JEWSHIN horizontal flow wrappers automate product feeding, film forming, longitudinal sealing, end sealing, and package cutting. The range includes compact servo flow wrappers, high-speed rotary machines, wide-format models, reciprocating box-motion wrappers, and four-side-seal packaging equipment.
Available solutions cover small regular products, printed materials, bakery products, fresh produce, hardware, textiles, multipacks, medical dressings, and other compatible solid products. Choose a model according to product dimensions, packaging film, sealing requirements, target output, and required automation level.
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A horizontal flow wrapper, also known as a flow pack machine, pillow packaging machine, or horizontal form-fill-seal machine, wraps products in film while they move horizontally through the machine.
A typical flow-wrapping process includes:
Products are manually or automatically placed on the infeed conveyor.
Packaging film is unwound and formed around each product.
A longitudinal seal closes the film along the package.
End-sealing jaws create the cross seals.
The machine cuts and discharges each completed package.
Horizontal flow wrapping is generally suitable for solid products that can be placed individually or in organized groups. Liquids, powders, loose granules, or highly unstable products may require a different packaging process or additional handling equipment.
Selection Factor |
Rotary Flow Wrapper |
Box-Motion Flow Wrapper |
Sealing movement |
Rotating sealing jaws |
Reciprocating jaws move with the film |
Main advantage |
High-speed packaging of compatible regular products |
Longer sealing dwell time |
Typical products |
Bakery products, hardware, cards, and consumer goods |
Tall products, trays, frozen food, and demanding films |
Product height |
Depends on model |
ZS-720W supports heights up to 130 mm |
Film considerations |
Suitable for films compatible with short sealing contact |
May be considered for thicker or higher-barrier films |
Typical priority |
Speed and versatility |
Seal quality and package requirements |
Neither mechanism is universally better. Choose according to the product, film, sealing requirements, package size, and target output.
A conventional horizontal flow wrapper creates a longitudinal fin or lap seal and two end seals. It is suitable for a broad range of solid products and can achieve high production speeds.
A four-side-seal machine seals around all four edges of a flat package. This format is commonly evaluated for dressings, patches, and other thin products requiring a flat pouch presentation.
Submit a sample or drawing of the required package before choosing between the two formats.
Package bread, biscuits, cakes, trays, multipacks, vegetables, frozen food, and other compatible solid food products. Food-contact materials, cleaning requirements, gas flushing, and shelf-life objectives should be specified separately.
Package compatible solid products, instruction materials, dressings, gauze, and patches. Buyers are responsible for defining process validation and regulatory requirements.
Wrap individual parts, adhesive tape, product sets, and irregular industrial goods. Sharp edges, oil, weight, and product stability should be evaluated during sample testing.
Combine friction feeding with flow wrapping for greeting cards, game cards, manuals, brochures, envelopes, and other flat printed materials.
Package folded textiles, soft goods, and compatible bulky products using a wide-format machine where required.
Wrap toothbrushes, cables, accessories, and other small or long regular products. Anti-static or special product-protection requirements should be identified before configuration.
Provide the following packaging-film information during machine selection:
Film material and structure.
Film thickness.
Maximum film width.
Roll diameter and core size.
Printed or unprinted film.
Sealing temperature range.
Barrier requirements.
Easy-open or perforation requirements.
Registration-mark requirements.
Food-contact or medical-use requirements, where applicable.
Do not assume that every model can process every film. Film compatibility depends on the sealing system, temperature range, operating speed, package dimensions, and material structure.
Depending on the selected model, the packaging line may be evaluated with:
Automatic friction feeders.
Product loading conveyors.
Chain or belt infeed systems.
Automatic product-length detection.
Product-position and anti-cutting sensors.
Date, batch, barcode, or variable-data printing.
Registration-mark tracking for printed film.
Gas flushing or MAP-related equipment.
Labeling systems.
Metal detectors or checkweighers.
Vision inspection.
Reject mechanisms.
Finished-package conveyors.
Collection tables.
Confirm mechanical dimensions, communication signals, line speed, working height, direction of travel, and responsibility for each integration item.
Provide the minimum and maximum product length, width, height, and weight. Include irregular shapes, trays, product groups, and variations in normal production.
Specify the required bag length, bag width, seal position, package tightness, opening method, and finished appearance. Provide a current package or drawing where possible.
Share the film material, structure, thickness, width, roll specifications, and sealing requirements. Use the intended production film during testing whenever possible.
A rotary wrapper may be suitable when high speed is the priority and the product and film are compatible. A box-motion machine may be preferred when longer sealing contact or taller-product capacity is required.
Explain whether products will be loaded manually, transferred from another machine, separated by a friction feeder, or supplied by a custom automatic feeding system.
State the required finished packages per minute or hour. Include time for product loading, film replacement, recipe changes, cleaning, inspection, and maintenance.
Test the smallest, largest, fastest, most irregular, and most difficult products. Confirm packaging appearance, seal quality, product position, practical speed, and changeover requirements.
A horizontal flow wrapper moves products horizontally through a film-forming and sealing process. It creates a package with a longitudinal seal and two end seals and is commonly used for solid food, bakery, hardware, stationery, medical, and consumer products.
The terms often describe the same horizontal packaging process. “Flow wrapper,” “flow pack machine,” “pillow packaging machine,” and “horizontal form-fill-seal machine” are commonly used for equipment that forms film around a product and creates longitudinal and end seals.
The ZS-220X is intended for small, regular, or long products. Final selection depends on product dimensions, film width, bag length, feeding method, and target speed.
The ZS-360 is designed for flat printed materials and can be evaluated with automatic friction feeders for individual or counted-set feeding.
The ZS-720W box-motion wrapper supports a listed product height of up to 130 mm. Complete product dimensions and package requirements must still be confirmed.
The JX-580X has a listed maximum bag length of up to 1,000 mm. Product fit also depends on width, height, film allowance, and feeding requirements.
An anti-cutting function monitors product position and can adjust or stop the sealing and cutting cycle when misalignment is detected. It helps reduce product or blade contact but does not guarantee that every cutting incident will be eliminated.
Servo-controlled models may support multiple product lengths through recipe changes. Applicable ZS-220X configurations can also be evaluated with automatic product-length detection for mixed-size products.
Printed film may be used when the selected configuration supports registration-mark tracking and the film is compatible with the sealing system. Provide a film sample and print repeat length for confirmation.
The ZS-720W may be evaluated with application-specific MAP or gas-flushing equipment. The complete process requires suitable barrier film, gas control, seal validation, residual-oxygen testing, and product shelf-life evaluation.
Seal performance depends on the film, contamination at the sealing area, temperature, pressure, dwell time, product, and machine settings. Required seal integrity must be defined and validated using an appropriate test method.
No. Maximum speed is achieved only under suitable conditions. Larger bags, difficult films, irregular products, manual loading, long sealing times, or inspection functions may reduce practical output.
Provide product dimensions, weight, film specifications, required bag size, sealing requirements, target output, feeding method, optional functions, destination, and representative samples.
Send the following information for an application-specific proposal:
Product: Name, material, shape, and industry.
Dimensions: Minimum and maximum length, width, height, and weight.
Package: Required bag size, seal style, and finished appearance.
Film: Material, thickness, width, roll diameter, and printed-film details.
Output: Required finished packages per minute or hour.
Feeding: Manual, friction feeder, conveyor, or automatic upstream supply.
Options: Coding, labeling, gas flushing, inspection, rejection, or collection.
Compliance: Food, pharmaceutical, or medical requirements where applicable.
Installation: Destination country, available space, line direction, and power supply.
Samples: Representative products and production film for testing.
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