Wole Arc

Most welding calculators ask for a process and a plate thickness and hand back one number 🔢. Wole Arc works the other way round: you draw up the joint itself, bevel, root gap, root face and length, and it fills a to-scale cross-section of the groove pass by pass, from the root and hot pass through the fill layers to the cap. Then you weld it, log 📝 what you actually ran, and Wole Arc tells you whether each pass stayed inside the heat-input window for that metal. Key features: - Seven joint preps, from square butt and single or double V to T, lap and outside corner fillets, drawn to scale with numbered runs - Stick, MIG, TIG and flux-core, nine filler types and six base metals, each with its own amp windows and notes 📝 - Filler take-off in rods or kilograms of wire, deposited metal, arc-on time ⏱️ and a preheat band from carbon equivalent - Log 📝 amps, volts and travel ✈️ for every run and see 👀 its kJ/mm against the window, run by run and as a chart 📊 - Gauge your own practice 🏋️ bead: photograph it, pin a rule for scale, then pin the toes and the ripples to read width and pitch, or type ⌨️ in caliper figures - Feed the measured bead width back into the plan 🗺️ and watch 👀 the run count change to match your hand - A job book 📚 of twelve worked sample jobs, from a trailer drawbar splice to an overhead beam cleat - Millimetres or inches throughout, adjustable stick stub length and heat-input factors Wole Arc runs entirely offline 📴 and asks for nothing but the camera 📷, and only when you open the gauge. Its figures are planning estimates for practice 🏋️ and job prep, not a qualified welding procedure.