Importance Of Electrical Engineering In Machineries  Field of engineering dealing with study and application of Electricity, Electronics and Electromagnetism.  Human Body is a machine and the Nervous system is its Electrical Engineering.  Electrical Engineers work in a wide range of industries and the skills required are likewise variable.  In Plastic Processing Machineries, it basically handles Power Distribution, Protection and Automation.  Though it is responsible for the safety of a person or even the machine itself, this field isn’t thoroughly understood and hence mostly neglected.

Observations As A Panel Manufacturer  Location, Size and IP of the panel are significant aspects of Machine Designing.  Technically appropriate selection of components as well as cables to achieve optimum cost.  Proper wire harnessing.  Avoiding “Sit & Wait” approach to address any problem or failure.  Replacement is not the solution.  Traceability (History) of the product supplied.  Lead Time curtailment by adapting efficient methods such as 1. Standardization of Enclosure Sizes and Components. 2. Variety Reduction. 3. Proper Planning and Forecast.

Expectations From The Customers or OEMs  Complete clarity of the requirement.  Clear and proper Drawings, Circuitry as well as Documentations.  Involving the manufacturer for adoption of Proper Processes and Apt Component Selection.  Respect genuine process Lead Time.

Upgradation Of Quality And Productivity  Extremely Important to produce High Quality Product in terms of 1. Workmanship. 2. Functionality. 3. Aesthetics.  Proper tools and machinery play a pivotal role in Increasing Productivity.

Wire Harnessing

Salvagnini L1Xe  Economical, Ecologically responsible and Extremely competitive.  Fiber Optic power source.  Reduction in Running and Maintenance Costs.  Drastic reduction in Energy Consumption.  Fast Cutting speeds and rapid Piercing.  Simple as well as Compact Layout.  Cuts wide range of materials such as Aluminum, Brass, Copper, Titanium, Galvanized Aluminum and Steel, etc.

Sonderhoff FIPFG CNC Machine  Dynamic 3-axis Linear Robot.  Omega Belt drive for X- and Y-axis both.  Gear Rack drive for Z-axis.  Precision Gear Unit for all three axes.  Maximum Traverse speed – 20m/min.  Maximum Acceleration – 2m/s 2.  Positioning Accuracy of +/- 0.15mm

Technical Specifications:  Bending Capacity:5mm  Maximum Tonnage Capacity:160 T  Bending Length:Upto 4m  Controller:Delem DA-56 (Germany) 5-Axis CNC Automatic Bending Press With CNC Back Gauge

Automatic Busbar Punching, Bending And Cutting Machine

Thank You All For A Patient Hearing. Rakshit Parikh