Sammic Vacuum Packaging and Food Preparation Systems

In a chamber vacuum machine, the goal is not simply to draw the air out of the bag. The product's boiling behaviour, target vacuum percentage, sealing time and the speed at which air re-enters the chamber together determine the packaging result. Sammic, a Spain-based manufacturer, offers vacuum packaging, low-temperature cooking, vegetable preparation, cutters, hand blenders, potato peelers and planetary mixer systems within the same professional kitchen workflow.

Sammic vacuum machine prices vary according to the SE Sensor or SU Sensor Ultra control level, the pump's cubic-metre-per-hour capacity, sealing bar length, countertop or floor-standing housing, chamber geometry, and whether the product to be packaged is liquid or delicate. Mutfak10's active brand range includes a wide selection of SE and SU models, from small countertop units to floor-standing systems in the 100 m³/h class.

How Does a Chamber Vacuum Packaging Cycle Work?

The product is placed in a flat vacuum bag, and the open end of the bag is extended to the sealing bar inside the chamber. When the lid closes, the pump draws air not just from the bag but from the entire chamber. Because the pressure inside and outside the bag stays similar, the packaging does not close prematurely onto the product.

Once the target vacuum is reached, the bar seals the bag. Air is then let back into the chamber; the outside pressure presses the bag around the product. This final stage must be managed differently for tough meat, delicate fish, cheese, or products with sharp bones.

The vacuum percentage should not be set to the maximum for every product. Porous, fragile or high-liquid foods require a different program. A business should record product name, bag, vacuum, sealing and return-air values as a recipe.

What Does the SE Sensor Series Control?

The SE series manages vacuum not merely by time but through a sensor that measures the actual pressure inside the chamber. Once the machine reaches the defined vacuum percentage, it moves to the next stage. This creates a more measurable cycle than a system relying only on fixed time, even as altitude, environment and product volume change.

The SE-204, with a pump of around 4 m³/h and a 280 mm bar, is aimed at small restaurants, product development kitchens or limited packaging production. The SE-310, with a pump of around 10 m³/h and a larger chamber, moves up to medium volume.

In the SE-416, SE-420 and 520 classes, the bar and chamber width increase. The floor-standing SE-604, SE-606, SE-806 and SE-810 systems, with higher pump capacity and larger packages, are aimed at central production and food retail.

What Additional Processes Does the SU Sensor Ultra Series Add?

In addition to sensor-controlled vacuum, the SU series offers more detailed programming, controlled return air and functions aimed at managing liquid behaviour. Certain models include memory for up to 99 programs, staged vacuum, liquid evaporation detection, a dry-oil program and maintenance counters.

Staged vacuum helps air in sauces or porous products to be drawn with pauses rather than quickly all at once. In marination processes, a pause function can be used to hold the product under low pressure for a set time.

The SU-310 is around 10, the SU-316 and SU-416 are 16, and the SU-420 and the selected 520 model are in the 20 m³/h pump class. Floor-standing models extend to the 40, 63 and 100 m³/h levels; the dual-chamber SU-6100 and SU-6160 extend to higher industrial production.

How Does Controlled Decompression Protect Delicate Products?

If air enters the chamber too quickly after sealing, the bag can close onto the product with sudden force. This movement can cause loss of shape or bag puncture in fish fillets, soft cheese, dough, meat with sharp bones and products where appearance could be damaged.

SE models can include a decompression arrangement for bringing air back in controlled pulses. The SU Sensor Ultra, with a soft air valve, allows more progressive air entry into the chamber. This feature does not mean every product needs the cycle run at the slowest setting.

The return-air profile should be tested according to product firmness, bag thickness and package shape. A balance appropriate to the business's product should be struck between fast cycle capacity and packaging appearance.

Why Does Boiling Point Matter for Liquid Products?

When pressure drops, the boiling temperature of a liquid also drops. Sauce, soup or marinating liquid at room temperature can bubble under vacuum and rise toward the mouth of the bag. This contaminates the sealing area and compromises the seal.

The colder the product, the lower the pressure that can be reached before it begins to boil under vacuum. Liquids should be pre-chilled, the bag filled to an appropriate level, and a sloped liquid tray used in the chamber.

The liquid-evaporation sensing on the SU series can help manage the cycle as boiling behaviour is approached. Sensor support does not make overfilling the bag or packaging a hot product safe.

How Does Pump Capacity Affect Cycle Time?

