System Integration & Control Systems Design


Portion cutter for fish and poultry

November 2020 System Integration & Control Systems Design

Danish company Borncut A/S, located in Rønne, has developed what it believes to be the world’s fastest and most precise portion cutter for the food industry, based on specially developed software and the open control platform from Beckhoff. Fish or poultry is divided into exact portions in a flash – with knives that rotate at speeds of up to 200 km/h and can make over 2100 cuts per minute.

The Borncut Scancut 225 portion cutter can process up to 4 tons of fish in just one hour to produce almost any number of individual pieces, cut to the desired weight. Speed and precision are key competitive parameters in the food industry, since even a small increase in processing performance can result in significant annual cost savings. Gorm Sørensen, co-founder and CEO of Borncut, gives an example: “A processing challenge arises when foods such as fish and poultry are irregular in size and shape. If, for example, 10 tons of salmon are processed per day, a machine output optimised by only 0,5% can save around DKK 5000, which adds up to around DKK 1,25 million – or around 170 000 Euros – per year.”

Image copyright Borncut, Denmark.

Fast EtherCAT communication increases machine performance

Peter Mikkelsen and Gorm Sørensen founded Borncut in 2016 with the aim of developing the most innovative portion cutter on the market. “With all due modesty, we have achieved our ambitious goal,” says Mikkelsen. “The tremendous machine speed is primarily due to the high performance of EtherCAT communication. This is because EtherCAT enables the control components in the machine, the PLC, servomotors, safety module, and our own high-speed camera, to communicate with each other very rapidly. This results in an extremely efficient process flow. At the same time, our machine requires minimum manual intervention since it uses network-compatible standard solutions.”

Borncut machines are available in single or dual lane versions, i.e., with one or two infeed belts. The corresponding setup can easily be changed via the CP27xx multi-touch panel PC. The machine can be adjusted exactly to the desired portion size using drag-and-drop functions. In addition, the machine data can be called up as required for comparison with other production data.

A special feature is the integrated high-speed camera that scans the food on the belt. The camera captures 250 frames per second and displays a 3D image on the panel PC. In this way, the end user can see exactly where the cuts are made. Mikkelsen elaborates: “The faster the volume of the fish or poultry can be calculated, the faster the food can pass through the machine. For example, in order to obtain only the best pieces, or to cut the fish into different sizes, the cutting blades can be conveniently adjusted using the drag-and-drop function, and the cuts can be accurately checked based on the 3D image.”

Reliable machine operation is crucial

Borncut places high demands on the control platform, especially with regard to operational reliability and service. This is because the machines are used for a wide range of different food production processes, and it is therefore important that they can reliably and quickly be adapted to new functions without equipment downtime. A standstill would have significant consequences for the end users, as the machines are often part of large processing lines with many operators. In addition, the food to be processed usually has a short shelf life at normal temperatures, and short delivery times are essential. Should a machine failure occur, it is crucial that the fault can be quickly located and rectified.

Sørensen concludes: “PC-based control from Beckhoff enables us to build efficient and reliable machines. The openness of the system makes it easy to integrate third-party components such as the high-speed camera, which gives us additional options. Another key factor is our good cooperation with Beckhoff, who took note of our requirements right from the start. Beckhoff staff were quickly available on site when the need arose and offer excellent service. The innovative solutions perfectly complement our own philosophy.”


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Flexible EtherCAT communication interface for DALI-2
Beckhoff Automation Fieldbus & Industrial Networking
The EL6821 EtherCAT Terminal from Beckhoff allows up to 64 DALI/DALI-2 slaves and 64 DALI-2 input devices to be connected. The TwinCAT 3 System Manager makes it easy to configure and parameterise DALI devices flexibly.

Read more...
EtherCAT-based control technology for building automation
Beckhoff Automation Fieldbus & Industrial Networking
Modern non-residential buildings place many high demands on building automation. This can be optimally implemented with EtherCAT-based control technology from Beckhoff, which provides an efficient central automation architecture thanks to ultra-fast data communication.

Read more...
PC-based control for university studies
Beckhoff Automation Fieldbus & Industrial Networking
The IDEA box developed at Heilbronn University of Applied Sciences is designed to introduce students to the topic of Industry 4.0 in a simple and practical way. At the core of the corresponding demo case is PC-based control from Beckhoff.

Read more...
Understanding the role of AI in generative engineering design
System Integration & Control Systems Design
When a design engineer sets out to design a new part, component, or assembly, the intent is to meet the design requirements for fit, form and function, and also incorporate a certain degree of innovation and elegance to the overall design. There is no reason to re-invent the wheel by introducing a new design.

Read more...
PCS stays up so you don’t have to
PCS Global System Integration & Control Systems Design
Maybe it’s time to look at a solution that stays online 99,99999% of the time so you don’t have to. This the world of Stratus computer platforms, tailor-made for your critical applications.

Read more...
High-performance motion control for teabag packaging machine
Beckhoff Automation Editor's Choice
Teepak relies on PC-based control and drive technology from Beckhoff to set new benchmarks for speed and precision in its teabag packaging machines.

Read more...
Four ways the global parts shortage has led to innovation and openness
System Integration & Control Systems Design
For those who use automation parts, the unpredictable nature of the supply chain is one of the biggest problems faced today. The shortfall has impacted every industry, but automation components have been especially affected.

Read more...
Complete system for transparent energy monitoring
Beckhoff Automation Editor's Choice Electrical Power & Protection
Transparent energy monitoring reduces both machine downtime and the necessity to oversize the corresponding components. Added to these advantages are simplified preventive maintenance, and increased production efficiency. The wide range of PC-based control technology from Beckhoff offers a solution that can be optimally adapted to individual applications.

Read more...
Iritron’s year of consolidation
Iritron Editor's Choice System Integration & Control Systems Design
Despite the multiple challenges faced by businesses in South Africa, the buoyancy of the technology sector worldwide has produced some green shoots for automation specialist, Iritron.

Read more...
Five edge opportunities for SIs to maximise revenue in 2024
Editor's Choice System Integration & Control Systems Design
System integrators continue to face the challenge of doing more with less – supporting complex operations, while meeting production schedules with limited resources, and innovating to increase efficiency, maximise safety and reduce risk.

Read more...