Solutions

Grain sampling machines Samplex are present worldwide, recognized for their reliability, durability, and accuracy. Their design ensures a truly representative sample from the beginning to the end of each bulk load, optimizing quality control processes.

CS Samplex: precision and confidence in every load

The CS Samplex is the ideal system for bulk sampling of raw materials arriving at the plant in trucks.

• Built with high-strength materials.

• Operates through an electromechanical system, eliminating the need for high-pressure hydraulic hoses.

• Allows 340° rotation, making it easy to collect samples from different points of the load and ensuring greater accuracy.

• Its versatility allows it to adapt to virtually any truck or trailer length. A notable case is CBH in Australia, where Samplex machines work with trucks up to 50 meters long.

Products that can be sampled

The CS Samplex offers optimal performance with a wide variety of products:

• Dry powders and ground products

• Seeds

• Grains

• Pulses

• Animal feed pellets

• Wood pellets

With Samplex sampling solutions, your plant can rely on robust, long-lasting equipment designed to deliver representative results in every load. This ensures quality control, safety, and operational efficiency in all sampling processes.

ANDRITZ Feed and Biofuel offers high-performance hammer mills for optimum size reduction of raw material.

Decades of experience and a team of highly qualified specialists make our partner ANDRITZ a trusted provider of hammer mills for size reduction. The ANDRITZ range of hammer mills meets the demands of both ultra-fine and coarse grinding while delivering high production capacities.

Optimill hammer mill series

The Optimill series consists of hammer mills that can be applied for grinding of raw materials for normal to coarse structured products.

Key features:

• Coarse-grained particles – optimum particle size range
• Patented closed rotor design – saving up to 20% in energy consumption
• Large screen area
• 1,500-1,800 rpm
• Reduced noise level

Multimill hammer mill series

The Multimill series consists of fine-grinding hammer mills. The Multimill is designed with small hammer-to-screen clearance that secures minimum particle size.

Key features:

• Optimum particle reduction
• Small screen area
• Low temperature operation for protection of nutritional value of feed ingredients
• Energy-saving closed rotor design
• 3,000-3,600 rpm

The proper selection and combination of grinding equipment make it possible to achieve the required particle size while preparing the raw material under optimal conditions for subsequent process stages, such as mixing, pelleting, and extrusion.

In aquafeed production, it is essential to consider the specific feed requirements of each fish and shellfish species. Our partner ANDRITZ offers unique, high-capacity extrusion lines for the production of all types of feed for fish and shellfish.

ANDRITZ extruders ensure the feed achieves the required physical properties, delivering the appropriate sinking characteristics according to the level of the water column where it is intended to be consumed. As a result, they represent state-of-the-art technology, enabling the production of high-quality aquafeed with minimal operating costs.

Extruder – EX1250

• High capacity extrusion: 10-20 tph

• High degree of processing flexibility

• User-friendly design for operation and maintenance

• Minimum downtime

Extruder – EX1021

• High capacity: 2-12 tph

• Low maintenance and wear parts costs

• High performance V-belt transmission

ANDRITZ extruders can be used for a great variety of aqua feed:

• Fast sinking feed

• Slow sinking feed

• Floating feed

• Feed with high or low oil content

Expansion Control System (ECS)

The patented ANDRITZ ECS is a reliable system for accurate control of expansion for any extruded product. The ECS controls sinking speed accuracy and efficiency regardless of formulation, raw material quality, and operator skills. The ECS controls the density of the extrudates externally from the extruder.

Flextex

The Flextex system controls the starch cooking in the extrusion process. The required product density is maintained by means of on-line control of the specific mechanical energy.

The ANDRITZ OptiMix paddle mixer is a well‑established and trusted solution for fast, precise, and hygienic batch mixing across animal feed, aqua feed, and pet food production. With certified mixing quality of less than 5% Coefficient of Variation (CV) and a robust industrial design, OptiMix has earned its reputation for reliable, repeatable performance in feed mills around the world.

