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New robotic cell for current testing and laser marking of KZS-2M/4M RCBOs

New robotic cell for current testing and laser marking of KZS-2M/4M RCBOs

New robotic cell for current testing and laser marking of KZS-2M/4M RCBOs

At ETI, we continue with the automation of production processes. The new robotic cell for current testing and laser marking of KZS-2M/4M RCBOs is one of the first automatic assembly / testing robotic cells in our switchgear department. With its introduction, we have successfully replaced manual retesting, laser marking of RCBOs, assembly of the snapping unit, sealing of the adjustment screw, and insertion and testing of the test button. With the new device, only the code of the product is entered, and in accordance with the previously created program and laser marking design, the device will perform the necessary operations to produce the final form of the RCBO.

 

Andraž Pušnik
Researcher R&D Switchgear / RCDs

Revolutionizing Product Development with 3D Statistical Tolerance Analysis

Revolutionizing Product Development with 3D Statistical Tolerance Analysis

Revolutionizing Product Development with 3D Statistical Tolerance Analysis

In the fast-paced landscape of product development, advanced numerical simulation tools are game-changers. Among them, specialized tolerance analysis tools stand out, offering precise insights into variations in final products. By simulating potential deviation scenarios early in the design phase, these tools mitigate risks, reduce errors, and cut down on costly modifications during later project stages.

 

Lucjan Strehar
Circuit Breakers and Switches development

 
 
Learning center for electropneumatics

Learning center for electropneumatics

LEARNING CENTER FOR ELECTROPNEUMATICS

Advanced technologies and new findings in the field of automation require employees to constantly acquire and update their knowledge and competencies. Knowledge of the electric pneumatics, which combines electrical and pneumatic systems for process automation and control, is  essential for maintaining automated lines, identifying and eliminating defects. There are fewer and fewer simple, manual works, where it is enough for workers to have only good manual skills and more and more tasks that require more demanding technical skills.

 

Rosita Razpotnik
Head of HR

 
 
 
Circular Process of Green Production of Technical Ceramics

Circular Process of Green Production of Technical Ceramics

Circular Process of Green Production of Technical Ceramics

Innovation represents the production process of ceramic masses, which aligns with the principles of a sustainable circular economy. This process involves reusing the raw, non-sintered waste mass, created as a by-product of technological processing, for as long as possible. This continues until the ceramic mass attains the appropriate characteristics that allow technological processing into products meeting the high demands of the customer.

 

Ines Bantan
Researcher

 
 
New Drilling and Machining Center for NH Fuse Bodies

New Drilling and Machining Center for NH Fuse Bodies

New Drilling and Machining Center for NH Fuse Bodies

As industry pioneers, we lead NH fuse manufacturing for battery storage, photovoltaic systems, and railway applications. Our commitment to quality is evident in the use of superior materials and innovative construction. We manufacture pressed and extruded bodies for low voltage fuses that meet all customers’ technical requirements. Any specific technical demand could be integrated at the body as well. Components are manufactured in accordance with highly demanding process requests that guarantee the best quality to the customer.

 

Janik Pikelj
Researcher R&D Technical Ceramics

 
New automatic production line for NV1 and NV2C fuse links

New automatic production line for NV1 and NV2C fuse links

New automatic production line for NV1 and NV2C fuse links

The new NV line is able to produce size 1 and 2C fuse links. This will reduce the cost price of the product and increase production capacity. An additional objective was to standardise production at ETI Polam and switch to KOMBI fuse link production only. All this will allow us to further grow our market share and profitability of the NV range.

 

Uroš Kovač
Researcher

 
Renovation of the shipping warehouse in ETI Izlake

Renovation of the shipping warehouse in ETI Izlake

Renovation of the shipping warehouse in ETI Izlake

In the first half of 2022 we completed the renovation and expansion of the shipping warehouse in Izlake. By doing so we gained approximately 650 square meters of additional storage space and almost 5,000 additional storage locations (4,647 shelf and 233 pallet storage locations).

 

Sebastjan Lazar
Logistics expert

 
Industry 4.0 at ETI

Industry 4.0 at ETI

Industry 4.0 at ETI

Industry 4.0 was a new term a few years ago, but nowadays it is seen as normal, which is also the case at ETI. There are many answers to the question of what Industry 4.0 actually means as well as how individual companies experience and integrate it into their processes.

 

Jure Ferk
The head of avtomation department

 
FI relay process industrialization

FI relay process industrialization

FI relay process industrialization

As part of the renovation of the Residual Current Circuit Breakers (RCCBs) production, the opportunity arose to also redesign the FI relay process. FI relay is one of the key components used in residual current circuit breakers and ours has a unique design, structurally adapted to automatic assembly. Thus, we are now the first company with a fully automated FI relay manufacturing processes, leading to higher quality of the final product. With design adaptation, full traceability of assembly, control and thus also the final product, we ensure a longer service life and stability of the relay above any other on the market.

Andraž Pušnik
Researcher

fi_rele1
Assembly line of the new RCCB EFI-P

Assembly line of the new RCCB EFI-P

Assembly line of the new RCCB EFI-P

One of the main requirements in the development of the new Residual Current Circuit Breakers (RCCBs) EFI-P was that the design must be suitable for the highest possible level of automation of component fabrication and final assembly. Therefore, the appropriate design solutions were taken into consideration as early as the product development phase.

Miran Dolinšek
R&D

ETI - EFI Linija4 (2)
New generation of tools

New generation of tools

New generation of tools for perforating melting elements

 

Perforation of the melting element is one of the most important stages in the manufacture of fuses, which significantly affects the performance of the product. Customers' demands for quality and quantity have increased significantly in the last years, so it was time for a renewal of the tools and machines (presses), on which perforation is made.

Bojan Urankar
Constructor

 

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