In the vast landscape of packaging, one's success is often hinged on the precision and efficiency of their machinery. When it comes to bottling equipment, the selection offered by Exapro stands as a beacon of quality and reliability.

Even though navigating the complex market for such equipment might be difficult, Exapro makes the process astonishingly straightforward. Their platform presents a wide variety of units, each with in-depth information to encourage simple and informed decision-making.

Exapro's catalogue, from liquid dispensers to bottle fillers, is meticulously scrutinised for quality, ensuring only the finest machinery reaches the customer. Their offerings span a range of price points, creating a space where superior machinery is accessible, irrespective of budget constraints.

With Exapro's global reach, commitment to excellence, and user-friendly platform, the procurement of the ideal machinery to bolster your operational efficiency and productivity transforms from a daunting task into a feasible goal. Welcome to the realm of Exapro, your gateway to precision and efficiency in packaging.





Elopak Shikoku Elopak (2004)

Year: 2004

Overview The filling line for gable top packaging was manufactured in 2004 by the Norwegian company Elopak. It consists of filler, closure application and tray packer. Capacity: 8.000 packs/ h Carton sizes: 500ml/ 750ml/ 1000ml Components Filler | Elopak | Shikoku | 2004 | Operating hours: 68,606 h Chemical cabinet Conveyor belts | PolyKetting | PF | 1997 3x cap …

Elopak Shikoku Elopak (2009)

Year: 2009

Overview The filling line for gable top packaging was manufactured by the Norwegian company Elopak in 2009. It consists of filler, closure application and tray packer. Capacity: 8.000 packs/ h Carton sizes: 500ml/ 750ml/ 1000ml Components Filler | Elopak | Shikoku | 2009 | Operating hours: 51,761 h Chemical cabinet Conveyor belts | PolyKetting | PL | 2009 2x screw …

GAI 6003A Vacuum filling machine

Year: 2002

Capacity units/hour 6000 u/h

Envas Tronic L2CT3ACC Bottling unit

Year: 2003

Capacity units/hour 4499 u/h
Min filling capacity 0.3 L
Product substance Liquids
Max filling capacity 1.5 L
Tetrapack / PET / Can / Glass Glass
Type Automatic

Galdi B 1000 UCS filling and capping machine

Year: 2002

Capacity units/hour 700 u/h
Tetrapack / PET / Can / Glass Glass

Filler for small bottles - EMME


Nor setup for 10 ml. Bigger bottles is possible. With 2 filling valves and 2 screw capper heads

Füller Vacu 40 mit Griffkork 8 - Bertolaso


filling valves: 40 capacity / hour ca.: 10000 capping heads: 8 working direction: right-left (CCW)

18er piston filler with 6 head capper - Ronchi


18er Valve Monobloc volumetric piston filler with 6 head capper filling valves: 18 capacity / hour ca.: 9000 capping heads: 6 working direction: right-left (CCW)

Capsule roller - BERTOLASO

Year: 1990

24 heads Capsule type: winecapsule roller capacity / hour ca.: 12000 working direction: right-left (CCW) Working type: fullautomatic

monobloc rinser filler capper - AVE

Year: 2012

AVE monobloc rotary rinser filler capper, with 40 head rinser, 40- valve filler set up for neck handling and 12-head capper. Capacity 9,000 bottles/hour on 2 litre and 11,000 bottles/hour x 1 litre. Running direction left to right, pitch 145mm, with cap elevator set up to handle 38mm flat caps, fully enclosed machine, including top cover with Hepa (7) filter, …

filler pressure 24 places - BC bottling canning

Year: 1999

left - right filling valves: 24 working direction: left-right Format Parts Bottle Size:73mm,87mm,103mm,109mm

MAINGUET GDDA Bottling unit

Year: 1994

Manufacturer MAINGUET Model GDDA Year 1994 capacity 1200 bottles

Vacuum filler with 25 valves - Bertolaso Cobert

Year: 1992

Suitable for PET bottles 25 valves Filling pipes 18 mm Capacity: 5000 bph

Vacuum filler 16 - STORK

Year: 1977

Model: HVV 16; 16 filling valves. Overhauled in 2013 filling valves: 16 working direction: right-left (CCW) filling system: vacuum filling

