Fellowes Premium Gel csuklótámasz 9374201

The Fellowes Premium Gel wrist rest (model 9374201) provides ergonomic support for your wrists while typing. Constructed from durable polyester with a gel interior and a non-skid rubber base, the wrist rest conforms to the shape of your wrists to help relieve pressure and reduce fatigue. It measures 489 mm (width) x 88.9 mm (depth) x 25.4 mm (height) and is designed to align with most standard keyboards; the product comes in graphite colour and includes a 5-year warranty.

Advantages

The gel filling adapts to wrist contours to distribute pressure more evenly, while the polyester cover offers a durable surface that is comfortable to touch. A non-skid rubber backing keeps the wrist rest securely in place to prevent slipping during use. The product has been tested by FIRA International Ltd and complies with the ergonomic requirements referenced in EN ISO 9241-5.

Suitable for

• Office and home desktop typing
• Extended computer use where wrist support is needed
• Users seeking an ergonomic accessory compatible with standard keyboards

Key specifications

• Brand: Fellowes
• Model / MPN: 9374201
• Dimensions (W x D x H): 489 mm x 88.9 mm x 25.4 mm
• Weight: 0.62 kg
• Material: Polyester cover with gel interior
• Base: Non-skid rubber
• Colour: Graphite
• Warranty: 5 years
• Standards: Tested to EN ISO 9241-5 by FIRA International Ltd

How to use

Place the wrist rest directly in front of your keyboard so that your forearms and wrists rest lightly on the gel surface while typing. Ensure the non-skid base contacts the desk surface to maintain stability. Adjust keyboard and chair height so your forearms are approximately parallel to the desk and wrists remain in a neutral position during use. Clean the polyester cover with a damp cloth and mild detergent if needed; avoid immersing the product in water.

Recommendations

For best ergonomic effect, combine the wrist rest with correct posture and regular breaks. Avoid leaning heavily on the wrist rest for prolonged periods to prevent excess pressure on soft tissues.