Engineering

Aerospace Joining mainly comprises of riveting. Aerospace structures are made up of alloys & composites which are heat intolerant make them unsuitable for welding. Riveting is used extensively due to its light weight and hight strength advantage.

Overview

Project Hours Executed : 2021 – 8,000….. | 2020 – 14,000 | 2019 – 18,000 | 2018 – 15,500 | 2017 – 32,580 | 2016 – 24,000 |

Lines: Fuselage | Rear Pressure Floor | Centre Wing Box | Aft Fuselage | Centre Fuselage | Pressure Bulkhead | Longeron | Stringer |

Assembly Technologies

  • Assembly Stations
  • Assembly unit automation
  • Component Study, Design of alternatives
  • Process Verification / Validation
  • Mechanical Design
  • Electro Controls
  • Sketch, Layout, Detail, Check
  • Design Validation

Expertise

  • Welding Automation
  • Transfer Automation
  • Pressing Automation
  • Greasing Automation
  • Riveting Automation
  • Testing Automation
  • Gluing & Sealing
  • Pick and Place Automation
  • Gantry Design
  • Line & Process Optimization
  • Special Purpose Machines
  • Retrofitting.
  • R&D Projects

Electrical and Controls

  • PLC Integration
  • Sensors Integration
  • Enclosures
  • Mechatronics
  • Control Engineering
  • Pneumatic & Hydraulics Integration