GelMatic Soft Serve and Frozen Yogurt Machines

A soft serve machine doesn't just cool the product; it continuously works the mix in the freezing cylinder, adds a controlled amount of air, and ensures it comes out at the target consistency when the service handle is opened. GelMatic is an Italy-based manufacturer founded by Giambattista Guerini in 1972, focused on soft serve, express gelato, frozen yogurt, milkshake, and frozen beverage systems. GelMatic ice cream machine prices vary by flavor count, pump or gravity feed, countertop or floor-standing body, production capacity, control system, and cooling configuration.

The brand's current machine range consists of different production families such as Standard, Giotto, Lab, Combi, Automatic, and Fantasy. Single, double, or triple-flavor options exist, along with pump or gravity feed, staff-controlled or self-service choices. The active product on Mutfak10 is the single-flavor, countertop GelMatic BC 100 PM soft serve and frozen yogurt machine.

The Cylinder and Mixer in the Express Freezing Process

The liquid product mix enters the freezing cylinder from the hopper. The cooling circuit around the cylinder draws heat from the product while the internal mixer scrapes the frozen layer from the surface and redistributes it into the mix. This cycle prevents the product from becoming a completely solid block and creates a serveable structure.

The mixer's movement and cooling capacity need to match. If the product freezes too quickly without being sufficiently worked, a crystalline and hard structure can result; if insufficiently cooled, a flowing serve that doesn't hold its shape can result. Machine control helps monitor the mix's consistency throughout production.

Sugar, fat, milk solids, and stabilizer in the mix recipe change the freezing point. A soft serve base and a frozen yogurt or fruit-based product may not work at the same consistency setting. A small production test should be done before using a new recipe.

The Difference Between Pump and Gravity Feed

In a gravity system, the mix moves from the hopper to the cylinder via gravity and an air-intake arrangement. Having fewer mechanical parts can simplify the cleaning and installation flow. The product's volume increase and texture are evaluated together with the mix used.

A pump-fed system carries the mix to the cylinder in a controlled manner and helps manage the air-to-mix ratio. This ratio affects the volume increase called overrun and the serve texture. Too much air can create a weak, quickly melting product; too little air can create a heavy, low-volume product.

The volume increase provided by the pump changes recipe cost and the gram weight per cone. The business should check not just the visual volume but the weighed serving weight and melting behavior. Pump parts can require more detailed cleaning than a gravity system.

The BC 100 PM Single-Flavor Production Arrangement

The GelMatic BC 100 PM is a countertop, single-outlet, pump-fed soft serve and frozen yogurt machine. Its single-flavor structure is geared toward cafés, patisseries, restaurants, and dessert stations whose menu has one main ice cream or yogurt recipe.

In Mutfak10's product data, the device is listed at a service class of roughly 250 portions per hour with a 70-gram reference. This figure can vary by the mix's starting temperature, ambient temperature, service interval, and cone gram weight. Rather than the machine's uninterrupted theoretical capacity, its recovery behavior during a busy 15-minute window should be tested.

Using a single product on the BC 100 PM doesn't ease flavor switching; before moving to a new recipe, the hopper, pump, cylinder, and service door should be fully cleaned. A brief rinse alone isn't sufficient between products containing milk, yogurt, a plant-based base, or allergens.

Single, Double, and Twist Product Selection

A single-flavor machine offers a limited menu and smaller-body advantage. A two-flavor system can have two independent mix hoppers with a freezing cylinder. A third service handle can combine two flavors as a twist within the same cone.

Double flavor doesn't just mean more product variety. Two recipes require separate filling, labeling, and cleaning. If one flavor sells much and the other little, the product's wait time in the machine can increase in the lower-turnover section.

On some of GelMatic's multi-flavor systems, each product's production capacity and consistency can be managed separately. This function isn't present at the same scope on all models. Before actual sales ratios in the menu are confirmed, a large machine shouldn't be chosen only for the appearance of three service handles.

What Do GTECH Control Systems Provide?

GelMatic's current machines include different control levels such as GTECH ECOS and the more advanced INCODIS 3.0. ECOS is geared toward managing basic production values with a multilingual color LCD touchscreen and capacitive keys.

