Frequently Asked Questions

To receive a Heat Shrink Packaging Machine quotation, send your product photos, compressed diameter and thickness, and target output. Include a packaging sample or design if available. For line integration, also provide a video and details of your existing equipment so we can recommend the appropriate configuration.

A Heat Shrink Packaging Machine is selected according to the dimensions after compression. Towels with different unfolded sizes may share a packaging setup if their compressed diameter and thickness remain within its operating range. Product samples help confirm compatibility.

Yes. The Heat Shrink Packaging Machine can package products with printed circular paper inserts carrying your logo and product information. The inserts are printed separately and should be matched to the product dimensions and packaging process.

The Heat Shrink Packaging Machine reduces repetitive manual work during packaging. When connected to upstream equipment, it can also reduce product collection and transfer between processes. Staffing depends on the feeding arrangement, replenishment frequency, and inspection requirements.

Yes. The Heat Shrink Packaging Machine can connect to compatible compressed towel and bath towel production equipment. We review discharge height, product orientation, spacing, and output to determine a suitable transfer arrangement. An operating video helps assess your existing line.

The Heat Shrink Packaging Machine is designed for compressed towel packaging, with configurations assessed for compressed bath towels and disposable socks. The listed model supports a product diameter of 45 mm and a thickness of 10–25 mm. Other formats require a suitable configuration.

A Heat Shrink Packaging Machine uses heat to shrink packaging film closely around a product. For compressed towels and similar disposable products, it creates a compact individual wrap that can include printed circular paper inserts for branding and identification.

It can connect to compatible face mask production machines, compressed towel machines, and towel folding equipment. The connection arrangement depends on how the upstream machine discharges the product, including its height, orientation, spacing, and output rate. Other applications can be assessed using product samples and equipment details.

A connection may be possible after a technical assessment. Please provide the machine model, discharge dimensions, operating speed, and a video of the product output. These details help determine the transfer arrangement and whether additional feeding equipment or interface changes are needed.

These are supported application categories, but one configuration should not be assumed to handle every product size and shape. To assess a shared machine setup, provide samples and packaging requirements for each product. The compatible range, adjustments, and any changeover parts can then be identified.

The reference capacity is 80–90 pcs/min, but achievable output varies with the product and packaging setup. Matching should be based on the number of packs required per minute and the way products arrive from the upstream machine. If production output exceeds packaging capacity, the line arrangement needs to be reviewed.

A suitable inline arrangement can reduce manual transfer and placement between production and packaging. Operators are still needed for tasks such as material replenishment, setup, inspection, and routine maintenance. The remaining manual tasks depend on the agreed configuration.

Yes. The documented standalone arrangement uses manual product placement, followed by automatic product feeding into the package and sealing. An inline arrangement is selected separately according to the upstream equipment.

Please provide the product length, width, thickness, and shape; the required quantity per pack; packaging material details or a sample pack; and your target output. For line integration, also include the upstream machine’s discharge height, available floor space, and an operating video.