Industrial Robotics and Automation
The Rapidly Increasing Competition In The Industry Requires Quality Products At A Competitive Price. Currently, The Most Influential Way To Solve This Issue Is Industrial Automation.
Industrial Automation Is The Use Of Technology To Control And Monitor Industrial Processes, Such As Manufacturing, Assembly, And Packaging. It Involves The Integration Of Various Systems And Technologies, Including Robotics, Computer-Controlled Equipment, And Sensors, To Improve The Efficiency, Productivity, And Quality Of Industrial Operations.
Advantages Of Industrial Automation
Control Panels
To Ensure That The Requirements Of All Kinds Of Electrical Control Panel System (Manufacturing) Are Catered To Through Our Fully Equipped Design, Fabrication & Testing Facilities. We Have A Strong, Experienced & Professional Team With Technological, Design And Implementation Competence For All Kinds Of Electrical Control Panels. We Produce A Standard Documentation Package That Encompasses All Aspects Of The Design Phases, Including Pre-Order. All Documentation Is Cross-Referenced And Is Produced According To International Standards. This Ensures That The End User Has All The Information Available In A Precise Standard Quality-Controlled Format. With Our Approach You Can Be Assured That All Our Systems Are Simple To Understand And Are Designed For Ease Of Maintenance.
Our Control Panel Systems Offer Several Benefits For
Manufacturing Operations Including
INCREASED EFFICIENCY
Our Control Panels are Designed
to Provide Precise Control of
The Manufacturing Process, Reducing Downtime and Increasing Productivity
IMPROVED SAFETY
Our Control Panels are Designed with
Safety in Mind and Comply with Industry Regulations to Protect Operators
and Equipment
REDUCED COSTS
Our Control Panels are Designed to be Energy-Efficient and Can Help Reduce Electricity Consumption and Costs.
We Offer A Wide Range Of Electrical Control Panel Systems
For Different Applications Including
PLC-BASED CONTROL PANELS
Our PLC-Based Control Panels Use Programmable Logic Controllers To Provide Precise Control Of The Manufacturing Process. They Are Easy To Use And Can Be Programmed To Meet Specific Needs.
CUSTOM CONTROL PANELS
We Also Design And Build Custom Control Panels To Meet Specific Customer Needs And Requirements.
VFD CONTROL PANELS
Our VFD Control Panels Use Variable Frequency Drives To Control The Speed Of Motors. They Are Energy-Efficient And Can Help Reduce Electricity Costs.
Customized Testing Products & Rigs
Automatic Test Rigs (ATR) Or Automated Test Equipment (ATE) Can Be A Type Of Electronic Test Equipment That Is Controlled By A Computer. It Is Used To Automatically Test And Evaluate Electronic Devices, Such As Integrated Circuits, Printed Circuit Boards, And Other Types Of Electronic Components. A Simple Example Of An ATE Can Be A Computer Controlled Digital Multimeter, Which Is A Device That Can Measure Various Electrical Parameters, Such As Voltage, Current, And Resistance. This Can Greatly Improve The Efficiency And Accuracy Of Testing, As Well As Reduce The Need For Manual Labor. Additionally, Automated Test Equipment Can Also Be Integrated Into A Larger Production Line, Allowing For Real-Time Testing And Monitoring Of Electronic Devices During Manufacturing.
Based On Customer Requirement We Can Develop Efficient And Perfectly Suitable Test Equipment.
OUR TEST EQUIPMENT DEVELOPMENT PROCESS
Conceptualise
Plan
Test
Evaluate
Deploy
Automated Test Equipment Application Markets
2. To simulate different operating conditions and load scenarios, and measure the resulting performance of the mechanical system.
3. To determine dimensions, surface finish, and mechanical properties
2. To improve the efficiency and accuracy of testing, as well as reduce the need for manual labor.
2. To test the performance of aircraft components under extreme conditions, such as high altitude, high speed, and high temperatures.
3. To simulate various flight scenarios, such as takeoff, landing, and emergency situations, and measure the response of the aircraft.
2. To identify any potential issues with the 3D printed part, such as warping or cracking, and help to improve the design and manufacturing process.
3.A software can be used to analyze the scan data and detect any defects.