Celexon electric height adjustable desk economy eadjust-71121 - white

Long-term sitting positions are unhealthy for the spine and back or neck muscles and can cause back pain.

Take a preventive approach to possible back problems with the height-adjustable desk Economy eAdjust-71121 from celexon. Thanks to the adjustable height, you can carry out your desk activities while sitting or standing. Changing working positions relieve the spine and intervertebral discs and have a positive effect on your health.

Quick, easy and uncomplicated, the table frame can be raised electrically from 71cm to 121cm within a few seconds and thus be individually adapted to your needs. This allows you to work easily, whether sitting or standing. The two-button control panel allows you to change the height at any time at the touch of a button if necessary.

The single motor, which is space-savingly integrated in a stand column, runs particularly smoothly and quietly. The gentle start-stop mechanism prevents jerky stopping or moving off - so there is nothing on the table that could result in wobbling or swaying.

Key information:

• Single-Motor = quiet running, powerful and durable
• Electrical infinitely variable height adjustment from 71 to 121 cm
• Two-button control panel
• Size table frame
• Min: 85x65x71 cm (WxDxH)
• Max: 129x65x121 cm (WxDxH)
• Size Table top (optionally available)
• Min: 100x50cm (WxD)
• Max: 180x80cm (WxD)
• Load 70 kg
• Travel speed 25mm/s
• Available in black and white

The celexon Professional eAdjust-71121 table frame is available in 2 different colours (black or white lacquered) and can be freely combined with all table tops in the series. It is also possible to use your own table top with your design. In this way, you can create an individual piece of furniture according to your own taste.

Attention: This article refers only to the selected table frame. The table top must be purchased separately.

In the box:

• 1x celexon eAdjust-71121 Table frame with control panel
• 1x instruction manual
• Mounting material