The cubic-metre-per-hour value expresses the pump's theoretical air-handling capacity. For the same chamber volume, a larger pump can approach the target pressure in a shorter time. If the chamber also grows, the full pump increase may not translate into cycle speed.

When selecting capacity, hourly package count, the volume of each package and product loading time should be calculated together. If staff take two minutes to prepare a bag, the pump completing the vacuum a few seconds faster will only limitedly change total line speed.

Pump oil, filter and operating hours should be included in the maintenance plan. Wet product, incorrect cleaning, or exceeding the maintenance interval can affect pump performance and the vacuum level reached.

Bar Length and Chamber Geometry

The sealing bar must be wider than the open mouth of the bag. A 320 mm bar is aimed at small and medium packages, while a 420 or 555 mm system is aimed at wider bags. Dual-bar CC models can help place two packages in different directions within the same cycle.

For long products, not only width but also chamber depth and lid height matter. Even if a large piece of meat fits within the bar, incorrect vacuum can result if the lid touches the product or the bag bends.

Filler plates can speed up the cycle by reducing unused chamber volume for small products. Plate height should be chosen so it does not press against the lid or the bar.

The Link Between Vacuum Packaging and SmartVide Cooking

In low-temperature cooking, the vacuum bag forms a sealed barrier between the product and the water bath. Air remaining inside the bag can disrupt heat transfer and cause the package to float. Additional vacuum time, such as Vacuum PLUS, helps reduce remaining air in suitable products.

Sammic SmartVide units are aimed at cooking vacuum-packed product at a controlled water temperature. The packaging program, cooking time, cooling and labelling should all be part of a single production procedure.

Vacuuming does not sterilise food. Product temperature, storage time, cooking and rapid cooling steps should be carried out according to the business's food safety plan.

How Do Preparation Machines Feed the Vacuum Line?

Sammic CA vegetable cutters can perform slicing, grating, julienne and disc-grid combinations for dicing. Cutters and combi machines prepare products for chopping, emulsifying and puréeing. XM hand blenders process sauces and soups directly in the pot.

PI potato peelers, planetary mixers and dry-product grinders are also part of the Sammic range on Mutfak10. If product prepared on these machines is going into a vacuum unit, portion weight, package size and cooling time should be determined in advance.

If preparation capacity is lower than the vacuum machine's, the investment in a large pump can go unused. If a high-speed vegetable line feeds a single small-bar vacuum machine, product will build up on the packaging side.

Featured Highlights

• Sensor-controlled vacuum on the SE series, measuring actual chamber pressure rather than time
• Staged vacuum, controlled decompression and, depending on the model, liquid evaporation sensing on SU Sensor Ultra models
• A product range spanning from countertop units in the 4–20 m³/h class to floor-standing and dual-chamber high-capacity systems
• SmartVide, vegetable cutters, cutters, hand blenders and peelers completing the process before and after packaging

How Should a Sammic Vacuum Machine Be Sized?

The number of products to be packaged per hour, bag width, liquid ratio and loading time per package should be determined. Pump and bar capacity should be chosen based on this actual flow.

If delicate products, marination, liquid packaging and program memory are needed, the SU can be considered; for more direct sensor-controlled production, the SE. For large-volume continuous production, floor-standing or dual-chamber systems should be examined.

Areas for bag filling, taking finished packages, labelling and dispatch to cold storage should be allocated around the machine. Raw and cooked product packaging lines should be separated according to the business's hygiene plan.

Sammic Vacuum and Preparation Machines on Mutfak10

The SE and SU vacuum packaging series, SmartVide cookers, vegetable preparation machines, hand blenders, potato peelers and various professional units can be compared on the Sammic vacuum and food preparation equipment page. Sammic vacuum machine prices vary according to pump, bar, chamber, control level and countertop-versus-floor-standing structure.

Frequently Asked Questions

What is the difference between Sammic SE and SU Sensor Ultra vacuum machines?

The SE series controls the actual vacuum percentage using a precise sensor. The SU adds advanced functions such as staged vacuum, more progressive decompression, a large program memory, and, depending on the model, liquid detection.

What does the m³/h value show on a Sammic vacuum machine?

This value is the pump's theoretical air-handling capacity. Chamber volume, product, target vacuum and bag loading time determine the actual cycle count. A larger pump does not deliver the same proportional capacity increase in every kitchen.

Which features affect Sammic vacuum machine prices?

Price is determined by SE or SU control, pump capacity, sealing bar and chamber size. Dual bar, floor-standing or dual-chamber housing, liquid program, printer and Vac-Norm accessories can change the total investment.