OptiMix 2.0

Driven by evolving customer expectations and stricter operational requirements, OptiMix 2.0 introduces targeted improvements in operator safety, hygiene, liquid application, system integration, installation, and transport. The result is a mixer that delivers the same outstanding mixing performance as OptiMix, while making daily operation safer, cleaner, and easier throughout the machine lifecycle.

• Improved operator safety

A patented outlet‑gate and sealing system allows gate adjustments and seal replacement without entering the mixer. This significantly reduces operator risk while increasing uptime and maintenance efficiency.

• Unmatched precision and hygiene

Our patented nozzle technology enables quick nozzle change without the need of shutting down the mixer, clean anti-drip feature makes cleaning easy and reduces cross-contamination between batches.

• Smarter inlet design, adapted to the application

The OptiMix 2.0 inlet section is designed around real process requirements. Where no inlet section is needed, the mixer can be delivered in a simplified configuration. Reducing system complexity and investment cost while maintaining the proven OptiMix mixing performance.

• Compact design for cost-effective transport and installation

With the new OptiMix 2.0 design, the pre‑bin, mixer, surge‑bin, and inlet section are engineered to fit into a single container. This enables customers to order a complete, fully matched system as one package: simplifying logistics, reducing transport costs, and ensuring fast, reliable installation from day one.

Benefits at a glance

• Proven high‑quality mixing with consistent results
• Safer maintenance with reduced operator risk
• Cleaner liquid application for improved hygiene
• Easy retrofit into existing plants
• Cost effective transport and installation

Extruded pellets have a very porous inner structure. It is within the pores of this internal structure that added liquid is retained. The objective of vacuum coating is to use a pressure differential to force liquids through the outer layer and deeply into the porous area of the pellet.

Gentle mixing of extruded feed

Vertical mixer is known as a gentle way of mixing feed ingredients. ANDRITZ has adapted vertical technology to vacuum coating, which avoids damage to the product. Therefore, the vacuum coater is very gentle and highly suitable for extruded feed pellets.

Benefits of vacuum coater

• Excellent coating results
• Capable of addition of up to 15 individual liquids
• The low-energy input of vertical units assures that mixing occurs without shear
• Using a vertical-transport screw allows all products to be exposed over time at the top of the mixing vessel, which provides the ideal medium for the uniform application of liquids or powders
• Comes with or without vacuum

The ANDRITZ vacuum coating system provides accurate control of vacuum pressure, liquid addition and cycle time to allow flexibility and repeatability in terms of degree of absorption and penetration.

Prior to storage, pellets are cooled down to an ambient temperature of +5 degrees celcius to obtain the most suitable for storage over both shorter and longer periods of time.

The  our partner ANDRITZ counter-flow cooler solutions ensure the correct temperature of pellets prior to storage.

Benefits

• Cooling of heat treated materials to ensure proper storage
• Counter-flow cooling provide efficient energy transfer
• Clean operating conditions
• Low maintenance and operational costs

Laidig is an industry leader in bulk storage and reclaim, specializing in systems for extracting hard-to-flow raw materials from conical and/or flat-bottom silos.

When materials stored in silos do not discharge properly, two types of actions are typically taken:

• For large silos: Workers enter to manually unload the material with shovels.
• For smaller silos: The walls or cone of the silo are struck to dislodge the material and enable flow.

In either case, these methods have significant drawbacks. In the first, there is a severe risk to human life, and in the second, long-term damage occurs due to dents in the silos. At Clivio Solutions, we offer the ideal solution to prevent workers from entering silos or striking their walls.

Key advantages of Laidig extractor systems include:

• Safety: Eliminates life-threatening risks for operators.
• Sanitation: Prevents rat holing and material buildup.
• Traceability: Ensures FIFO (First In, First Out) system compliance.
• Capacity: Enables complete filling and emptying of silos, maximizing their capacity.

