Examples courtesy of Unitek Miyachi Corporation. T. J. Snow carries the full line of Miyachi Fine Spot Welding Equipment.
Objectives: Strong weld joint, high production speed, low equipment cost.
Objectives: Strong Weld Joint, minimum splash, precise energy control.
Objectives: Strong weld joint, high production speed, low equipment cost.
Objectives: Strong Weld Joint, minimum wire deformation, low equipment cost.
Objectives: Good electrical connection, maximum weld joint strength, and low equipment cost.
Objectives: strong weld joint, minimum splash at high production speed, and long electrode life.
Objectives: A strong weld joint with complete projection set-down and low equipment costs.
Objectives: Good electro-mechanical crimp connection, high speed production, low equipment costs. The Insulation on the copper magnet wire is vaporized from heat generated by the weld current flowing through the motor tang and around the copper magnet wire.
Objective: A good electrical connection, good weld joint strength, high speed production, and low equipment cost. The Insulation on the copper magnet wire is vaporized from heat generated by the weld current flowing through the terminal and around the copper magnet wire.
Objective: Strong weld joint, high production speed, and minimal weld splash.
Objective: Good electrical connection, strong weld joint, and low equipment costs.
Objective: Good electrical connection, maximum weld joint strength, and low equipment cost.
Objective: Good electrical connection, good weld joint strength, high speed production, monitoring of welding current and voltage and low equipment cost. The welding of multiple battery plates required an Up Slope weld function to minimize material splitting.
Objective: Strong weld joint, high speed production, and low equipment costs.
Objective: Strong weld joint, high production speed, and low equipment costs.
Objectives: Strong Weld, consistent pull strength, and a minimum of battery cell marking.
Objectives: Good electrical connection, good weld joint strength, and high production rates.
Objective: Good electrical connection and good weld joint strength.
Objectives: Good electrical connection, strong weld joint, and a high production rate.
Objectives: Good electrical connections, good weld joint strength, high speed production, and low equipment cost. Insulating on the copper magnet wire is vaporized from heat generated by the weld current flowing through the terminal and diode lead and around the copper wire.
Objectives: Good electrical connections and low equipment costs.
Objectives: Strong, consistent weld, high production rates, SPC feedback.
Objectives: Good electrical connection, low equipment costs. Reflow brazing was utilized by placing a pair of molybdenum tipped parallel gap electrodes on top of a single wire. A low weld current was then placed through the wire, generating sufficient heat to reflow the solder paste coated copper wire.
Objectives: A good electrical connection, minimum joint strength, and minimum damage to the very thin heating element mounted on a rubber backing.
Objectives: Good electrical connection, good weld joint strength , and low equipment costs.
Objectives: A good electrical connection and low equipment costs.
Objectives: A strong weld, good electrical connection, and high production speed.
Objectives: A good electrical connection, high production speed and minimum marking.
Objectives: A strong weld joint, complete capture of all wire strands, and long electrode life.
Objectives: A strong weld joint, complete capture of all wire strands, high production speed, and long electrode life.
T. J. Snow carries a full line of Microwelding and microjoining equipment, and would be happy to help you decided what is right for your job. We have both new and used equipment for you to choose from.