TIG Job Vacancies in Nashik

Key ResponsibilitiesWelding Operations: Perform high-quality structural and precision welding using various techniques based on material specifications, including:MIG (GMAW): Metal Inert Gas welding for steel and structural fabrications.TIG (GTAW): Tungsten Inert Gas welding for precision, thin materials, and stainless steel/aluminum.ARC / Stick (SMAW): Shielded Metal Arc Welding for heavy structures or maintenance work.Blueprint Reading: Interpret mechanical drawings, symbols, and welding blueprints to precisely plan layouts, assembly paths, and material requirements.Fit-up & Fabrication: Align, position, and secure parts together using jigs, fixtures, clamps, and turnbuckles prior to welding. Cut and prepare metal joints using grinders, torches, and saws.Quality Inspection: Inspect completed welds for defects, cracks, or distortion using gauges and visual checking methods. Ensure final assemblies match specified dimensions and tolerances.Machine Maintenance: Maintain and set up welding equipment, checking gas regulators, wire-feed speeds, and current voltage to ensure optimal machine performance.Safety Compliance: Adhere strictly to workshop safety guidelines, including the mandatory use of Personal Protective Equipment (PPE) such as welding helmets, gloves, and safety shoes.

Key ResponsibilitiesPrecision Welding Operations: Perform high-quality TIG / GTAW welding on critical components made of Stainless Steel (SS), Aluminum, Carbon Steel, and exotic alloys like Titanium or Inconel.Full Argon Purging: Execute back-purging setups using Argon gas for pipe welding to prevent internal oxidation (sugarisation) and ensure a smooth, uniform internal root bead.Machine & Torch Calibration: Select and sharpen appropriate tungsten electrodes (e.g., thoriated, ceriated, lanthanated). Calibrate high-frequency welding machines, adjusting amperage, post-flow gas timing, and flow meters precisely.Blueprints & Weld Symbols: Read and interpret advanced engineering drawings, blueprints, and Welding Procedure Specifications (WPS) to understand specific joint designs and dimensional tolerances.Joint Preparation: Cut, bevel, clean, and fit-up workpieces using specialized tools. Ensure the welding zone is completely free of moisture, grease, or oxides before striking an arc.Radiographic Quality Checks: Ensure all critical joints meet stringent non-destructive testing (NDT) standards, including X-ray/radiography, dye penetrant testing (DPT), and visual inspections.Safety & Cleanliness: Maintain an ultra-clean workspace (critical for high-alloy welding). Adhere to rigorous safety protocols, including wearing correct shade auto-darkening helmets, leather safety gear, and respiratory protection when working with toxic fumes.

Key ResponsibilitiesWelding Operations: Perform high-quality $CO_2$ / MIG welding on various steel grades, sheet metals, and structured components according to welding procedure specifications (WPS).Machine Setup & Tuning: Set up welding parameters, including adjusting current, voltage, wire feed speed, and $CO_2$ gas flow rates to match material thickness and design joints.Material Preparation: Clean, grind, clamp, and align metal workpieces prior to welding. Cut or bevel edges using hand grinders or torch cutters as specified.Blueprint & Drawing Interpretation: Read and interpret baseline fabrication blueprints, engineering drawings, and weld symbols to locate precise joint lines.Quality & Inspection: Conduct visual inspections of completed welds to ensure penetration uniformity and structurally sound joints. Identify and fix common defects like porosity, spatters, undercuts, or slag inclusion.Consumable Management: Maintain and replace torch consumables regularly, including copper contact tips, gas nozzles, liners, and MIG wire spools.Safety & PPE Maintenance: Strictly adhere to heavy engineering safety norms. Compulsory use of personal protective equipment (PPE) including auto-darkening welding helmets, leather aprons, welding gloves, and safety shoes.

Here is a detailed and highly functional job description for an Industrial Welder. This profile is tailored for engineering, sheet metal, and structural fabrication environments, where precision, blueprint reading, and safety are paramount.Job Description: Industrial Welder / Fabricator Department: Production / Fabrication Shop / MaintenanceReports To: Welding Supervisor / Production Engineer Experience Level: 2-5 years (ITI / Welder Certification preferred)Job Purpose The Welder is responsible for joining metal components, plates, tubes, and structures using various industrial welding techniques based on blueprint specifications. This role requires a high level of manual dexterity, an understanding of metallurgy, and strict adherence to dimensional tolerances to ensure strong, defect-free welded joints that meet rigorous quality standards.Key Responsibilities1. Welding Operations & Techniques Multi-Process Welding: Set up and operate welding equipment to perform high-quality MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and SMAW (Shielded Metal Arc/Stick) welding based on the material thickness and job specifications.Machine Calibration: Adjust welding machine parameters, including current (amperage), voltage, gas flow rate, and wire feed speed, to match the specific metal type (Mild Steel, Stainless Steel, or Aluminum).Positional Welding: Execute clean and structurally sound welds in various positions, including flat, vertical, horizontal, and overhead positions.2. Fit-Up & Fabrication Support Blueprint Analysis: Read and interpret mechanical engineering drawings, welding symbols, layouts, and process sheets to determine the required weld dimensions and sequences. Pre-Weld Preparation: Clean, grind, bevel, and clamp metal pieces together to ensure a perfect fit-up. Use measuring tools like vernier calipers, pitch gauges, and squares to verify alignment before striking an arc. Tack Welding: Apply precise tack welds to temporarily secure structures in place before executing the final continuous weld bead, preventing thermal warping or distortion.3. Quality Assurance & Defect Prevention Visual Inspection: Conduct immediate post-weld visual inspections to check for common welding defects such as porosity, undercut, slag inclusion, cracks, or lack of penetration.Post-Weld Finishing: Use chipping hammers, wire brushes, and angle grinders to clean slag, remove spatter, and smooth out weld seams for a neat finish.4. Safety & Shop Floor Discipline PPE Enforcement: Operate with absolute compliance regarding welding safety gear, including auto-darkening welding helmets, leather aprons, welding jackets, and heavy-duty heat-resistant gloves.Fume & Fire Safety: Ensure the welding booth extraction systems are active and maintain a clear, hazard-free zone around flammable gas cylinders (Argon, $CO_2$, Acetylene).