In the following video, we can see a comparison between silos that do not have a Laidig system and silos that do. This clearly demonstrates the significant advantages mentioned earlier.

If you have a conical silo, the ideal equipment for your application is the Cone Bottom model (available in electric and hydraulic versions, depending on your requirements).

If you are looking for a solution for flat-bottom silos and low-flow materials, such as animal-derived flours or soy paste, the suitable reclaimer models are the X-tractor, Cantilever, or Track-Drive. For these applications, the silo can operate fully loaded, and discharge will be efficient and safe thanks to the reclaimer, which keeps the bottom 100% active during the unloading process.

If you need to sweep the bottom once the product stops flowing freely by gravity, the suitable model is the Clean Sweep. This silo bottom sweeper activates only for the final product discharge and cleaning, making it a very common solution for grains, legumes, or free-flowing products.

No matter the discharge issue with your silo, together with Laidig, we have the ideal solution to protect your company's team and prevent risks.

The loss-in-weight feeder is a fully electronic weighing system, specially designed for the continuous dosing of additives with high dynamic accuracy, including the critical stage of refilling the weighing container, with flow rates from 2 tons/hour to 50 tons/hour.

The operating principle of an LIW system involves repeated static weighing of the product container to determine and regulate mass flow. The product container is gradually emptied, and the relationship between the weight loss and the discharge system speed provides the quantity signal, which adjusts the dosing rate to the required value.

The product container empties slowly, and once a preset value is reached, it needs to be refilled. The controller automatically switches the system to "filling mode". In filling mode, the control system uses historical values to maintain the correct relationship between the discharge speed, the required dosed amount, and the container's contents. Based on the acquired historical data, the correct discharge speed is determined in relation to the required dosed amount and the hopper content. Once the weighing container is refilled, the system returns to normal operation, ensuring accuracy even during the LIW filling phase.

Many raw materials are received in big bags, and safely and automatically unloading the product can be a challenge. With Comav unloaders, you can make this process much more efficient and secure.

If the big bags are disposable, the opening blades will do their job by tearing the bottom of the big bag. On the other hand, if the big bag is reusable and features a sleeve or neck at the bottom, the appropriate equipment is one that allows manual intervention by the operator for opening. At Clivio Solutions, together with Comav, we offer both opening options.

The ideal equipment for your plant will be the one that matches the level of automation and unloading capacity you want to achieve, always prioritizing safety.

When a high unloading capacity is required, we must resort to a set of unloaders, which can work in parallel without any issues. An example of such installations is shown below, where the same feeding channel using conveyor rollers is used for both unloading systems.

Along with Comav, a wide range of systems for big bag opening, with or without unloading sleeves, is offered. For these applications, multiple accessories are available, such as:

• Cylinders for emptying the bottom residual of the big bag.
• Hoists with cable or battery (wireless).
• Rotary valves for pneumatic transport or other types of transport.
• Knife valves for sealing the big bag sleeve.
• Lump breakers.
• Systems for extracting and filtering the pollution generated and reinserting the dust into the transport system to maximize utilization.

The equipment has a flat hopper with a special gasket and a safety structure useful for disengaging the sleeve.

Depalletizers are automatic or semi-automatic machines that pick up the bags and use their blades to open them, unloading the material.

For cases requiring a semi-automatic application, the SVR NT model is ideal: The operator manually places the bags or uses a vacuum lifter, and the system guides the bag via an elevation belt to the opening area, where the bags are emptied individually.

If greater capacity and/or a higher level of automation is required, the SVR DEPA model is the perfect choice: The entire pallet is handled, and the system overturns the pallet with all the bags onto a small conveyor belt that feeds the cutting blade set, proceeding with the opening and emptying of the material.

No matter which equipment suits your needs, these depalletizers will help you achieve:

• High efficiency and automation in the bag-opening process.
• 99.9% emptying and utilization of materials.
• Excellent ergonomic and safety benefits for operators.

