Skip to content
Case study

Right on track

EAMR replaced weeks of manual AGV loop measurements with the Trimble Ri total station, handling real-world factory deviations on-site and completing installations in just 30 minutes.

Achievements

  • Reduced layout time from weeks to 30 minutes
  • Handled on-site deviations without redrawing
  • Eliminated complex manual calculations

Solution leveraged

The ability to work faster, safer and more flexibly during installations is a great advantage, and the Trimble Ri is a tool that streamlines the entire process — from planning to completed installation.
— Gustaf Wall
Mechanical designer with EAMR

Background

EA Mobile Robotics — a customer of Trimtec, a Trimble authorized dealer — is a division of EA Elektroautomatik in Sweden AB that develops, assembles, programs, operates and installs automated guided vehicle (AGV) and autonomous mobile robot (AMR) solutions. These solutions operate directly within customers' production environments, handling everything from motors and axles to gearboxes. At Volvo, for example, engines hang on EAMR’s load carriers as they go through the assembly line.


Challenge

Traditionally, AGVs are controlled by defined loops milled into the industrial floor. Designing these paths begins in 2D CAD, utilizing factories' existing AutoCAD layouts. However, when EAMR attempted to mark the loops in the factory, the drawing and reality rarely matched.

To solve this, EAMR had developed a triangulation system with reference points that were measured manually and entered into Excel lists. While very accurate, it could take up to two weeks, and for changes, the lists needed to be redone.

Inside a warehouse, a man in safety gear stands in the foreground, with a Trimble Ri total station in the background.

Solution

To streamline the work of drawing and installing the loops that guide the AGVs, EAMR started using the Trimble Ri total station. During installation, reference points are marked directly in the factory using lasers or prisms. The total station accommodates real-world deviations — such as pillars that are 200 millimeters off or protruding details — directly on-site without redrawing or delays.


Results

With the Trimble Ri, the work has completely changed. What previously took a couple of weeks can now be done in about 30 minutes. Mechanical designer Gustaf Wall notes that the new working method is also easier to teach, as the system no longer requires extensive manual calculations. Safety is central in Swedish factories, and EAMR brings the same working approach even when they operate internationally. Ultimately, the Trimble Ri streamlines the entire workflow from planning to completed installation.

Tags

Related case studies

Case study

How IM Design & Detailing use Tekla Structures

Learn how IM Design & Detailing use Tekla Structures as a small steel detailing business.
Read full article
Case study

AC Scotland boosts efficiency with Trimble ProjectSight

AC Scotland cut drawing upload times from two days to minutes with Trimble ProjectSight.
Read full article
Case study

Bennett & Pless accelerates project delivery with model-based workflows

Learn how Bennett & Pless accelerated design-to-fabrication by 3-4 weeks using Trimble’s connected, model-based workflows.
Read full article
Attention

We tried to combine the products in your guest cart with your saved cart, but we encountered an issue while merging them. When choosing a subscription, please select either monthly or yearly as they cannot be combined. Kindly review your cart before proceeding to checkout.

Cart updated
Some items in your cart are not available for purchase in your region, so we removed them. Please review your cart before proceeding.

Items Removed:
Attention

The software you are trying to purchase is not available in your country or region.

Cart updated
The items in your cart have been updated for two reasons. Firstly, the prices now match the currency linked to your account address. Secondly, some items have been removed because they are not available for purchase in your region. Please review your cart before proceeding.

Items Removed:
Cart updated
The items in your cart have been updated for two reasons. Firstly, you've added too many of one item to your cart. Secondly, some items have been removed because they are not available for purchase in your region. Please review your cart before proceeding.

Items Removed:
Cart updated
The items in your cart have been updated for three reasons. Firstly, the prices now match the currency linked to your account address. Secondly, you've added too many of one item to your cart. Thirdly, some items have been removed because they are not available for purchase in your region. Please review your cart before proceeding

Items Removed:
Cart updated

Your currency has been changed to match the currency associated with your account address.

Cart updated

Your cart has been updated for two reasons. First, the prices now reflect the currency associated with your account address. Second, you've added too many of one item to your cart. Please review your cart before proceeding.

Cart updated

While combining the products in your guest cart with your saved cart, at least one item in your cart has exceeded the maximum allowable quantity. Please review and correct your cart before proceeding to checkout.

Attention

We were unable to access your account information. Please contact customer support for assistance.

Attention
Unable to update shopping cart information. Please refresh the page to resolve the issue. If this issue persists, please contact Trimble support.
© 2026 Trimble Inc.

Trimble is a global technology company that connects the physical and digital worlds, transforming the ways work gets done. With relentless innovation in precise positioning, modeling and data analytics, Trimble enables essential industries including construction, geospatial and transportation. Whether it's helping customers build and maintain infrastructure, design and construct buildings, optimize global supply chains or map the world, Trimble is at the forefront, driving productivity and progress.