Views: 0 Author: Site Editor Publish Time: 2026-09-09 Origin: Site
Choosing a film blowing machine is not only about finding the highest stated output. The machine must process the intended material, produce the required film width and thickness, and remain stable during long production runs.
The manufacturer also needs to understand the finished product. A line for thin HDPE shopping bags has different requirements from a multilayer line producing barrier food packaging, agricultural film or compostable bags.
This guide introduces ten established film blowing machine manufacturers serving different parts of the global market in 2026. The list includes suppliers of practical PE film equipment as well as companies specializing in advanced multilayer blown film extrusion lines. It is a sourcing reference rather than a strict performance ranking, since the right manufacturer depends on the product, capacity, investment level and service requirements of each project.
Each company on this list has an identifiable blown film equipment range. The comparison considers the types of machines available, supported materials, co-extrusion capability, application knowledge, customization and after-sales support.
Machine scale also matters. Some manufacturers focus on highly automated, multilayer extrusion lines for large flexible-packaging plants. Others offer more accessible mono-layer, ABA and ABC machines for shopping bags, garbage bags, courier bags and general PE packaging.
Neither direction is automatically better. A practical machine that matches the buyer’s current production can generate a stronger return than an advanced line containing features the factory does not use.
Manufacturer | Country or region | Main blown film focus |
|---|---|---|
Mingyang Machinery | China | PE, ABA, ABC, high-speed and biodegradable film machines |
Windmöller & Hölscher | Germany | High-output modular blown film lines |
Reifenhäuser | Germany | Multilayer blown film and inline MDO technology |
Hosokawa Alpine | Germany | Complete multilayer lines and film-orientation systems |
Macchi | Italy | Flexible multilayer co-extrusion lines |
Bandera | Italy | Technical packaging, barrier film and agricultural film lines |
POLYSTAR | Taiwan | Mono-layer, twin-head, AB and ABA machines |
Kung Hsing | Taiwan | Mono-layer to nine-layer extrusion systems |
Rajoo Engineers | India | Mono-layer and multilayer blown film lines |
Mamata Machinery | India | Three- to nine-layer co-extrusion lines |
Jiangyin Mingyang Packaging Machinery Co., Ltd., also known as SUNPLAS, manufactures blown film, bag-making and printing equipment in China. The company states that it has more than 20 years of experience and has supplied customers in over 50 countries.
Its film blowing machine range covers mono-layer PE machines, ABA and ABC co-extrusion systems, high-speed lines, twin-head and four-head equipment, and machines developed for PLA and PBAT materials.
This range is especially relevant to factories producing shopping bags, garbage bags, courier bags, food packaging, agricultural films and industrial packaging. Buyers can select a simpler PE film blowing machine for general HDPE, LDPE or LLDPE film, or move to a multilayer system when material distribution and film structure become more important.
Mingyang also offers inline configurations that connect film extrusion with printing or bag conversion. This can help factories reduce intermediate handling, although the right setup depends on product variety and changeover frequency.
For buyers comparing Chinese film blowing machine manufacturers, Mingyang provides a broad range without limiting its production to one machine structure or one type of packaging film.
Windmöller & Hölscher, commonly known as W&H, is a German manufacturer serving the flexible-packaging industry. Its activities cover extrusion, printing and converting equipment.
The company’s VAREX II is a modular blown film line developed for demanding and high-output production. Depending on the configuration, it can produce films with one to eleven layers and process materials including PE, PP, PA, EVOH, recycled materials and selected biomaterials.
W&H equipment is mainly aimed at established film producers that require high productivity, process control and application flexibility. Typical uses include food-contact packaging, industrial film, barrier film, stretch-oriented film and wide film.
The company also supplies winders, process-control systems and MDO equipment. This makes W&H suitable for large projects where the extrusion line must work as part of a highly integrated flexible-packaging operation.
Reifenhäuser is another German extrusion technology company with equipment for blown film, flat film, nonwovens and other polymer-processing applications.
Its EVO blown film lines can be configured for different film structures and production requirements. One important area is inline machine-direction orientation. The company’s EVO Ultra Stretch system is positioned in the haul-off section so that the film can be stretched using the available process heat.
This technology is used to improve stiffness, barrier performance and material efficiency in suitable all-PE packaging structures. Reifenhäuser is therefore relevant to film manufacturers developing recyclable mono-material packaging, downgauged film and higher-value flexible-packaging products.