Single and/or double hopper scales for macro-dosing are designed and built to meet demand with optimal operational reliability in modern process industries. With the JesHopper scale, it is possible to dose large batches. Hopper scales are designed for fast, accurate, and reliable feeding and discharge of materials such as grains and flours.

All Jesma hopper scales are designed and supplied with a modular construction, ensuring easy transport and a high degree of flexibility, allowing for future expansions without the need for major reconstructions.

Our standard range offers capacities from 200 kg to 10,000 kg.

Single scales

Consist of a weighing hopper, load cells, support legs, and space for a lower conveyor. They provide great flexibility and various adjustment possibilities. The material is filled through dosing devices from the top, and once the desired amount of material/product is reached, the JesHopper Single empties via the chain conveyor located at the bottom of the weighing hopper.

Double scales

The JesHopper Double is equipped with two hoppers: one for weighing and one for loading/storage. This allows a new load to begin while the previous one is being emptied, as the weighed load is quickly transferred to the lower hopper. This significantly increases the number of batches per hour.

The main difference between a single hopper scale and a double hopper scale is the ability to start weighing a new load before the system is emptied. The JesHopper Double has a higher batch capacity per hour since its design allows the weighing container to be filled while the previous batch is being emptied.

Microdosing systems have been specially developed for the fine dosing of ingredients, additives, and raw materials, where overdosing of micro-ingredients can be costly.

A key condition for a high-quality final product is controlled and precise dosing of ingredients. Micro and nano dosing systems are specially developed for the accurate dosing of ingredients. At Jesma, each system is tailored to meet the customer's requirements, and by carefully considering the product's characteristics, it makes precise dosing possible even for low-flow products.

With our technology, you will achieve:

• Process safety: Avoid human errors such as placing a product in the wrong silo (silo opening system via barcode).
• Cylindrical silos: Prevent product sticking in corners and eliminate rat holing.
• Silo bottom scraper: Ensures a continuous and free flow for all raw materials.
• Propeller and pneumatic lid: Maximizes precision and stops the flow at the exact moment.
• Teflon-coated and cylindrical scales: Ensures complete and quick discharge.
• Dust aspiration filtration system.

Below is an installation featuring multiple micro and nano dosing units installed in Poland.

The system can be arranged in circular, semi-circular, square, or other required layouts depending on the available space and location. Jesma offers various types of micro scales for the dosing system, each tailored to meet client needs and designed to guarantee complete emptying of the weighing container. The silos are available with live bottoms featuring scrapers and stirring screws, ensuring complete discharge of low-flowability materials and uniform feeding of the dosing screw.

Nano dosing scales
The JesBatch Nano dosing scale is designed to eliminate cross-contamination and operate with very high static precision for dosing and weighing small quantities of ingredients. The scale consists of a Teflon-coated weighing container that empties by being pneumatically tilted and vibrated with a pneumatic hammer to ensure complete emptying between batches. These scales range from 2 kg (+/- 0.5 g) to 30 kg (+/- 7 g).

Micro dosing scales
The JesBatch Micro scale features a weighing container with pneumatically activated bottom flaps for emptying. The Teflon-coated flaps open 90° to ensure complete emptying between batches. These scales range from 50 kg (+/- 10 g) to 200 kg (+/- 40 g).

Medi dosing scales
Jesma completes the range of dosing scales with the JesBatch Medi, designed for medium-sized ingredient dosing. To prevent dust accumulation in the environment, a slight negative pressure must be maintained in the scale, requiring aspiration. Additionally, the air from the lower pneumatic transport system must not affect the weighing process. This is achieved by installing a valve above the transport system. These scales range from 400 kg (+/- 100 g) to 1000 kg (+/- 250 g).

All scales are supplied with completely smooth interiors to ensure optimal emptying and minimal cross-contamination, combined with a sturdy and rigid construction for the highest possible operational reliability.

The need for flow measurement and control is essential in many stages of the process. 

