Systems, our engineers provide full support for integration and training at your site. Key Features Laser micromachining subsystem module designed for easy integration into larger system Ideal for machine builders and system integrators, as well as CMs, job shops, and R&D labs Critical laser and optics integration handled by AMADA WELD TECH Femtosecond lasers in IR or green wavelength for optimal machining performance Rigid aluminum structure with protective sheet metal covering Sensitive optical components contained in positive-pressure environment Processing of metals, alloys, polymers, ceramics, and glasses Micro-machining, -milling, -drilling, surface texturing, scribing, marking, and ablation capabilities Galvanometer scan head with multiple lens options Scanner and laser control software with graphical user interface tailored to the application Off-axis and through-the-lens vision options Easy-access controls panel with communications to common industrial control systems Integration support provided Application and system operation training provided | The UB-4000A linear DC resistance welding control is a 200-4000 amp linear DC control with four feedback modes designed to adapt to part and process variables. Weld energy may be programmed in current, voltage, power, or V-A, in increments as short as .01 milliseconds making this spot welder ideal for small applications in the electronic component and battery pack markets. A successor to model DC25, and built in the USA, the UB-4000A features a variety of updates, including greatly improved waveform control and faster rise time, as well as new side-mounted buss bars with threaded inserts for mounting weld cables, simplified rear panel I/O connections, and an on/off switch on the front for increased convenience. Four control modes: current, voltage, power and V-A (voltage-current) Single phase input Compact size Dual pulse schedules Precisely controlled r