assembly and welding of the I-beam
Karasai Engineering Plant
In such difficult conditions, the main strategy of the plant was the concept of advance.
Before a particular situation can jeopardize the company's position in the market, it introduces a new strategy that works for development and expansion.
Before a particular situation can jeopardize the company's position in the market, it introduces a new strategy that works for development and expansion.
Implementation features
Using Quant Robotics software, the robotic welding complex can work with inaccurate workpieces and deviations in the geometry of the I-beam.
Robots dynamically rebuild the assembly program after determining the actual geometry and position of the I-beam.
Robots dynamically rebuild the assembly program after determining the actual geometry and position of the I-beam.
Demonstration of the complex operation
Assembling one of the products from the beginning to the end
Results
Productivity, compared to human labor, is 100-200% higher, depending on the complexity of the product and the number of parts per assembly unit
The assembly error is not more than 1.5 mm.
High quality of manufactured products.
Fast adaptation of the operator of the robotic complex. Simple software interface
The assembly error is not more than 1.5 mm.
High quality of manufactured products.
Fast adaptation of the operator of the robotic complex. Simple software interface
Projects
Robotic welding complex EVA 2.0
Robotic welding complex
Serial production
Training complex
Training complex for students