Meat and poultry processors are under increasing pressure to balance throughput, yield, and cut quality as product variability and increasingly demanding appearance requirements continue to reshape protein-cutting operations. From cooked poultry and pulled-style products to frozen meat and dried sausages, different applications require distinct cutting principles, process stability, and the proper selection of cutting tools and blades. Through its trio approach, combining Volantis, Yuran Hytec 300, and CMD.2, FAM STUMABO addresses the growing need for more application-driven and process-oriented protein-cutting solutions.
FAM STUMABO’s application-driven trio of Volantis, Yuran Hytec 300, and CMD.2 reflects this shift — combining different cutting principles to address the specific product physics, yield requirements, and process realities of modern protein processing.
When product physics dictates cutting performance
One of the biggest challenges in modern meat and poultry processing is that cutting conditions rarely remain stable for long. Unlike more uniform food products, meat behaves differently depending on factors such as fat content, muscle structure, moisture, temperature, and product preparation. Even small variations can significantly affect cutting performance and final product quality.
Temperature alone can completely change how a product reacts during cutting. Soft, high-fat products may deform or smear rather than produce clean cuts. Firmer or frozen products, meanwhile, can become brittle and fracture under mechanical stress. Muscle fiber direction also plays an important role, particularly in applications where visual appearance and texture are critical.
These challenges become even more pronounced in high-capacity environments. As line speeds increase, there is less margin for correction, and variability becomes amplified rather than absorbed by the process. Product movement increases, stability decreases, and maintaining consistent cut quality becomes significantly more difficult. This is why processors increasingly focus not only on machine capacity but also on controlling product interaction throughout the cutting process. Blades, feeding systems, and cutting mechanisms all play a critical role.
In practice, this means that slicing semi-frozen dried sausages, dicing cooked chicken with high moisture content, or processing frozen meat products at an industrial scale may all require very different cutting principles and product handling dynamics.
Recovering control at an industrial scale
In meat and poultry processing, yield loss rarely results from one major failure. More often, it is the accumulation of small deviations throughout the cutting process: slight overcuts, product breakage, inconsistent portions, fines, or loss of visual integrity. In a low-margin industry operating at increasingly high capacities, even minor inefficiencies can quickly translate into significant economic impact.
The challenge is therefore no longer just about increasing capacity, but about maintaining control while throughput increases. At higher line speeds, variability gets amplified rather than absorbed by the process. Without proper product guidance and controlled product flow, increasing speed can ultimately lead to greater inconsistency instead of greater efficiency.
This is why cutting performance increasingly depends on controlling the product’s interactions with blades, feeding systems, and cutting mechanisms throughout the process. Rather than forcing the product through the cutting system, processors increasingly focus on guiding it through the process in a controlled and consistent manner. Blade selection, product positioning, and feeding dynamics all play a critical role in maintaining cut integrity and protecting yield. Automated cutting processes also help improve repeatability in continuous high-volume production environments.
“What we see increasingly is that processors come to us not because they need more speed, but because speed alone is no longer solving their problem,” explains Gert Driessens, Business Development Support Manager, FAM STUMABO. “When you push throughput without addressing how the product behaves at the blade – its temperature, its fat content, how it moves through the cutting zone – you amplify variability instead of controlling it. That’s the shift we’ve responded to with Volantis, Yuran Hytec 300 and CMD.2: three different cutting principles, each designed around the specific physics of the product it processes.”
Different cutting principles for increasingly complex protein products
For processing environments that require precise transverse slicing of elongated products, maintaining stable product positioning throughout the cutting zone becomes critical. Products such as dried sausages, pepperoni, or salami can become difficult to stabilize, particularly when fat content and temperature conditions vary. The Volantis™ V-belt slicer addresses these challenges through continuous product guidance and controlled feeding dynamics designed to maintain slice consistency and maximise usable yield along the entire product length. This becomes particularly important in environments requiring thin, visually uniform slices for pizza toppings, prepared meals or foodservice products.
Other protein products place greater emphasis on flexibility and on managing variability. Cooked poultry products, marinated meats, and high-moisture products may deform easily during cutting, especially at industrial throughput levels. These environments require cutting systems capable of handling different product structures and temperatures while maintaining clean cuts and minimizing fines. Yuran Hytec 300 was developed to combine versatile dicing, strip-cutting, and pulled-look capabilities. The dual independent-variable-speed motors allow cut size/shape adjustments without the extra expense of additional cutting tools.
Frozen and semi-frozen products create a different set of operational demands. At low temperatures, product hardness increases mechanical stress on blades, feeding systems, and cutting components — particularly in continuous high-capacity environments running pork, beef or chicken blocks. A product that is too hard can fracture rather than cut cleanly; a product that is insufficiently tempered can smear or produce uneven dice. CMD.2 is specifically designed for these conditions. Its heavy-duty construction and drum-based cutting principle handle blocks of up to 250–300 mm, cutting in three stages — slicing, strip-cutting, and dicing — to produce consistent, free-rolling dice and strips without clumping, even at industrial throughput, simplifying packaging.
The result is a more application-driven approach to protein cutting, where cutting principles are increasingly selected according to product behavior, yield targets, and final product appearance rather than solely on throughput capacity.
Maintaining uptime in demanding processing environments
In high-capacity meat and poultry operations, cutting performance is inseparable from uptime, hygiene, and operational continuity. Production environments often run under cold, wet, and highly demanding conditions, where every stoppage immediately impacts throughput and product flow across the line. As a result, processors increasingly expect cutting systems not only to deliver precise cuts but also to support rapid cleaning, predictable maintenance, and reliable continuous operation.
This becomes particularly important in environments involving frequent product changes or multiple product formats on the same line. Reducing downtime between production runs requires cutting systems designed for easy access, efficient tool changeovers, and minimal operational complexity. Blade condition and maintenance also play a critical role in sustaining long-term cutting performance, particularly in demanding frozen or high-precision applications where processors increasingly rely on specialized heavy-duty blades and tooling configurations.
As labor shortages continue to affect food processing operations worldwide, processors are placing greater value on cutting systems that deliver stable and repeatable performance with reduced operator dependence. In this environment, process consistency and operational reliability become just as important as throughput and cut quality.
Cutting as a process discipline
“Meat and poultry processing continues to evolve towards higher capacities, greater product diversity, and more demanding quality expectations. As a result, cutting operations are increasingly defined by the ability to maintain control under variable processing conditions. The challenge is no longer simply about processing more product, but about preserving yield, cut integrity, and visual consistency while throughput continues to increase,” concludes Gert Driessens.
By combining different cutting principles through Volantis, Yuran Hytec 300 and CMD.2, FAM STUMABO’s trio approach reflects the industry’s growing shift towards more application-driven and process-oriented protein cutting strategies.
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