Facility
IBS has a state-of-art development facility near Tumkur in Karnataka, India & having the corporate office in Bangalore. The facility is built at 80,000 sq ft space with all the latest machinery.
CNC Plasma cutting machine
Equipped with Cut-fire 100i power source by Kjellberg from Germany with cutting range from 1-20mm thickness metal sheets. It also has an Oxyfuel torch attached to the same gantry enabling cutting metal sheets with thickness higher than 20mm and Linear plasma cutting machine with Hypertherm 65 power source
H-Beam Automatic Pull-Through welding machine
Equipped with Cut-fire 100i power source by Kjellberg from Germany with cutting range from 1-20mm thickness metal sheets. It also has an Oxyfuel torch attached to the same gantry enabling cutting metal sheets with thickness higher than 20mm and Linear plasma cutting machine with Hypertherm 65 power source
Submerged Arc & CO2 welding
Fully automatic SAW welding in pull through beam welding line, semi-automatic SAW with tractor travelling mode and direction control function of ADOR Fontech make, EVM programmable MIG/MAG machine and multiple CO2 MIG welding machines of ADOR, CLASSIC & RYLON make
ShearStud Welding machine
Our stud welding is an extremely efficient method of attaching fasteners primarily to mild steel and
stainless steel by utilizing a constant-current DC power supply, typically a 3-phase transformer-rectifier,
equipped with integral controls to operate a special drawn-arc stud welding gun.
stainless steel by utilizing a constant-current DC power supply, typically a 3-phase transformer-rectifier,
equipped with integral controls to operate a special drawn-arc stud welding gun.
EWM Phoenix521
Maximum efficiency for all requirements with reproducible welding results and low-spatter welding thanks to the fully digital inverter welding technology. PROGRESS, EXPERT: Ideal for the robot, industrial bus and mechanised applications and documentation via optional interfaces
Hilti Deck Sheet fixing machine
Hilti powder-actuated fastening systems have been designed
and produced to develop reliable performance. Factors that
influence pullout strength have been identified through an
understanding of the anchoring mechanisms, technical expertise and testing.
and produced to develop reliable performance. Factors that
influence pullout strength have been identified through an
understanding of the anchoring mechanisms, technical expertise and testing.
Some of these factors are:
• Depth of penetration in the base steel
• Surface and material characteristics of the fastener
• Coating on the steel base material
• Driving velocity/energy
• Diameter and geometry of the fastener shank
• Depth of penetration in the base steel
• Surface and material characteristics of the fastener
• Coating on the steel base material
• Driving velocity/energy
• Diameter and geometry of the fastener shank