A line of this type usually requires a larger investment and more detailed process planning. Buyers should have a clear film structure, resin plan and target market before requesting a final configuration.
Hosokawa Alpine supplies complete blown film extrusion lines and individual technologies for extrusion, cooling, take-off, orientation, winding and process control.
Its modular systems can be configured around different polymers, film structures and production goals. The company offers solutions ranging from standard packaging applications to multilayer films requiring more demanding optical, barrier or mechanical properties.
Hosokawa Alpine also develops MDO systems and states that its extrusion platforms can be combined into lines containing up to eleven layers. Its equipment is commonly considered by experienced film producers that need strong process control and the ability to handle technically demanding products.
The company’s complete-line approach can simplify coordination between the extruder, die, cooling system and winder. However, buyers still need to define the intended formulations and finished-film requirements before the line is engineered.
Macchi is an Italian manufacturer focused on blown film extrusion technology. Founded in 1961, the company supplies mono-layer and multilayer equipment for packaging, agricultural and industrial applications.
Its portfolio includes three-layer, five-layer, seven-layer and nine-layer co-extrusion lines. Macchi also develops extrusion heads, winders and systems for working with conventional polyolefins, barrier materials and recycled formulations.
The company is a relevant option for flexible-packaging producers that need a line configured around several products rather than one fixed film specification. Its multilayer systems can support applications such as lamination film, food-barrier film, stretch hood, shrink film and agricultural film.
When evaluating this type of equipment, buyers should compare the expected output under their real formulation instead of using only the maximum output shown in a general specification.
Luigi Bandera designs and manufactures extrusion lines in Italy. Its blown film portfolio covers mono-layer and multilayer production for industrial packaging, food packaging, medical and pharmaceutical applications, lamination film, agricultural film and thick biodegradable film.
Depending on the project, Bandera can provide three-, five-, seven-, nine- and eleven-layer systems. Its offering also includes cooling, thickness control and automated winding technologies.
Bandera is particularly relevant when the film requires a more complex layer structure or must meet demanding technical requirements. These applications may include high-barrier packaging, geomembranes and heavy industrial film.
Buyers considering Bandera should prepare detailed information about the resin combination, layer percentage, film width, thickness range and final performance requirements. This allows the line to be engineered around the actual product rather than a broad application label.
POLYSTAR is a Taiwanese manufacturer of blown film and plastic-recycling machines. Its blown film range includes mono-layer machines, compact models, twin-head lines, two-layer AB systems and three-layer ABA machines.
Its equipment is aimed largely at producers of PE flexible packaging. Applications include shopping bags, garbage bags, general packaging film and narrow-width film produced on twin-head systems.
POLYSTAR may suit small and medium-sized converters that want a relatively straightforward machine structure and a practical path from mono-layer production to ABA co-extrusion.
The company’s combined knowledge of blown film and recycling machinery is also relevant to factories that recover their own clean film scrap. However, recycled-material percentages should still be based on the required bag strength, appearance and sealing performance.
Kung Hsing Plastic Machinery is a Taiwanese extrusion machinery manufacturer founded in 1972. Its blown film range extends from mono-layer lines to multilayer systems with as many as nine layers.
The company works with materials including HDPE, LDPE, LLDPE, EVA, PP, PA, EVOH and PBAT. Its applications cover consumer packaging, food packaging, household products, industrial film, agricultural film, heavy-duty sacks and construction film.
This broad range makes Kung Hsing suitable for buyers that want to compare both conventional PE equipment and more advanced co-extrusion systems from the same manufacturer.
The final investment can vary widely between a basic mono-layer machine and a nine-layer barrier-film line. Buyers should therefore define the number of layers through the required film function rather than treating a higher layer count as an automatic advantage.
Rajoo Engineers is an Indian manufacturer of plastic extrusion and thermoforming machinery. Its blown film portfolio includes mono-layer lines, ABA systems and multilayer co-extrusion equipment reaching up to eleven layers.
The company supplies machines for general packaging, barrier film and other industrial applications. Its range includes upward and downward blown film configurations as well as systems designed for different output levels.
Rajoo may be considered by buyers looking for multilayer extrusion capability supported by an established Indian machinery supplier. The company also works with film producers across developing and established packaging markets.
As with other multilayer suppliers, the buyer should review output, energy use, film tolerance and changeover behavior using the actual product formulation whenever possible.
