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VAct Technologies

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Concept to Product Development

Transform Ideas to Complete Product

VAct Technologies helps transform ideas to finished product after understanding the application needs and application requirements of the customer. The team of designers gives shape to concepts keeping in mind factors such as functionality,practicability, reliability and aesthetics of the product

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VAct AutoEdge Development Board

Automotive Protocols Development Board

Rev Up Your Automotive Projects with VAct AutoEdge Development Board
Precision Control, Ultimate Reliability, and the Fast Lane to Innovation!

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Our Products

Vending Machines

Automatic Milk Vending Machine
Automatic Oil Vending Machine
Automatic Cool Drink Vending Machine
Automatic Coffee Vending Machine

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VAct EmbCore Development Board

Program CAN | SPI | I2C | SD Card | USB

VAct EmbCore Development Board is based on STM32F205 designed to provide development environment on ARM Cortex M4 and learning Embedded Protocols like I2C, SPI, UART. Baord can also be used for data logging applications with the SD Card & USB options. This board integrated with STM32CubeIDE for easy integration and learning purpose

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Embedded Systems Applications
Our Services

Embedded Systems | IoT | EV's & More

Industrial Automation & Control
Embedded Systems Development
Fuel Monitoring Systems
Embdded Systems Offshore Outsourcing

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Our Products

Vending Machines

Automatic Milk Vending Machine
Automatic Oil Vending Machine
Automatic Cool Drink Vending Machine
Automatic Coffee Vending Machine

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Industrial Automation (Textile)

Client
AUDNE INDIA LIMITED, DADRA & NAGAR HAVELI, INDIA AUNDE India Limited(AIL), is a joint venture collaboration between Faze Three and Aude Achter & Ebels Gmbh(Germany known for its line of automotive fabrics and seating systems).
Automation

Our team replaced existing control mechanism of the machine with state-of-the-art Delta made PLC, Drives and HMI control. The variable frequency drives are controlled by PLC to vary the speed of the machine and its mainly synchronized functions like water flow control, temperature controls, steam valve functions, conveyor movement, interlocked safety systems etc. The PLC and HMI ladder programs are developed from scratch based on the machines functionality and operation sequence. The Ladder Logic involved interlocking with 15 emergency switches and dancing rod to stop the machine. More than 100 digital I/O’s and 30 analog I/O’s are interfaced in this automation.

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