The JesIntake range of scales is specially designed for inline weighing of bulk materials such as powders, granules, grains, and more, focusing on operational reliability and high precision. The equipment series includes a standard range of 13 sizes, with capacities from 12 m³/h to 2500 m³/h, making them suitable for handling high flow rates while maintaining high accuracy.

Commonly, in pet food production processes, both dry and wet by-products are generated, each with different characteristics in terms of physicochemical parameters.

Most fines come from sieves, dryers, coolers, cyclones, and conveyors, with low moisture content and variable temperature. Another dry by-product, considered waste, is the rejected or defective final product that does not meet quality standards to be delivered to the end customer.

On the other hand, wet by-products originate during extruder stops and starts. Due to their high moisture content, these by-products are often very challenging to handle, as they decompose quickly and typically appear as sticky lumps.

The By-Product Recovery System (SRS) recovers solids generated at any point in the process, maximizing both products and production time. The recovery of by-products is done quickly, preventing material decomposition, especially when dealing with wet by-products from extruder startups and shutdowns.

Its most important advantages:

• Utilizes 99.9% of by-products.
• Saves costs and reprocessing time.
• Optimizes the manufacturing process.
• Improves traceability.
• Produces a highly homogeneous slurry.
• Easy to clean.
• Can be installed horizontally or vertically.

The addition of slurry replaces part of the water added to the preconditioner. Therefore, it is essential for this process to be carried out in a controlled manner using electronic signals, as the amount of water entering the preconditioner/extruder directly and through the SRS must be continuously monitored. This control system makes the process entirely automatic, with minimal human intervention.

Aerox is the manufacturer of the Aerox Injector, a device that eliminates bad odors produced in industrial processes and is recognized as "the best available technology." It uses non-thermal plasma to generate free oxygen radicals, which react with the odorous air and prevent them from being detectable by the human nose.

The main advantages of the Aerox Injector:

• Eliminates up to 95% of odors.
• Works in 0.5 seconds.
• Consumes minimal electrical energy.
• Has a compact size.
• Does not use fuels, chemicals, or water.
• Generates no waste.
• Easy to install and maintain.

The system includes a small fan that extracts air from the environment and pushes it through a set of filters and a heater. These components purify the air and reduce its relative humidity. Once clean and free from condensation risk, the air circulates through the cold plasma modules, where oxygen radicals are generated. These radicals are injected into the process duct and react quickly with odorous gases, making them imperceptible to the human nose.

The injection principle ensures that process air (with humidity, temperature, and dust) does not enter the plasma modules of the equipment, which can be considered the "heart" of the system. This scheme of injecting oxygen radicals generated from treated air can be represented as follows:

In addition to the injection principle, another very important advantage is the compact size of the equipment, which does not exceed 6.5 meters in length. It also allows for multiple configurations and the installation of separate parts connected by ducts.

Together with Aerox, we help our clients reduce emissions and comply with industrial and governmental regulations. Their innovative technique for eliminating odors in humid air processes has become the preferred solution for global market leaders.

Chain-Vey offers equipment for transporting products using discs and chains. The tubular conveyors are efficient, food-safe, low-maintenance, flexible, and can incorporate a cleaning system.

It is the ideal type of transport for delicate products that need to maintain their structure, as it moves them gently. This ensures a high-quality final product.

The systems can be found in different sizes, depending on the target capacity sought, and the wide variety of available diameters allows us to adjust very precisely to the requirement.

These systems offer the possibility of incorporating various cleaning systems, both dry and wet, which helps save a significant amount of downtime and labor.

• For dry cleaning: polyurethane discs, sponges, abrasive and/or metal-detectable discs, passive and/or motorized cleaning brushes.
• For wet cleaning, we offer CIP systems of different grades.

Additionally, certain greasy or oily products tend to react with the iron present in carbon steel or even with the iron found in stainless steel. For this reason, it is possible to pigment the internal wall of the tubes with an acid film, which creates a passivation layer on the material, providing a non-reactive surface for the product. This ensures the transported product retains its integrity and original color, without undergoing alterations.

