Our comprehensive 3-step manufacturing process ensures that every panel we deliver meets the highest standards of quality, safety, and performance. Each stage is handled by specialized teams with decades of combined experience.
Every successful project begins with thorough planning. Our experienced engineers work closely with clients to understand their exact requirements, conduct site surveys, and create detailed electrical designs.
Comprehensive load calculations to ensure optimal sizing of panels, busbars, and protection devices. We analyze existing loads and plan for future expansion.
Our designs incorporate modular architecture allowing easy expansion as your business grows. We think 10 years ahead to protect your investment.
Detailed AutoCAD drawings showing single line diagrams (SLD), control wiring diagrams, and panel layouts for client approval before fabrication.
Ensuring all designs comply with IS/IEC standards, local electrical codes, and safety regulations.
Once designs are approved, our state-of-the-art manufacturing facility takes over. Using advanced CNC machines and precision equipment, we fabricate panels to exact specifications.
Computer-controlled CNC machines ensure perfect cuts with tolerances of ±0.1mm. No manual errors, only precision engineering.
Our advanced 7-tank pre-treatment process followed by electrostatic powder coating ensures corrosion resistance and a premium finish lasting 10+ years.
We use only certified components from leading brands like Schneider, Siemens, ABB, and L&T for guaranteed reliability.
Our 20+ expert technicians hand-assemble each panel following strict quality protocols and wiring standards.
Before any panel leaves our facility, it undergoes rigorous testing to verify performance, safety, and compliance. Our zero-defect policy means every panel must pass all tests.
Detailed inspection of wiring, labeling, component mounting, and overall workmanship. Every wire is checked, every connection verified.
Insulation resistance testing at 500V/1000V DC to ensure no current leakage. Minimum 10 MΩ resistance required for approval.
Dielectric strength test at 2.5kV AC for 1 minute to verify insulation integrity under high voltage conditions.
Full load testing to simulate actual operating conditions. All protection devices, interlocks, and safety features verified.
Detailed test reports and certificates provided with each panel documenting all test results and compliance.
Quality management systems
Low voltage switchgear
All safety norms compliance
NABL accredited labs
20+ engineers with specialized expertise in each manufacturing stage
Every component, every wire, every connection checked multiple times
Regular updates and approvals at each stage ensure your vision is realized
Schedule a facility visit to witness our engineering excellence firsthand
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