1. 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.

2. 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.

3. 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.

4. 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.

6. Wire Harnessing

8. 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.

9. 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

10. 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

13. Automatic Busbar Punching, Bending And Cutting Machine

14. Thank You All For A Patient Hearing. Rakshit Parikh