Vexma Technologies Pvt. Ltd. has developed an in-house WAAM (Wire Arc Additive Manufacturing) 3D Printer that utilizes cutting-edge technology to deliver precision and speed in 3D printing. The printer is designed and engineered by our team of experts, making it a reliable and effective solution for a variety of applications.
Key Features:
• Wire Arc Additive Manufacturing technology for fast and precise printing
•In-house design and engineering for top-notch quality and reliability
•Wide range of materials compatible including metals, alloys and composites
•Robust and durable design with industrial-grade components
Applications:
•Aerospace and defense
•Automotive and transportation
•Manufacturing and engineering
•Construction and architecture
•Medical and prosthetics
Materials Used:
•Aluminum
•Stainless steel
•Titanium
•Copper
•Inconel
•Nickel-based alloys
Composites
•The WAAM 3D Printer from Vexma Technologies is a game-changer in the world of 3D printing, offering precision and speed for a variety of applications.
V – Flow PAPR is The India’s First PAPR Equipped With Swappable Battery. It supports convenience, a comfortable environment & safe air to the user at the workplace for different applications. It is the most efficient breathing machine that provides sufficient movement & a high level of Respiratory Protection from hazardous Air.
Anyone can use PAPR System(Powered Air Purifying Respirator) in industries such as pharmaceuticals & manufacturing, healthcare, welding, mining, laboratories, foundries, grinding, abatement Etc.
TECHNICAL SPECIFICATION | |
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Flow Rate | Level 1: 115 LPM Level 2: 170-200 LPM (Automatic Flow Control) |
Battery | Li-Ion, rechargeable, 12V |
Ingress Protection | IP 65 |
Operation Temperature | -5ºC to +40ºC and 90% humidity |
Filter | PARTICULATE FILTER PF10 |
Protect Against | hazardous, gaseous & vaporous Air particles |
Alarms | Low Flow, Low Battery Blower Malfunction, Sensor Malfunction |
Emergency Respiratory Ventilation Apparatus - 2.0 (ERVA 2.0) is an Emergency Respiratory Ventilation Apparatus based on the automated BVM ventilation and available with three modes of ventilation PSV, assist control, Volume control mode & can be used on both Paediatric and adult patient with respiratory distress. The device focuses to achieve the goals of mechanical ventilation with max patient safety. In the hour of emergency it can prove to be a vital support to patient.
ERVA 2.0 is Portable Medical Ventilator is suitable for Pediatric & Adult Patients. ERVA 2.0 is also a Non-Invasive (NIV) & Invasive Ventilator. The device can be used for both Pediatric & Adult Patients. ERVA 2.0 is also Emergency Mechanical Ventilator
TECHNICAL SPECIFICATION | |
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Power Source | 230v |
Internal Battery | Li - Ion Battery With upto 8 hr backup |
Display | 20 x 4 High Contrast LCD Display |
Set Parameters | Tidal Volume, I:E Ratio, Respiratory Rate |
Pressure Monitoring | PIP, PEEP |
Modes of Ventilation | Assist, Assist Control & Volume Control Mode |
LED Indicators | Ventilation in Process, Alarm trigger, Power, Battery level, Ventilation mode |
ERVA is an Emergency Respiratory Ventilation Appartus. A Non Invasive (NIV) portable ventilation device to suit emergency response as well as personal care.
ERVA is an Automated Bag Valve Mask (BVM) system which provides mechanical ventilation through a highly controlled fashion. A plug and play device through minimal training, any healthcare personal can operate.
ERVA can be easily set up with 3 major parameters which are tidal volume, inspiration to expiration (I:E) ratio and respiratory rate. ERVA offers up to 8 hours of battery life and has built in audio-visual alarms keeping safety first. With compact form factor and user friendly interface ERVA bridges the gap between a manual Ambu bag and an ICU ventilators when they aren't easily available. The robust design delivers consistent airflow which makes it applicable to be used in tough emergency environments to treat Covid-19 or other respiratory related emergencies. It can be used with or without oxygen in-line as per the patient requirement.
