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WeldVisor IoT

Smart Welding Monitoring System - Real-time Insights at Your Fingertips

360°

Complete Monitoring

Real-Time

Real-Time

2-10%

Cost Savings

Multi-Brand

Compatible

What is WeldVisor?

WeldVisor is a browser-based intelligent welding monitoring software platform that connects to your welding equipment via IoT devices. It enables you to create, store, analyze, and manage comprehensive project data, welding procedures, welder information, and real-time equipment performance metrics from any device with internet connectivity.

What is WeldVisor?

Weld Visor is a browser based welding software.

It can be operated from your PC/laptop/mobile connected to internet.

You can create, store and analyse your project data/standard welding procedures/real time welding data/welding equipment data/welder data

If You Face This Problems

  • Insufficient and non-existent monitoring systems.
  • Lack of universal integral solution to monitor and control project and process performance.
  • Lack of insights about the completed projects.

 Solution for all the problems is simple and single. 

Weld Visor is your smart welding supervisor which helps your solve many practical issues you may be facing

Welding assistant device

➔Welding assistant device should be connected to your welding equipment.

➔This device can be integrated and connected to welding equipment of any brand.

➔It helps user view welding parameter data at which he is supposed to weld.

➔It helps us capture the live welding data.

➔It also helps us in live control of welding parameter values at which welder is welding

➔All the data can be exported to excel, filtered date/project/welder wise.

Data availability on-site

All the required information related to welding parameters according to weld procedures of a project is automatically available on-site.

Welder can choose the project, procedure and job. Welding parameters are then available and can viewed using a small welding assistant device.

Welding Assistant Device

Universal Integration

Compatible with welding equipment of any brand or manufacturer for seamless deployment

Live Data Capture

Real-time welding parameter data collection during active welding operations

Parameter Control

Live adjustment and monitoring of welding parameter values from the device interface

On-Site Access

View welding procedures and parameters directly on the welding shop floor

Data Export

Export all welding data to Excel format, filtered by date, project, or welder

Secure Storage

Cloud-based storage with secure access and comprehensive data backup

WeldVisor Data Modules :

  • Project Data

    Create, edit, and manage project timelines with raw material tracking and procedure assignments

  •  Welding Procedures

    Store standardized procedures according to industry standards and assign to multiple projects

  •  Welder Data

    Track welder qualifications, performance metrics, and work hours automatically

  • Equipment Data

    Manage equipment lifecycle, warranty status, and integration with IoT assistant devices

  •  Maintenance Schedule

    Track scheduled maintenance, prevent unexpected breakdowns, and optimize equipment uptime

  • Analysis Reports

    Generate quality, usage, and maintenance analytics with actionable insights

Project Data

You can create, edit, copy projects and save all necessary data for the same such start date, estimated end date, project raw materials etc.

Know all your pending projects at one glance, filter all the data available based on start date, end date/project no/status.

Standard welding procedure/s can be assigned to the projects.

Welding Procedures

This feature helps you to escape from the tedious job of all the manual paper work of welding procedure data capture.

You can create all your welding procedures according to various standards and assign the same to multiple projects.

Welder Data

You can create welders and save all necessary data such qualification, salary etc.

System automatically captures welder data such as hours of work, accuracy of welding etc.

You can create welding equipment data, save all necessary data such purchase date, Warranty completion date, installation date etc.

These equipments can be integrated with welding assistant device to automatically capture live running data and also control the equipment.

➔You can create and update your equipment maintenance schedules.

➔Track if machine maintenance are done on-time to avoid complete break-downs.

Analysis & Reports :

  • Quality Analysis

    Monitor weld quality metrics, defect rates, and compliance with welding procedures

  • Usage Analysis

    Track equipment utilization, machine runtime, and operational efficiency metrics

  • Maintenance Analysis

    Review maintenance schedules, equipment health trends, and preventive metrics

  • Welder Analysis

    Evaluate welder performance, productivity trends, and skill development opportunities

  • Cost Analysis

    Calculate ROI, consumable usage, and optimize production costs

  • Cumulative Trends

    Analyze long-term trends and patterns across all welding operations

Applications of WeldVisor IoT :

  • Shipbuilding & Offshore

    Monitor large-scale hull assembly welds with real-time quality tracking and automated compliance documentation for massive marine projects.

  •  Pressure Vessels & Boilers

    Ensure critical safety standards with continuous monitoring of thick-plate welds and automated compliance reporting for pressure containment vessels.