INCODIS 3.0 offers a seven-inch screen, visual user guidance, and a broader interface geared toward monitoring machine status. On certain systems, action suggestions can be shown to the operator for maintenance or operating issues.

The BC 100 PM product on Mutfak10 is listed with electromechanical control. Current GTECH features shouldn't automatically be attributed to this model. In a quote, the control panel, consistency adjustment, and program scope should be verified from the exact product code.

Air-Cooled and Water-Cooled Configurations

An air-cooled machine releases the heat from its cooling circuit into its surrounding environment. If the condenser intake is blocked by a wall, packaging, or another device, production can decrease. The ice cream machine shouldn't be placed in a hot oven, sun-exposed display case, or poorly ventilated enclosed furniture.

A water-cooled system can be considered for certain hot or air-circulation-limited projects. In return, it creates additional clean water and drainage consumption. The availability of air and water options should be checked on a model basis.

The heat the device releases into the environment affects not just machine operation but customer and staff comfort. At a station with multiple ice cream machines, the AC load should be added to the mechanical project.

Mix Preparation and Pre-Cooling

The ice cream mix shouldn't be added to the machine at room temperature. A pre-chilled product helps the cylinder reach service consistency more quickly and recover faster after intensive orders.

If a powder base is used, the water or milk amount should be measured with a scale, and the mix prepared without leaving lumps. A small liquid difference in the recipe can change viscosity, volume increase, and freezing behavior.

Instead of continuously adding new mix on top of old product in the hopper, the business's product-renewal and cleaning procedure should be applied. The prep time, base name, and allergen information should be kept visible on the machine.

Service Door, Pump, and Daily Cleaning

The mix hopper, pump, feed tube, cylinder, mixer, scrapers, and service door are the main product-contact parts. Simply wiping the outside of the tap doesn't clean the milk and sugar residue remaining in the closed system.

The product should be emptied at the period specified by the machine manufacturer, a wash and sanitation cycle applied, and removable parts brushed clean. Gaskets and O-rings should be checked for tearing, flattening, and leakage.

Parts should be assembled only at the specified points with a lubricant suitable for food equipment. Excess grease can enter the product line, while insufficient grease can cause wear on gaskets and moving parts.

Featured Highlights

• A broad machine program geared toward soft serve, express gelato, frozen yogurt, and different frozen beverage recipes
• Single, double, or triple-flavor options with gravity or pump-fed production choices
• Single-flavor, countertop, pump-supported professional service arrangement on the BC 100 PM
• ECOS and INCODIS control, self-service, and different hygiene systems depending on the model in current product families

How Is GelMatic Capacity Calculated?

Before daily cone count, the service count in the busiest 15 minutes and each portion's gram weight should be determined. The same machine gives a different product count at 70 and 120-gram servings.

The single or double-flavor decision should be made based on sales distribution. If the second product sells poorly, a separate periodic menu or single-flavor system, rather than a large machine, can provide more controlled product turnover.

Electrical power, air clearance, product filling height, wash sink, and the route the mix will travel from cold storage to the machine should be planned before installation.

GelMatic Ice Cream Machines on Mutfak10

The countertop, single-flavor GelMatic BC 100 PM model can be reviewed with current product information on the GelMatic soft serve and frozen yogurt machine page. GelMatic ice cream machine prices vary by flavor count, pump system, control, production capacity, and installation equipment.

Frequently Asked Questions

How are GelMatic pump-fed and gravity ice cream machines separated?

In a gravity system, the mix moves to the cylinder via gravity and an air-intake arrangement. A pump-fed model manages the product-to-air ratio more precisely, offering a different working approach for volume increase and texture. The pump may require more removable parts and maintenance steps.

What businesses is the GelMatic BC 100 PM suitable for?

The BC 100 PM is geared toward cafés, patisseries, restaurants, and frozen yogurt points offering a single flavor and wanting a countertop installation. Actual capacity should be tested based on portion gram weight, service intensity, mix temperature, and ambient conditions.

What features affect GelMatic ice cream machine prices?

Price is determined by single or multi-flavor, gravity or pump feed, countertop or floor-standing body, and hourly production class. Touchscreen control, pasteurization-hygiene systems, water cooling, and self-service equipment can change the total investment.