Vacuum Filler 36 - BERTOLASO

Year: 1990

Capacity units/hour 2000 u/h

Filler Corker Screwcapper 16-1-1 - Fimer

Year: 1996

16 filler 1 head natural cork 1 head screw cap 30 x 60 BVS 380V 50HzFilling stations: 16

Pressure filling champagne 38er - Krones

Year: 1982

Pressure filling champagne filling valves: 38 working direction: left-right

Pressure filler 16er - BERTOLASO


reconditioned, Pressure filler Sparkling ,So2 Medium with pre-evacuation Filling points: 16 Running direction: right-left (against UZS)

PET Monoblock 12/24/1 with CO2 - VIR MAURI

Year: 1997

Type: 12/24/1, Year of construction 1997; Rinser - filler with neck-handling - capper (PCO 28 and sports cap); direction: right-left; formats: 500 ml + 1500 ml PET, for 28 mm PCO28. Dimensions: Rinser 1.500 mm x 1.500 mm x 2.750 mm; Füller 2.000 mm x 1.800mm x 2.850 mm; Verschließer 1.000 mm x 800 mm x 2.750 mm. The height …

Leaking detection and fil level control für PET - Heuft

Year: 2006

-For PET or PEHD bottles -tests if the bottle is leaking by a pressure sensor in the side belts -Fill height control with radiation Spectrum TX VX 8.00.002


A bottling filler, as its name suggests, is an integral component in the packaging world, designed to dispense a specific quantity of product into a variety of container types, notably bottles. This sophisticated piece of machinery is designed to ensure precision and consistency in the bottling process. The substance being dispensed can range from liquids to powders, granules, and even pastes, with different machines tailored for each type of product. The technology that drives these devices is varied, with some employing volumetric filling, others utilising vacuum filling, and yet others relying on a weight system to ensure the correct amount of product is filled.

The operation of these machines is an orchestrated symphony of mechanical precision. The bottles are typically fed onto a conveyor and guided into position beneath the filler nozzles. Once in place, the machine dispenses the exact quantity of product into each bottle. After filling, the bottles continue their journey to the next stage, which may be capping or sealing. The speed and efficiency of this process are vital in industries where high output is required.

Bottle fillers find their applications across a multitude of industries. In the food and beverage sector, they are used to fill bottles with drinks, sauces, and oils. The pharmaceutical industry relies on them to accurately fill bottles with medicines, be they liquid or granular. In the cosmetics industry, everything from perfumes to creams is bottled using this machinery. The chemical industry, too, utilises these machines for packaging everything from cleaning solutions to motor oils. Thus, the humble bottling filler, in its myriad forms, plays a pivotal role in the operations of an array of industries.

Before embarking on the purchase of such a machine, there are a host of factors one must diligently consider. Just as one wouldn't procure a motorcar without first examining its engine and service history, so too should one approach the acquisition of bottling equipment with a meticulous eye.

The first point of consideration should be the type of product the machine is intended to fill. Is it a liquid or a powder, a viscous substance or a granular one? Different filling machines are designed to handle different materials, and it's crucial to ensure the machine you're considering is suitable for your specific product.

Next, one should consider the container or bottle that will be filled. Its size, shape, and material can all influence the machine's compatibility. Certain machines may have limitations when it comes to the size of the container they can fill, while others may not be suitable for certain materials. It's also essential to consider the speed at which the machine can fill these containers. All these parameters should be checked with the agent from Exapro who will verify with the seller to make sure that it is suitable for your needs.

The condition of the machine is another essential factor. A brand-new machine may seem like an attractive option, but a well-maintained used machine could offer comparable performance at a more economical price. Whether new or used, it's important to inspect the machine for any signs of wear or damage and to check its service history. We will always recommend you to travel to the seller's location in order to make sure that the machine is as stated in the advertisement. 