Mamata Machinery is an Indian manufacturer serving several stages of flexible-packaging production. In addition to blown film lines, it supplies bag-making, pouch-making and packaging equipment.
Its co-extrusion range covers three-, five-, seven- and nine-layer film production. These systems are intended for food packaging, industrial film and other applications that need controlled material distribution across multiple layers.
Mamata may be useful to companies planning a broader flexible-packaging project because its equipment portfolio continues beyond film extrusion into converting.
This does not mean every process must come from one supplier. Buyers should still compare each section of the proposed production line based on its required speed, product range and maintenance needs.
The answer begins with the film, not the manufacturer’s catalogue.
A company producing ordinary HDPE T-shirt bags may need a reliable mono-layer or twin-head machine with fast output and simple maintenance. A factory adding recycled material to the middle layer may gain more value from an ABA film blowing machine.
Food packaging can require a different approach. If each outer layer needs its own formulation or the film needs better sealing, strength or surface properties, an ABC film blowing machine may offer greater flexibility.
More complex barrier packaging can justify five, seven, nine or eleven layers, but more extruders also mean a higher investment, more demanding process control and additional maintenance. The number of layers should follow the required film structure rather than become the main purchasing goal.
Two machines described as “ABA blown film lines” can have very different configurations. Buyers should check whether the quoted output applies to HDPE, LDPE, LLDPE or a particular blend. Resin type, film thickness and lay-flat width can significantly change real production speed.
The quotation should also identify the screw diameter, L/D ratio, die size, cooling arrangement, haul-off design, winding method, drive system and control components. Optional equipment such as IBC, automatic air rings, thickness gauges, gravimetric dosing and turret winders should be clearly separated from the standard configuration.
Information to compare | Why it matters |
|---|---|
Raw material and formulation | Determines screw, die and temperature requirements |
Film width and thickness | Affects machine size, cooling and output |
Required output | Should be confirmed under realistic production conditions |
Number of layers | Controls material distribution and film functionality |
Cooling system | Influences bubble stability and production speed |
Winding system | Affects reel quality and downstream conversion |
Electrical standard | Must match the destination factory |
Installation and training | Affects how quickly production can begin |
Spare parts and remote support | Reduces risk after commissioning |
Price comparisons are only meaningful when the configurations are aligned. A lower quotation may exclude equipment that another manufacturer includes as standard.
Large European extrusion-line manufacturers are often selected for complex, high-output barrier film projects. Not every packaging factory needs that level of investment.
Mingyang focuses on practical machinery for PE bag and packaging production while also offering ABA, ABC, high-speed and biodegradable film options. Its range allows a buyer to select equipment around the current product and leave room for a more advanced structure when the market requires it.
For example, the company’s high-speed PE film blowing machine is intended for HDPE, LDPE and LLDPE film production. Buyers requiring a three-layer structure can instead discuss an ABA or ABC configuration based on the intended film and raw-material plan.
Mingyang also provides consultation, installation guidance, operator training and after-sales support. Its company profile lists experience in more than 50 countries, which is relevant to buyers who need machinery prepared for different electrical standards and export requirements.
The global market includes film blowing machine manufacturers for very different investment levels and production goals.
W&H, Reifenhäuser, Hosokawa Alpine, Macchi and Bandera have strong positions in advanced, high-output and multilayer extrusion. POLYSTAR and Kung Hsing offer established Taiwanese machinery options, while Rajoo and Mamata provide a broad range of extrusion solutions from India.
Mingyang offers PE, ABA, ABC, high-speed, multi-head and biodegradable film equipment for packaging producers that need a practical balance between configuration, output and investment. The final machine should be selected from the required film product, not from a generic model name.
Buyers can contact Mingyang with their raw material, film width, thickness, target output and finished-product information to receive a more relevant machine configuration.
Provide the resin type, film application, lay-flat width, thickness range, target output, number of layers and destination electrical standard.
An ABA machine can place lower-cost or recycled material in the core, but a mono-layer machine may be more practical for simple products and smaller investments.
The required barrier, sealing, strength and surface properties should determine the layer count. More layers are not always necessary.
Some machines can process both, but the screw design, die, cooling system and expected output must be checked for each material.
A test using the intended material and film specification is valuable, especially for recycled blends, thin film, biodegradable materials and multilayer structures.
