Volumetric Measurement Machines

Volumetric Measurement Machines.

This is a feature packed machine that measures and bar-code scans, the Actual Weight and Volume/Volumetric Weight of packages, consisting of Length, breadth and height of parcel, avoiding human errors and laborious manual calculations at the click of a button.

The actual weight of the parcel is measured using Industrial Grade Strain Gauge Aluminum Load cells.

For volume and volumetric weight, There are 3 sets of Ultrasonic Sensors placed along 3 Axis to measure the Length, Width and Height of the Parcel, which also prove to be cost effective.

The load cells and special Sensors are interfaced to Micro Control Board (MATS) along with 4 Line LCD Display to show the results from the Microcontroller Output.

Micro Controller then computes the Actual Weight and the volumetric weight and shows them on the LCD Display.

This product is thus an advanced technology that helps logistics and shipping industry to save costs and increase productivity.

AnexVM Features

Instant Measurement

Quick measurement of all dimensions as well as the actual weight of the box, at the push of a button

Irregular Size and Shape Measurement

The primary feature of this machine is to measure all irregular shaped and sized box dimensions

Customisable Layout

Various attachments like tables or conveyors can be added to and from the machine depending on requirement.

Barcode Label Printing

Inbuilt system for barcode label printing that includes Dimensions, Actual weight, tracking number

Remote Monitoring and Data Generation.

It can be connected to WAN and well as LAN to monitor the data remotely, as well as generate data from multiple machines.

Cloud Based Systems

It can be configured to include cloud based systems to monitor the performance across multiple locations

ADVANTAGES OF AnexVM

The main advantage of using AnexVM is the calculation of volume for Irregular shape boxes.

Increase in Productivity - Faster and accurate calculations of Volumetric weight leads to faster transits.

No manual errors in calculations leading to reduced financial losses.

Increased data accuracy in monitoring and logging packages.

Higher output efficiency due to reduction in lead time of manual labour.