![]() VIDEO CLIP: a5.avi - 1.7 MB |
Application: Create a seam along two pieces of stainless steel. Result: Actual soldering cycle time = 25 seconds. Proper fixturing would reduce solder "melt through" and cycle time. Our Suggestion: 10502 Standard Capacity Tweezer-Style Resistance Soldering System |
![]() VIDEO CLIP: a4.avi - 15.97 MB |
Application: Solder four legs of component onto thick P.C. Board. Result: Actual soldering second cycle time = Approx. 10 seconds of pulsing power applicationn per leg. As opposed to the traditional soldering iron, there is no damage to board or surrounding area Our Suggestion: 10502 Standard Capacity Tweezer-Style Resistance Soldering System |
![]() VIDEO CLIP: a2.avi - 1.56 MB |
Application: Solder fiber optic cable into gold terminal to create phsyical and hermetic seal. Result: Actual soldering cycle time = 4 seconds. Our Suggestion: 10502 Standard Capacity Tweezer-Style Resistance Soldering System |
![]() VIDEO CLIP: a3.avi - 2.28 MB |
Application: Solder 1/8" thick stainless steel pipe onto flat stainless steel sheet. Result: Actual soldering cycle time = Approx 30 seconds with periodic pulsing of output. Our Suggestion: 10505 Industrial Capacity Plier-Style Resistance Soldering System |
![]() VIDEO CLIP: a1.avi - 33.99 MB |
Application: Solder a ceramic "unit" into a solder cup that is attached to the end of copper tubing. Result: Actual soldering cycle time = 3 seconds. Important time saver is pretinning solder cup. Our Suggestion: 10507 High Capacity Plier-Style Resistance Soldering System |