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How Long Does It Take to Implement a Dimensioning System? A Realistic Timeline

Aug 6, 2026 | Custom Integrations, Dimensioning

One of the most common questions in a dimensioning system evaluation is also one of the most variable to answer: how long will this take to implement? The honest answer is that it depends on the system type, the integration complexity, and how ready the facility is. A static workstation dimensioner in a receiving application with a simple WMS connection can be live in a matter of weeks. A full SLAM line integration with multiple connected systems takes longer. This post breaks down what drives the timeline at each phase.

Phase 1: Site assessment and system selection (2–4 weeks)

Before any hardware is ordered, the right system needs to be identified. That means understanding your outbound volume, packaging mix, measurement requirements, and integration environment. For static systems in straightforward applications, this phase is brief. For in-motion conveyor systems, the site assessment includes conveyor specifications, trigger locations, and infrastructure requirements that have to be resolved before hardware can be configured.

The dimensioning system overview covers the product range to use as a starting point for system selection. A conversation with Cubiscan’s technical team during this phase saves time later by identifying integration requirements and infrastructure needs before the hardware order is placed.

Phase 2: Hardware procurement and lead time (2–8 weeks)

Lead times vary by system type and current inventory levels. Standard workstation systems often have shorter lead times than in-motion conveyor systems, which may involve custom conveyor configuration or specific mounting requirements. If your implementation has a firm go-live target, understanding lead time at the beginning of the evaluation is important. Ask the vendor for lead time at the point of system selection, not after the purchase order is signed.

Phase 3: Integration development and testing (1–6 weeks)

Integration timeline is often the most variable part of the project. A static workstation dimensioner connecting to a WMS through an existing API integration may involve minimal development work. A SLAM line dimensioner connecting to a TMS, print and apply system, sortation controller, and manifest platform requires more touchpoints and more testing.

The integration scope should be defined and scoped before the hardware order is placed, not after. Changes to integration scope mid-project are the most common cause of timeline extensions. Cubiscan cubing software provides the data management layer that simplifies integration by serving as a central hub for dimensional data routing to connected systems.

Phase 4: Physical installation (1–5 days)

Physical installation of a static workstation dimensioner is typically a day or less. The unit is placed at the measurement station, connected to power and network, and positioned for the workflow. In-motion conveyor dimensioners require mounting on the conveyor line, encoder installation, trigger setup, and physical alignment, which may take several days depending on line complexity and whether conveyor modifications are needed.

Phase 5: Software configuration and calibration (1–3 days)

After hardware installation, the system is calibrated, configured for your specific measurement parameters, and connected to the WMS or cubing software. For in-motion systems, this phase includes trigger timing calibration, throughput testing at operational speeds, and exception handling validation.

Phase 6: Operator training and go-live (1–2 days)

Dimensioning systems are generally straightforward for operators to use. Training covers how to place packages for measurement, how to interpret the system’s output, and what to do when a measurement fails or an exception is flagged. For static systems, training is typically done on the day of installation. For in-motion systems, training may involve more participants and more scenarios.

Total timeline summary

For a static workstation dimensioner with a standard WMS integration: 4 to 8 weeks from evaluation to go-live is a reasonable range. For an in-motion SLAM line dimensioner with multiple system integrations: 8 to 16 weeks is more realistic, with variation depending on integration complexity and infrastructure readiness. To get a timeline estimate specific to your configuration, contact Cubiscan.

Frequently asked questions

What is the biggest factor affecting dimensioning system implementation timelines?Integration complexity is typically the most variable factor. Hardware installation and calibration timelines are relatively predictable. The time required to integrate the dimensioning system with the WMS, TMS, or other connected platforms depends on the number of systems involved, the integration approach, and the IT resources available to support the project.
How long does it take to install a static workstation dimensioner?Physical installation of a static workstation dimensioner is typically a day or less. The unit is placed at the measurement station, connected to power and network, calibrated, and configured for your measurement parameters. Integration with the WMS may add time depending on the integration approach, but the hardware installation itself is straightforward.
Can I do the WMS integration in parallel with hardware procurement to save time?Yes, and this is the recommended approach for projects with firm go-live targets. Integration development and testing can proceed in parallel with hardware lead time, so both are complete around the same time. Starting integration work after hardware arrives typically adds several weeks to the total timeline.
What causes dimensioning system implementations to run over schedule?The most common causes are integration scope that was defined too broadly or changed mid-project, infrastructure requirements that were identified late (such as conveyor modifications or network changes), and calibration or testing issues discovered after installation that require additional vendor involvement. Detailed upfront scoping is the most effective way to reduce schedule risk.

About Cubiscan 

 For over 30 years, Cubiscan has led the automated dimensioning industry. In the 1980s, it became clear that accurate dimensions and weight were essential for warehousing, distribution, right-size packaging, and freight-manifesting applications. By the mid-1990s, the company had established itself as an innovative supplier of static and in-motion dimensioning systems. Today, Cubiscan continues to innovate and guide its customers to effective material handling solutions by offering the broadest range of dimension-scanning technology available. 

Cubiscan Media Contact: Aaron Taylor, Marketing Director – [email protected] 

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