Dimensioners that measure anything from parcels to pallets
vMeasure Dimensioner

How an Enterprise 3PL Improved Inbound DIM Accuracy Across 3 Sites

An enterprise 3PL replaced manual inbound measurement with a standardized receiving setup across three locations. That gave the operation a more consistent way to capture carton and SKU-level dimensions before receipt, reduce variation in measurement, and improve the item master data used across downstream warehouse workflows.

Where was the operation losing control?

The receiving process still relied on tape measures and standalone scales, even though the WMS needed dimensions, weight, and units of measure before cartons or SKUs could be received into inventory. That put a manual measuring step right at the front of a process that needed clean data from the start.
The operation also had to handle mixed inbound flows across multiple sites. Teams were receiving case-level cartons, each-level SKUs, and irregular items through the same process. At that point, manual measurement was no longer a small extra task. It was slowing inbound flow and creating more variation in data across locations.

What Was Manual Measurement Causing?

The impact was showing up in everyday receiving activity:
  • Staff had to stop and measure cartons and SKUs before receipt could move forward
  • DIM data varied across operators and locations
  • Item master records became less consistent over time
  • Storage and restocking started from inaccurate dimensional data
  • The process became harder to manage as inbound volume grew
This created more inconsistency in inbound receiving.

What the Operation Needed?

The operation did not need a new receiving process.
It needed a simpler way to capture parcel dimensions inside the existing inbound workflow. That meant introducing automated parcel dimensioning to reduce manual effort, standardize DIM capture, and keep the data ready before receipt moved forward.

What Changed in the Receiving Flow?

To remove that bottleneck, the operation deployed 6 vMeasure Parcel Ultima units across 3 inbound locations. The setup fit into the actual receiving flow. Cartons were measured at dockside receiving, each-level SKUs were captured at dedicated inbound audit points, and irregular items moved through the same workflow without creating separate exceptions.

At receiving, vMeasure Parcel dimensioner captured:
  • Length, width, and height
  • Weight
  • High-resolution images
  • Carton-level and SKU-level data records

The captured data moved into Extensiv, so the required dimensions were already in the system when staff received the item into inventory. That removed the manual measuring step from the inbound process.

vMeasure Dimensioner Device 1.5
vMeasure parcel dimensioners specifications
Minimum Dimensions
(L – W – H​)
2 x 2 x 2 in​
5 x 5 x 5 cmhidden texthiddenghjgfgdddh
Maximum Dimensions
(L – W – H​)
53.1 – 41.3 – 33.5 in
135 – 105 – 85 cmhiddden text hidden
Accuracyhidden texttx
0.4 in / 1 cmhidden text hidden
Mounted onhidden texttx
Table / Mobile Cart / Mechanical Conveyor
Data capturedhidden
  • Annotated image
  • Multiple angles of SKU/Parcel
  • Custom fields for additional data capture during measurement

Before vMeasure vs After vMeasure

Before vMeasure After vMeasure
Cartons and SKUs were measured manually with tape measures and standalone scales
Dimensions, weight, and images were captured through a standardized receiving setup
DIM data varied by operator and location
One consistent measurement method was used across sites
Historical dimensional records were limited
Traceable records became available for audit and validation
Receiving staff spent time measuring items by hand
Less labor was tied up in manual measurement work
Item master quality weakened over time
SKU and carton DIM data entered the system in a more reliable form

What Improved on the Floor?

Cleaner item master data

SKU and carton dimensions were captured in a standard way from first receipt. Vendor DIM errors were easier to catch early.

Less labor at receiving

The process no longer depended on staff measuring items by hand.

Faster inbound flow

Receiving moved faster during peak periods without adding labor.

More consistency across sites

The process became easier to standardize across locations and systems.
If inbound DIM capture is still manual, inconsistency starts before inventory even enters the system.

Talk to the dimensioning experts

See how vMeasure fits into your inbound receiving workflow and standardizes DIM capture across multiple locations.

What do our customers say?​