Ultrasonic Cutting Machine for Nougat
Ultrasonic Cutting Machine for Nougat | Precision Slicing for Sticky Confectionery
Nougat is a classic sweet that combines soft chewiness and rich layers. Its dense sugar body is enveloped by crispy nuts and sweet-tart dried fruits, representing the sweet taste in the hearts of countless people. However, for a long time, the characteristics of high viscosity, soft texture, and mixed particle ingredients have made the cutting process of nougat a major challenge in the food industry. Traditional mechanical cutting relies on physical compression for slicing, which not only easily causes problems such as sticking the knife, stringing, and deformation of the sugar body, but also crushes the nuts and disrupts the distribution of ingredients, resulting in uneven product appearance and severe raw material waste, greatly restricting the refined and standardized production of nougat. The popularization of ultrasonic cutting technology has completely broken the limitations of traditional processes, bringing about a revolution in fine processing techniques for nougat.
Unlike the traditional cutting logic that relies on pressure to tear ingredients, ultrasonic cutting is a precise processing technology based on high-frequency physical vibration. The entire equipment converts electrical energy into high-frequency electrical signals through an ultrasonic generator and transmits them to the food-grade titanium alloy knife head, causing it to generate tens of thousands of microscopic high-frequency vibrations per second. This extremely fine high-frequency vibration forms an invisible micro-air film at the contact surface between the knife and the nougat, minimizing the friction resistance between them. The entire cutting process does not require strong compression or hard tearing, and the knife head smoothly cuts into the sugar body with minimal force, fundamentally solving the core pain points of processing sticky candies.
In traditional production methods, sticking the knife is the most common problem that affects efficiency and quality. The highly viscous maltose and protein-based sugar bases are easily adhered to the surface of ordinary knives, requiring frequent stops for cleaning during production. This not only interrupts the production rhythm and reduces production capacity, but also the residual sugar residue is prone to bacterial growth, posing a food safety hazard. At the same time, hard compression cutting will cause the edges of the soft nougat to stretch and deform, resulting in uneven thickness and size deviations, leading to uneven weight and poor packaging compatibility. More importantly, violent cutting will squeeze and crush the nuts, fruits, and other ingredients inside, causing the nuts to crack and the fruit dry to shift, making the taste and appearance of each piece of nougat inconsistent, significantly lowering the product grade.
The application of ultrasonic cutting technology has completely overcome these production drawbacks. The anti-sticking air film formed by the high-frequency vibration ensures that the knife head hardly retains sugar residue during long-term continuous operation, eliminating the need for frequent stops for cleaning, and is compatible with automated assembly lines for continuous production, significantly improving production efficiency. The gentle vibration cutting method does not cause compression damage to the nougat, maintaining the intact sugar structure without collapse, and the cut surface of the candy is smooth and flat, with regular edges, without stringing or burrs. The finished product has a delicate and exquisite texture, fully meeting the appearance standards of premium gift boxes and high-end retail products.
In terms of taste and quality control, this technology’s advantages are particularly prominent. The low-resistance and light-force cutting mode can perfectly preserve the ingredient structure inside the nougat, with nuts intact and full, and fruit dry evenly distributed, without the occurrence of broken nuts, empty layers, or ingredient displacement, ensuring that each piece of nougat has a consistent taste, flavor, and ingredient ratio. At the same time, the precise cutting mode of numerical control can accurately lock the length, width, and thickness of the candy, with minimal size errors, achieving standardized and standardized production, which not only solves the randomness of manual cutting but also perfectly adapts to subsequent processes such as automated weighing and high-speed packaging, effectively reducing the defect rate and raw material waste.
The strong adaptability, safety, and hygiene characteristics make ultrasonic cutting the optimal solution for nougat processing. Whether it is soft and warm regular soft nougat, hard nougat with higher hardness, or specialty nougat mixed with matcha, chocolate, and various fruit drys, it can achieve perfect cutting, and it can also be compatible with the processing of similar sticky pastries such as snowflake cookies, milk fudge, and energy bars. The cutting heads of the equipment are made of food-grade titanium alloy, which is corrosion-resistant and easy to clean. During the processing, no lubricating medium is required, and there is no oil residue or impurity contamination. The convenient cleaning design is also included. This fully complies with food safety production standards and builds a strong defense for food safety.
From manual rough cutting to mechanical rough processing, and then to ultrasonic precise cutting, the iterative process of processing nougat has essentially been an illustration of the refinement and quality improvement in the food industry. Ultrasonic cutting is not just a simple equipment upgrade; it is also a comprehensive reshaping of the quality, taste, appearance level and production efficiency of desserts. It empowers traditional dessert processing with technology, while retaining the pure taste and flavor of nougat, and achieving standardized, efficient and high-quality production. This classic sweet flavor is presented in a more refined and stable form to enter the market.
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.