TECHNICAL SPECIFICATION | |
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Power Source | 230v |
Internal Battery | Li - Ion Battery With upto 8 hr backup |
Display | 20 x 4 High Contrast LCD Display |
Set Parameters | Tidal Volume, I:E Ratio, Respiratory Rate |
Pressure Monitoring | PIP, PEEP |
Modes of Ventilation | Assist, Assist Control & Volume Control Mode |
LED Indicators | Ventilation in process, Alarm trigger, Power, Battery Level, Ventilation mode |
Syringe infusion pumps are used to deliver small doses of medication from a variety of syringe sizes in acute care settings. Our Vexma tech syringe pump is an intuitive system that helps confirm critical infusion related decisions. The wireless syringe pump is recognized for reliable, accurate medication delivery to patients in the pediatric and neonatal intensive care units, adult critical care unit and the operating room.
This is enabled with real time patient specific data monitoring as well as remote operating during emergency. It comes with a powerful and encrypted Android and Web based application to smoothly administer its operation remotely.
It has inbuild patient specific library as well as 3 control modes to micro-infuse the drugs at flow rate of 0.001 ml/hr.
TECHNICAL SPECIFICATION | |
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Display Type | TFT LCD 4.3” |
Compatible syringe sizes | 10,20,30,50/60 ml syringe of any brand |
Modes | Rate Control Mode, Time Control Mode, Weight Control Mode |
Weight(Kg) | 2.4 Kg |
Dimension(W*L*H) | 260X130X175 (mm) |
Internal battery | Li-Ion : 11.1v, 4400 Mah Charging Time: 7.5 hrs Discharge Time: 4.33 hrs at 0.1 ml/hr |
Time based controlling of appliances via server. | |
Web application for user interface. |
A Smart beverage vending machine - From concept to a market ready product, this device was developed with the help of our product designers as well as electronics R&D engineers. The device dispenses Hot + Cold + Carbonated beverages all in one compact footprint. The device is IOT powered which enables real time data consumption and notifications to the manufacturer.
This device is used to control car module based on the car model.
The device is capable of being operated by Bluetooth or remotely via server. Here is the basic block design to explain the same.
TECHNICAL SPECIFICATION | |
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Power source: 12V | |
Low power Bluetooth | |
GSM module to communicate with cloud server. | |
GPS module to locate vehicle location. | |
Sensors: Humidity, pressure, CO2, alcohol. | |
Features included for controlling purpose: Ignition, Battery, Power Windows, Windshield Wipers, Interior lights, Mood Lamps, AC, Android application to control the device functionality. |
In today's world smart farming and agritech is the next big thing in agriculture. Our device can fetch real time data on the energy consumed to grow your favorite crop as well as remote activate sensors and lighting to suit the crops growth while keeping sustainability in check.
Design & Build concept e-auto is equipped with electrical components.
Keyless vehicle with anti theft module included to control whole systems ON/OFF function.
Enhanced user experience with different kinds of switches to control each electrical unit.
Display console unit showing more than 15 parameters of vehicle with adjustable day/night modes.
Multi-functional buttons to adjust different features on screen.
CAN bus network used to extract data from motor and battery to display the same on screen.
Cabin lights with warm colour effects given to illuminate the interiors.
Adjustable side mirrors integrated with system.
Tail lights with different light effects on activation of particular feature.
Vexma Technologies Pvt. Ltd. enables scalable RFID and Barcode solutions ranging from select area monitoring to global enterprise applications. Automated inventory management system allows to instantly track and manage items in real time which cuts down cost for inventory management.
This project is a fusion of hardware and IOT where the user can remotely monitor the energy consumption of the appliance which is plugged in the device’s socket.
The consumption details can be viewed at the dedicated web services by accessing it through mobile or PC. OTA functionality is also provided which will provide new updates to the device so that the user can experience better output.
TECHNICAL SPECIFICATION | |
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Power source: 230V | |
Appliance that consume upto 16A can be connected with this module. | |
Router details can be configured. |
This is a Smart home automation device. The clients wanted the system to be able to integrate with commercial and real estate projects. Our primary goal was to develop cloud based integration with Amazon Web Services (AWS) having real time data analytics as well as remote control.
TECHNICAL SPECIFICATION | |
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Power source: 230V | |
14 appliances can be controlled having 7A@ 230 V capacity. | |
4 dimmable devices like fans can also be included. | |
Total 18 appliances can be controlled. | |
Router connection details can be configured. | |
Sensors: Motion sensor, IR sensor. | |
Time based controlling of appliances via server. | |
Web application for user interface. |