The system is capable of reversing its rotation direction, making it highly efficient when filling a large set of silos positioned in two rows. This means simply pressing a button, and the system reverses its rotation by 180°.

All our tubular conveyor systems are robust, hygienic, gentle, and quiet. The durable, low-friction discs are designed to reduce maintenance costs and energy consumption.

It is possible to perform an internal visual inspection of the system thanks to its easily attachable integrated camera. This allows you to check the system's cleanliness and prevent potential issues. The study results will appear as follows:

Assembling the system is very simple and quick. Even joining the chain takes no more than a minute. Thanks to the polyurethane disc, we guarantee two functions: a perfect link between the chain segments and continuous cleaning of the internal walls of the tubes.

If you would like to learn more details about the Chain-Vey system, we invite you to watch the following video:

Magnattack is an Australian company specializing in metal particle control and magnetic separation solutions. Their products comply with HACCP standards, enabling companies to meet international quality standards and achieve certification and validation. Among their equipment, the standout is the Mag Ram, a self-cleaning systema and its advantages are:

• Exceptionally hygienic design that prevents the accumulation of contaminated residues.
• Built-in contingency for abrasive wear.
• Can withstand product temperatures up to 150° C (302° F).
• Protects machinery and contributes to facility safety.
• Reduces leaks and product waste.
• Reduces production downtime for cleaning.

Another interesting magnetic separation system is the Emulsion & Slurry, designed for the efficient control of metallic contaminants in liquid food products and thick products, whether viscous or not. The system has over 11,000 Gauss, capable of capturing metal fragments, such as work-hardened stainless steel and stone particles.

Magnattack magnetic separators have the ability to capture stainless steel particles. This is possible because contaminants undergo wear and fatigue during the process, resulting in slightly magnetic particles that can be captured, preventing contamination.

Below is a demonstration:

Umbra Packaging specializes in the design and manufacturing of equipment for packaging products in pre-made open-mouth bags. With a wide range of models, Umbra guarantees excellent results for each specific need.

Key features include:

• Ability to handle all types of bags available on the market: plastic, PE, PP, aluminized, paper, raffia, and complex materials. Bags with 5 sides, front or top zippers, bags with handles and/or die-cut.
• Integrable sealing system: hot-bar sealing, impulse bars, pinch top, and sewing.
• Capability for vacuum packing + inert gas addition and oxygen level checking.
• Automatic lubrication system at all required points.
• Zipper and/or Velcro opening device.
• Filling cone suitable for all formats without the need for changeovers, meaning format changes can be done in just 2 minutes.
• "Wally" bag alignment device, ensuring a perfectly horizontal seal.
• Cooling bars for the seal so it doesn’t warp, ensuring the top of the bag is perfectly vertical.

For large bags (up to 50 kg), we offer several models: UP 1000, 1200, 1500, and 1800 (depending on the required capacity). Here are videos of this technology:

For small packages (up to 10 kg), we offer two models: UPS MINI 30 and 60. Here are some videos of these models:

A distinctive symbol of Umbra's activities is the R&D department, which, thanks to significant and continuous investments and focused work in the research and development of new technologies specific to different sectors, allows them to maintain a leadership position in the global market. Umbra, always attentive to customer needs, continues to innovate and develop to offer superior products in terms of efficiency and technological content.

No matter what your packaging needs are, we have a solution for you, with quality and technology. Together with Umbra, we can meet all the packaging needs for pre-made open-mouth bags.

Verbruggen Palletizing Solutions is a Dutch company specializing in automatic and semi-automatic palletizing systems for bags, bales, and boxes. Their solutions are ideal for small spaces, as they focus on providing compact palletizers, thanks to their unique manipulator design that reduces the occupied space.