Main factors to choose a capping machine

Before purchasing a bottling filler, it's essential to carefully consider the following technical data, attributes, and options to ensure it aligns with your specific requirements:

  • Product Type: Is your product a liquid, powder, granule, or paste? Different machines are designed for different product types;
  • Container Specifications: What is the size, shape, and material of the bottle or container you will be filling? Certain machines may have limitations on the containers they can accommodate;
  • Speed and Volume: What is your desired production capacity? The machine should be able to meet your required output, both in terms of speed (bottles per minute) and volume (product quantity per bottle);
  • Filling Method: Different machines use different filling methods, such as volumetric, vacuum, or weigh filling. The choice of method can affect both accuracy and speed;
  • Machine Condition: Whether you're considering a new or used machine, check its condition for any signs of wear or damage. For used machines, also check the service history;
  • Price: Does the machine fit within your budget? Remember to factor in the cost of any necessary installation, maintenance, or repairs;
  • Space Requirements: Does the machine fit within your available space? Check the machine's dimensions and ensure you have enough room for operation and maintenance;
  • Power Requirements: Ensure the machine's power requirements are compatible with your facility's power supply;
  • Regulatory Compliance: Does the machine comply with the regulatory standards of your industry and region? This is especially important in industries such as food and pharmaceuticals;
  • Manufacturer and Model: Consider the reputation of the manufacturer and the specific model of the machine. Quality, reliability, and after-sales service can vary widely.

Main manufacturers

Krones AG: A German company recognised globally, Krones AG specialises in the design and manufacture of high-quality filling and packaging systems. They are known for their innovative technologies and robust, efficient machinery that caters to a broad range of industries.

SIDEL: A leading provider of equipment and services for packaging liquids such as water, soft drinks, and liquid dairy products, SIDEL has a strong reputation for their durable, high-speed filling systems.

Serac: Originating in France, Serac specialises in designing and manufacturing filling and capping machines. Their innovative solutions cater to the dairy, edible oil, home care, and personal care industries, among others.

GEA Group: A global technology company, GEA Group offers a wide range of filling technology, including aseptic filling. They are known for their sustainable and efficient solutions across multiple sectors including food, beverages, and pharmaceuticals.

Vollenda: Vollenda, based in Germany, has a century-long history of providing advanced filling and weighing systems. They are renowned for their customised solutions that meet specific customer requirements, catering to industries such as food, chemical, and pharmaceutical.

Tetra Pak: A Swedish multinational food packaging and processing company, Tetra Pak is known for its commitment to sustainability and innovative processing and packaging solutions, including a variety of filling machines.

Groninger: This German-based company is a worldwide leader in developing, designing and manufacturing filling, closing and process technology. Groninger is particularly distinguished in the pharmaceutical and cosmetics industries for their precision and high-quality machinery.

Bosch Packaging Technology: Now known as Syntegon Technology, this German company has a strong reputation for their high-quality and reliable filling and packaging technology. They cater to the food, pharmaceutical, and confectionery industries, to name a few.

Consider all the logistical aspects of buying

Transferring a second-hand bottling filler from one factory to another is a complex process that requires careful planning and consideration. 

The logistical challenge begins with disassembly, where the machine must be carefully broken down into manageable components. This process should be carried out by experienced technicians to prevent damage. 

Once disassembled, each part must be meticulously packed and secured for transport, ensuring their protection during the journey. 

The transportation itself requires careful planning, with considerations around route, vehicle type, and handling equipment. We advise you to consult with your local shipping company but we can also try to recommend other companies.

Upon arrival at the new location, the machine must be rebuilt and calibrated in the new site with the same degree of care and skill. 

Additionally, now is a good time to update or perform any necessary maintenance on the equipment. 

Furthermore, it is crucial to consider the machine's compatibility with the new factory's power supply and floor layout. 

Consulting with a professional machinery moving company that has experience with packaging machinery can help ensure a smooth and successful transition.