Precise Cutting of Round Frozen Cakes
In large-scale production in the baking industry, the precise cutting of round frozen cakes has always been a key factor affecting efficiency and quality—especially frozen mousse cakes and frozen cheesecakes. Due to differences in texture and structure, traditional cutting methods often face problems such as deformation, crumbling, and uneven size. The UFM1000P high-volume ultrasonic cutting machine precisely addresses these pain points, making it an ideal choice for bakeries that need to produce more than 300 products per hour.
This machine demonstrates exceptional adaptability for cutting frozen mousse cakes. The core characteristic of frozen mousse cakes is their “soft layering”: they typically contain a cream layer, a jam layer, and a sponge cake base. While freezing increases their firmness, the overall texture remains relatively fragile, easily becoming misaligned or dented under slight pressure. Traditional blade cutting often results in the soft cream layer being “scraped” and deformed due to the high friction between the blade and the mousse, sometimes even causing the layers to separate. If paper dividers are placed between each cake to prevent sticking, the manual alignment of the dividers before cutting significantly slows down the process. The UFM1000P’s ultrasonic cutting technology uses high-frequency micro-vibration (up to 20-40kHz) to create a “low-friction interface” on the cutting blade, preventing compressive stress when contacting mousse. Even when cutting frozen mousse cakes without parchment paper, it precisely severs each layer, resulting in a smooth, mirror-like cut without any cream residue or disordered layers. For cutting with parchment paper, the machine’s automatic positioning system quickly identifies the gaps and the blade precisely cuts along the edge, avoiding damage to the parchment paper and ensuring that the size error of each cake is controlled within ±1mm, fully meeting standardized production requirements.
For frozen cheesecakes, the UFM1000P focuses on “a solid texture and a complete cut of the biscuit base.” Frozen cheesecakes, due to their firm texture after the cheese mixture solidifies and often have a layer of crumbly biscuit crumbs at the bottom, present challenges with traditional cutting methods, primarily in terms of “crumbling” and “bottom cracking.” Rigid blades exert vertical pressure on the cheese layer, causing fine cheese crumbs at the edges, while the brittle biscuit base is more prone to breaking during cutting, resulting in a defective product with a “complete top and a broken bottom.” The UFM1000P cleverly solves this problem by optimizing the ultrasonic vibration intensity and cutting angle, minimizing damage to the cheese structure and leaving no crumbs on the cut surface. For the biscuit base, the machine’s blade automatically adapts to the cake height, ensuring even distribution of vibration energy when the blade contacts both the cheese layer and the biscuit base simultaneously. This cuts through the crumbly base without causing cracking due to uneven pressure—even without a separating sheet, the cut cheesecake retains its intact bottom, eliminating the need for manual trimming.
More importantly, the UFM1000P fully meets the demands for “high-volume” production while maintaining cutting quality. For bakeries that need to produce more than 300 products per hour, manual cutting not only requires 3-4 skilled workers but also struggles to avoid “fatigue errors”—the size deviation of later products may widen to ±5mm, and the actual hourly output can only be maintained at around 200 pieces. The UFM1000P, however, with its integrated automated feeding, cutting, and unloading design, can continuously process round cakes with diameters of 6-12 inches, with a single cut taking as little as 2 seconds. Combined with multiple blade switching functions, it can achieve a stable output of 350-400 pieces per hour, all without manual intervention. Whether it’s batch-packaged products with paper dividers (such as pre-packaged mousse cakes) or freshly sold cheesecakes without paper dividers, the machine can automatically adjust the cutting mode according to preset parameters, reducing labor costs and avoiding material waste caused by human operation.
Today, more and more bakeries are facing the dual demands of “improving portioning efficiency” and “ensuring product consistency.” If you are troubled by the inconsistent quality of frozen cake cutting and the inability of production to keep up with orders, the UFM1000P high-volume ultrasonic machine may be the solution: it can not only adapt to round products of different textures such as frozen mousse and frozen cheese, but also break through production bottlenecks with an output of 300+ per hour, turning the baking portioning process from “manual dependence” to “precise automation.”
About Cheersonic
Cheersonic manufactures the leading portioning equipment for bakeries producing fresh and frozen desserts. Since 1998 bakers have used Cheersonic machines to cut, slice and portion cheesecake, pie, layer cake, loaves, butter, cheese, pizza, sandwichs, and more. Cheersonic offers ultrasonic cutting solutions that support start-up bakeries and high production commercial facilities alike. Small standalone machines can be used in manual baking facilities and large inline robotic solutions aid in high speed production.
Cheersonic offers many ultrasonic slicing models, both inline and offline applications, with production speeds of 80 to 1,500 cakes or pies per hour.
Cheersonic’ latest offline introductions include ultrasonic cutting with or without divider inserts between each slice. This improves the quality of the cut and makes for a much better product presentation for the customer. In addition, robotic arm improves the speed, efficiency, and accuracy of the cutting process, producing professional looking products every time.