  • Oil & Gas Pipelines

    Maintain pipeline weld quality and integrity across distributed fabrication sites with centralized monitoring and real-time alerts.

  • Bridge & Structural Steel

    Track long seam welding quality for major structural components with historical data for liability and warranty documentation.

  • Storage Tanks

    Monitor circumferential and longitudinal seam welds for large diameter tanks with real-time quality assurance and maintenance optimization.

  • Heavy Machinery Fabrication

    Optimize high-volume fabrication operations with reduced manual intervention and consistent quality output across multiple welders and machines.

Case Study: Hydrogen Pressure Vessel Fabrication :

Applications of WeldVisor IoT :

Project Overview: 430 bar hydrogen pressure vessel with 564 kg storage capacity utilizing 17.5 ft steel cylinder shell with 4.25″ wall thickness.

Material & Fabrication Summary

  • Total Material Cost
    ₹ 66,91,640
  • Labor Hours Required
    968 Hours
  • Total Project Cost
    ₹ 71,41,920

WeldVisor Impact - Cost Savings

  • Material Reduction
    1-3%

    Less rework/scrap

  • Labour Cost Reduction
    2-10%

    Reduced rework/inefficiency

  • Consumables Reduction
    0.5-1%

    Optimized usage

  • Potential Total Savings
    ₹75K – ₹2.14L

    Per project

Hydrogen Pressure Vessel-Case Study

  • Hydrogen pressure: 430 bar
  • Load-carrying ratio: 50/50 (steel/concrete)
  • Steel vessel inner radius: 39”
  • Length of steel cylinder shell: 17.5 ft.
  • Steel vessel thickness: 4.25” (obtained using the procedure in Section 2.1.1)
  • Capacity of storage CGH2: 564 kg

Raw – Material : Case Study

Fabrication Cost Summary

ItemMaterialWeight (Kgs)Unit Price/kgPrice
Two Hemispherical HeadsSA53713,927₹ 180₹ 25,06,876
Shell (Low-Alloy Steel)SA72432,296₹ 100₹ 32,29,575
Shell Liner (Stainless Steel)Roll-bonded 304L on SA5163,571₹ 185₹ 6,60,575
SkirtSA5163,073₹ 53₹ 1,62,850
Base Top Ring & GussetsSA5161,254₹ 53₹ 66,448
Two Nozzles (H₂ In & Out)SA336261₹ 250₹ 65,317
Total Fabrication Cost₹ 66,91,640
The fabrication cost summary includes pressure vessel heads, shell sections, stainless steel liner, structural support components, and process nozzles. The total estimated fabrication cost is ₹ 66,91,640, based on material grades, component weights, and prevailing material rates.

Labor hours needed for fabrication the steel vessel

Labor Hours Summary
ItemLabor Hours
Assembling and Welding of Stainless-Steel Shell Liner223
Assembling and Welding of Low-Alloy Steel Layers610
Welding of Skirt135
Total Labor Hours968
The labor hours summary covers the fabrication activities involved in assembling and welding the stainless-steel shell liner, low-alloy steel shell sections, and skirt assembly. The total estimated labor requirement is 968 labor hours, reflecting the welding, fit-up, and assembly work necessary for complete vessel fabrication.

Total Project Cost

Cost & Savings Summary
ItemCostApprox. Cost SavingsMinimum SavingsMaximum Savings
Bill of Materials₹ 66,91,6401–3% Material Reduction due to Lesser Rework/Scrap₹ 66,916.40₹ 2,00,749.21
Labor (₹85/hr)₹ 82,2802–10% Labor Cost Reduction due to Lesser Rework/Inefficiency₹ 1,645.60₹ 8,228.00
Welding Consumables (Rod, Wire & Gas)₹ 3,68,0000.5–1% Welding Consumables Reduction₹ 1,840.00₹ 3,680.00
Miscellaneous SavingsManual WPS Printing, Documentation & Monitoring System Savings₹ 5,000.00₹ 15,000.00
Total₹ 71,41,920Total Estimated Savings₹ 75,402.00₹ 2,27,657.21
The cost and savings summary combines material, labor, and welding consumable expenses associated with pressure vessel fabrication. By reducing rework, scrap generation, consumable usage, and manual documentation efforts, the estimated savings range from ₹ 75,402.00 to ₹ 2,27,657.21, providing measurable improvements in fabrication efficiency and overall project cost control.