Equipment
Basket container 600 x 400 x 90 mm, 15 L
Perforated crate.
Designed to store delicate foodstuffs.
Perforated base and walls.
Build with side supports.
38 cm scoop
For lactic-type soft cheeses with fragile and high-moisture curd
Basket container 600 x 400 x 135 mm, 25 L
Perforated crate.
Provides ventilation to the products.
It is highly resistant for intensive use.
Easy to grab hold of thanks to practical ergonomic integrated handles.
Solid container lids are also suitable for perforated containers.
29 cm scoop
For lactic-type soft cheeses with fragile and high-moisture curd
42 cm scoop
For lactic-type soft cheeses with fragile and high-moisture curd
Reinforced container - 30 L
Reinforced container.
Excellent mechanical resistance.
Made of low density polyethylene for increased shock resistance.
Reinforced container - 45 L
Reinforced container.
Excellent mechanical resistance.
Made of low density polyethylene for increased shock resistance.
Reinforced container - 55 L
Reinforced container.
Excellent mechanical resistance.
Made of low density polyethylene for increased shock resistance.
Round bucket with stainless steel handle - 10 L
Food bucket.
Highly durable.
Anti-wear skirt for increased product durability.
Made from low density polyethylene making it highly resistant.
Stainless steel handle.
Base on wheels for ripening rack 780 x 560 mm
Stainless Steel Aging Racks 780 x 560 mm, 44 wires, H150/120 mm
For a homogeneous rind development
The racks are assembled in stacks, leaving sufficient space for uniform ventilation of each cheese.
Racks constructed from stainless steel wire are a flexible solution that optimizes space in the factory, from storage to use.
Our wire stainless steel aging racks are used for ripening, brining and drying cheeses allowing an optimal ventilation and support of the products.
The choice of rack size should be done according to the cheese size and type.
They stack legs on legs to create shelves where the cheeses can be placed.
This modular solution will optimize the space in the room allowing an even result and an easy manipulation.
It suits well for fresh, soft and semi-soft cheeses, blue cheeses and other varieties that need to ripen or dry.
Made in #304 SS.
Assembly of the wires on the frame by food-grade spot welding.
Stainless Steel Aging Racks 780 x 560 mm, 44 wires, H115/85 mm
For a homogeneous rind development
The racks are assembled in stacks, leaving sufficient space for uniform ventilation of each cheese.
Racks constructed from stainless steel wire are a flexible solution that optimizes space in the factory, from storage to use.
Our wire stainless steel aging racks are used for ripening, brining and drying cheeses allowing an optimal ventilation and support of the products.
The choice of rack size should be done according to the cheese size and type.
They stack legs on legs to create shelves where the cheeses can be placed.
This modular solution will optimize the space in the room allowing an even result and an easy manipulation.
It suits well for fresh, soft and semi-soft cheeses, blue cheeses and other varieties that need to ripen or dry.
Made in #304 SS.
Assembly of the wires on the frame by food-grade spot welding.
Ripening rack 630 x 510 mm, 31 wires, H85/55 mm
For a homogeneous rind development
The racks are assembled in stacks, leaving sufficient space for uniform ventilation of each cheese.
Racks constructed from stainless steel wire are a flexible solution that optimizes space in the factory, from storage to use.
Our wire stainless steel aging racks are used for ripening, brining and drying cheeses allowing an optimal ventilation and support of the products.
The choice of rack size should be done according to the cheese size and type.
They stack legs on legs to create shelves where the cheeses can be placed.
This modular solution will optimize the space in the room allowing an even result and an easy manipulation.
It suits well for fresh, soft and semi-soft cheeses, blue cheeses and other varieties that need to ripen or dry.
Made in #304 SS.
Assembly of the wires on the frame by food-grade spot welding.
