Automated laser cutting at Coiltech Italia: up to 152% more output in a specific part application
What could automation make possible for your production? For one specific part, Tannlin reports an increase in output of up to 152% using automation.
That result brings the opportunity into focus: integrating automated handling with precision laser cutting can make a substantial difference to production capability. The increase achievable will depend on the part and production setup, but it provides a compelling starting point for manufacturers exploring their next investment.
At Coiltech Italia on 23–24 September 2026, Tannlin will be in Pordenone to discuss how automated TG laser cutting systems can help electrical steel lamination manufacturers increase output while maintaining the accuracy and quality their applications demand.
Bring your production challenges. Let’s explore the potential.
Up to 152% increased output: the opportunity in automation
For one specific part, using automation increased output by up to 152%. It is a practical example of the production gains possible when considering how the complete process operates.
For manufacturers assessing automation, the question is how that potential translates to their own components, volumes and workflows.
Where does manual handling interrupt production? How much operator involvement does each run require? What would be needed to keep the system working for longer?
These are the questions we’ll be exploring at Coiltech Italia. The reported result provides a concrete example; your application provides the starting point for the discussion.
Why automated laser cutting is about more than speed
Cutting speed is an important measure of laser performance, but productivity depends on the complete production cycle.
Material needs to be loaded, components need to be cut accurately and finished parts need to move through production. Each stage contributes to how effectively a system performs across a shift or an extended run.
At Coiltech USA, manufacturers were increasingly looking at automation in this broader context. The ambition is to deliver speed, accuracy and quality consistently, with less dependence on manual intervention.
Tannlin’s automated TG systems bring precision laser cutting and material handling together within an integrated production platform, helping manufacturers address that challenge.
Robotic loading and unloading for longer production runs
Automated material handling extends the role of the laser system beyond cutting.
By integrating robotic loading and unloading, manufacturers can reduce the manual handling required between production cycles. This supports longer runs with minimal supervision and helps create a more repeatable workflow.
For businesses looking to increase capacity, this opens up a practical conversation about how existing production time is used and where greater autonomy could help.
At Coiltech Italia, we’ll be discussing how automated handling can support your production requirements, from reducing operator intervention to extending the time a system can continue working.
Precision laser cutting for electrical steel laminations
Greater output needs to be matched by confidence in the finished component.
Tannlin’s TG systems combine high-speed laser cutting with the accuracy and cut quality required for demanding electrical steel applications. The platform supports highly accurate laminations, including complex applications such as double-skew stacks, where consistency across individual components is critical to the finished assembly.
That makes repeatability central to the value of automation. Manufacturers need confidence that the quality achieved at the start of a run can be maintained as production continues.
Speed, accuracy and quality all need to work together. Each remains central to Tannlin’s approach to automated lamination production.
How fixturing and programming support repeatable accuracy
Precision depends on how material is supported and how the cutting process is controlled.
The TG platform incorporates TMAP fixturing, which uses dedicated blade arrangements to support parts during cutting and help maintain tight tolerances. TCT software allows fixture positions to be configured alongside the cutting programme.
TCT also supports the creation and modification of cut files from DXF and DWG formats, with functions including nesting, sequencing and rotational skewed-stack programming.
Together, these capabilities connect part preparation, material support and laser processing within the TG production workflow.
Your next step towards lights-out lamination manufacturing
For manufacturers looking to extend production beyond regularly staffed shifts, automation creates an opportunity to rethink how capacity is used.
Automated loading and unloading supports production with minimal supervision, helping businesses move closer to true lights-out lamination manufacturing.
The TG platform’s modular architecture allows different levels of automation to be specified and added as requirements develop. Remote monitoring, alerts and diagnostics also support visibility of system operation.
The starting point is your production requirement: the components you need to make, the output you want to achieve and the level of operator involvement appropriate to your process.
Explore your production potential at Coiltech Italia
An increase in output of up to 152% for one specific part shows why automation deserves a closer look.
What could it mean for your operation?
Whether your priority is higher throughput, consistent lamination quality or longer production runs, come and discuss your requirements with the Tannlin team. Bring your component drawings, material specifications and manufacturing challenges, and let’s explore where automated TG laser cutting could make a difference.
Meet Tannlin at Coiltech Italia in Pordenone, 23–24 September 2026.
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