How warm do the heating pads and

foot warmers get?

The maximum temperature that can be reached depends on many factors, including the product (heating pad, foot warmer, the model (e.g. with or without automatic cut-off) and the room temperature. It is therefore only possible to give average values obtained under standardized conditions at a room temperature of 20°C +/- 5°C.
Different measurement conditions are specified for each product. The individual values can therefore not be compared with one another.

Heat pad:       70°C - 75°C
Foot warmer: 45°C - 50°C

Do I need an international plug adaptor to use

your products in New Zealand?

No, but certain products are supplied with an adaptor.

Spare adaptors can be purchased by clicking here.

What if I am unhappy with my product and wish to return it?

Unfortunately due to the nature of the products we sell, health and hygiene issues mean that we are unable to offer replacements or refunds if an item is purchased in error or is deemed unsuitable. Please read all product specifications thoroughly and choose your items carefully before purchasing.

Faulty Goods

In the unlikely event of a product malfunction we will happily replace any faulty goods after determining the cause of the malfunction.

Remember, all Beurer products are guaranteed. Refer to the original packaging for details.

We must stress that we do not offer refunds and we only replace faulty goods if they have been purchased directly from Beurerproducts.co.nz

Why should I try magnetic therapy?

If you've exhausted traditional methods of treating your ailments or you simply don't want to risk the potential side effects of many of today's prescription medications,  you could try magnetic therapy. You've got nothing to lose but your aches and pains!

For the technically minded, the magnets within the HK63 heating pad and the MD20 magnetic underlay are magnetised with strips of alternating polarity. If the surface with the magnets is applied to the body the direction of the magnetic fields is in line with it.

The strength of the magnetic fields (magnetic flux density) depend on the distance between the magnets and the human body. With a realistic distance of 2mm the magnetic flux density is approximately 20 Millitesla (200 Gauss), for example.