Verbruggen's palletizing machines are designed to deliver quality, durability, and incredibly stable pallets, with consistent performance. This exceptional focus on reliability makes Verbruggen the preferred choice for many industry leaders.

If your application requires box palletizing, we also offer the VPM BL for this purpose:

A palletizing machine offers several advantages for companies seeking to optimize their palletizing processes, including:

• Increased efficiency: The machines provide a uniform and efficient method for stacking bags, resulting in higher productivity by reducing manual labor dependence and minimizing errors.
• Cost savings: Automating the stacking of bags can lead to significant labor cost savings. Additionally, reducing errors and product damage during stacking helps cut expenses related to production losses and product returns.
• Consistent quality: Bag palletizers ensure uniform, stable, and precise stacking, which enhances pallet quality. This is crucial for companies that need to meet strict quality standards and customer expectations.
• Versatility: These machines adapt to various types of bags and product specifications, capable of handling bags, boxes, and/or bales with the same unit.
• Time efficiency: The machines operate efficiently, saving valuable time compared to manual palletizing methods. This speed is especially advantageous for industries with large production volumes.

The JesBag system from Jesma offers an excellent solution for filling big bags (maxi bags), automating the process. It includes a complete unit for the weighing and filling of big bags: pallet storage, automatic roller conveyor, filling station with integrated weighing function, and a roller conveyor with space for filled big bags.

Operating principle:

• The pallet is released from the pallet storage and stops at the filling station.
• The operator places the ropes or neck of the big bag into the pneumatic devices, and the big bag is fixed with a clamp to the filling spout.
• Once the bag is properly placed, the filling sequence starts by pressing "start" on the operation panel.
• The big bag is lifted off the pallet and inflated with air before being filled with product.
• Once the bag is nearly full, it is lowered back onto the pallet, and the vibrator is activated to remove air from the material. The bag is then lifted again, and filling continues until the required weight is achieved.
• After the weighing sequence is completed, the bag clamp is released, and the big bag remains on the pallet.
• The roller conveyor can be activated to move the big bag forward in the process, and the operator is ready for a new cycle.

Depending on the level of automation you seek, there are different solutions available with various optional features and different weighing systems, depending on space and requirements.

The Stretch Hood pallet wrapping system provides maximum load stability and protection. This innovative technology applies a tubular film that stretches and conforms to the shape of the load, offering stability and protection.

The Stretch Hood offers greater savings on consumables, faster wrapping speeds, complete load protection, transport safety, and a superior-quality finish that adds value to your palletized product.

Optional accessories include:

• Vertical corner protector applicator system
• High productivity kit (quick welding and buffer system)
• Motorized unwinder
• Load edge rounding system

The wrapping process becomes highly efficient and fast, thanks to the system's operational design. Additionally, you can include your brand or logo on the film, making it much more appealing and improving your brand positioning in both local and international markets.

Key advantages of the system:

• Savings on packaging costs: The Stretch Hood system allows for up to 50% savings on film and energy consumables. It uses only the exact amount of stretch film needed to protect the load, reducing waste and excess film. Additionally, since it does not require heat combustion or gas installations, it also lowers energy consumption.
• Total product protection: Stretch Hood is the only system that provides complete protection and waterproofing for the product. This total protection is achieved through the wrapping process and the properties of the Stretch Hood film, a multilayer film made of linear low-density polyethylene (LLDPE) with barrier properties against moisture, dust, and UV rays.
• High packaging speed: Stretch Hood is the fastest packaging system, capable of wrapping up to 120 pallets per hour, compared to systems like shrink wrap, which wrap 60 pallets per hour. This is a decisive argument for many companies that choose to further automate and optimize their end-of-line production.
• Additional stability and support: With Stretch Hood wrapping, the load remains secure and stable to prevent shifts, falls, or damage during transport. The Stretch Hood film is stretchable and, with the combination of vertical and horizontal contraction forces during wrapping, adapts to and secures the load, offering additional stability to palletizing.