RDT: Retract Droplet Transfer
High-speed dynamic retraction of wire with frequency up to 200Hz;
Ultra-low spatter patent technology to achieve 99% reduction in spatter;
Patent technology for droplet necking pre-judgement and control;
LCD display and touch screen control could bring better experience of human-computer interaction;
IOT interface is reserved to access into Megmeet SMARC welding management system;
U-disk interface can support easy upgrade with Megmeet new programs or customized processes;
Adaptive to global grid.
RDT welding technology is suited to Diversified Materials: Carbon steel, stainless steel, high-strength steel, nickel-based alloy, aluminum alloy, magnesium alloy, titanium alloy and others, and also weldable for dissimilar materials.
Compared with conventional pulse transition and DC short-circuit transition, spatter is reduced by 99%, and workload of post-weld grinding is small;
Restrain liquid bridge bursting and control spatter;
Gap tolerance of 2mm aluminum alloy sheet can reach up to 2.5mm.
Low heat input, minimal welding deformation and less post-weld shaping work
RDT, AC-RDT, short-arc pulse, high-speed intermittent welding, DP speed-up welding, single-machine&double-wire synergy , and multi-machine &multi-wire & multi-arc synergy.
Carbon steel, stainless steel, high-strength steel, nickel-based alloy, aluminum alloy, magnesium alloy, titanium alloy and others, and also weldable for dissimilar materials.
Be capable to weld ultra-thin plates of 0.3mm
and medium-thin plates within 3mm with good
forming, small deformation and less post-weld
workload, also suitable for high-quality welding
of high-strength steel and ultra-thin aluminum
plates.
Low heat input is applicable in quick 3D additive welding with high efficiency and beautiful forming.
Service hotline:
Copyright 2018 © Shenzhen Megmeet Welding Technology Co., Ltd ICPpatent0301