Comparison lamiMARK PDFM360 vs Boway BW-F350

The maximum laminating speed provided by the device — in other words, the length of the section that the laminator is able to laminate in a minute. The high speed rate makes it easier to operate with large volumes of media, but significantly affects the cost of the device. Therefore, it makes sense to look for a quick laminator only if you have to deal with large volumes of media, or if the ability to quickly handle the task is critical. If the device is bought for use from time to time, this indicator can be ignored.

The thickest media the laminator is capable of operating with.

If choosing the device is based on this spec, it makes sense not only to take into account the thickness of the media is being to operate with, but also to take a certain margin just in case. At the same time, we note that even the "thinnest" modern laminators are capable of processing materials up to 0.2 – 0.3 mm thick — this is comparable to thin cardboard or very thick paper. And in high-end professional models, this value can exceed 10 mm.

Lamination type supported by the device.

— Heated. During heated lamination, the media and the film are passed together through rollers or heating plates; while the adhesive layer inside the film is melted, it is fixed to the processed media. This method allows you to achieve good processing quality and reliable laminating, so, it is the most popular type of lamination so far.

— Cold. Lamination type, where the media and film are sealed together only by the pressure of the rollers, without heating. This type is often used as an optionless step in cases where you have to work with heat-sensitive materials — for example, synthetics or glossy media. Note that specialized devices with only a cold lamination type are rare, and principally met among professional ones; much more often modern laminators support both cold and heated lamination types (see below).

— Heated and cold. Ability to operate with any type of described above. As usual, heated lamination is a regular option for such models, and for cold type, the heating element is simply turned off. Such devices are as versatile as possible, and their cost essentially do not differ from their heat-only analogues, and that's why the combined type is the most common for modern laminators.

— Reverse. Possibility of rotation of a roller in the reverse direction. This function will be useful, foremost, in emergency situations — bending or jamming of the document, getting a foreign object under the rollers, winding the media on them, etc. The timely inclusion of the reverse not only allows you to do without laborious repair work with the disassembly of the unit, but in many cases it saves the processed material from damage.

— Unjam lever. The possibility to unclench the laminator rollers (strictly speaking, increase the distance between them). Along with the above described reverse feature, it is an "emergency" function, designed primarily to remove a jammed or skewed document, a foreign object, etc.

— Temperature adjust. Possibility to adjust the heating temperature during heated lamination (see "Type of lamination"). This function allows you to optimally adjust the operating mode to the specs of a particular film and media.

— Foiling. Possibility of using a laminator for foil coating. Some of these models are even capable of embossing, usually in the form of an ornament, which is indispensable in the making of postcards, business cards and other similar products.

— Photo lamination. The ability to use a device for laminating photos. It is believed...that only laminators with heated rollers are suitable for such work, because models with separate heating plates do not provide sufficient heating uniformity, which can damage delicate materials such as photos. At the same time, it is worth noting that in this case we are talking only about pictures printed on photo paper; for a plain paper (even with a printed photo), any laminator is suitable.

— Sheet autofeed. The system providing automatic feed of the documents to be laminated. The ability to load a whole stack of sheets into the laminator instead of feeding each of them separately is important primarily for large volumes of work; in addition, autofeed affects the cost of the device. Therefore, this function is found mainly in high-end roll models (see "Product Type").

— Rewinder. Rewinder is an additional shaft installed at the outer part of the laminator. It can be used, particularly, for winding the backing paper in cold lamination (see "Type of lamination"), as well as for winding laminated media during the heated processing. Anyway, the rewinder can be very useful when working with long media — it is often more convenient to wind such material on the outer shaft immediately after coming out of the laminator than to look for another place for it.

The electrical power consumed by the laminator in usual operation. Even in A2 format models (see above), this figure rarely exceeds 2 kW (which is comparable to the consumption of an electric kettle or iron), not to mention simpler devices. Therefore, in most cases, this spec is a reference and practically may be used only in rare cases. But when choosing a professional large-format laminator with media size of A0 or A1, you should pay special attention to power consumption — it can be up to 10 – 11 kW, which puts forward specific connection requirements.