The Leitz Ergo Cosy Standing Desk Converter with Sliding Tray for keyboard and mouse allows the flexibility to move between sitting and standing whilst working. Designed to encourage muscle movement, improving posture and increasing energy levels, this desk riser is quick and easy to set-up, transforming the workspace in an instant yet remaining strong and stable at any height. The pneumatic assisted adjustment will effortlessly lift the stand to the perfect height, moving straight up and down within its own footprint to save space. Featuring a minimalist and modern design, this sit stand desk converter will improve health and wellbeing by creating the perfect active working set-up.
- General
- The Leitz Ergo Cosy Standing Desk Converter with Sliding Tray for keyboard and mouse allows the flexibility to move between sitting and standing whilst working. Designed to encourage muscle movement, improving posture and increasing energy levels, this desk riser is quick and easy to set-up, transforming the workspace in an instant yet remaining strong and stable at any height. The pneumatic assisted adjustment will effortlessly lift the stand to the perfect height, moving straight up and down within its own footprint to save space. Featuring a minimalist and modern design, this sit stand desk converter will improve health and wellbeing by creating the perfect active working set-up.
| Height Adjustment Method | Manual |
| Number Of Screens/Laptops | One |
| 2023 UK catalogue page no | 534 |
| 2024 UK catalogue page no | 510 |
| Pneumatic assisted height adjustment |
| Promotes switching between sitting and standing positions |
| Slim design and easy to carry and store when not in use |
| Spend over 100 GBP and claim a FREE Leitz Cosy Desk Accessories Set at www.leitz.com |
| Standing desk converter with sliding tray for keyboard and mouse |
| Supports heights from: 68mm - 447mm |
| Supports up to 16 kg (main desk surface) and up to 8 kg on the keyboard/mouse sliding tray |
| Ultra-compact 800 x 350mm footprint |
| Workstation moves straight up and down within its own footprint to save space |