Bimos - eine Marke der Interstuhl Büromöbel GmbH & Co. KG

Seating in High-Tech Laboratories: Requirements and Solutions with LABOR TEXON

Laboratory workstations are among the most demanding working environments. Tasks such as microscopy or sample analysis often require prolonged forward-leaning and static sitting positions. Without appropriate ergonomic support, this can lead to physical strain over time. At the same time, equipment used in laboratories must meet the highest hygiene standards and withstand exposure to chemical substances.

The LABOR TEXON was specifically developed to meet these requirements, combining ergonomic functionality with a consistent hygiene concept.

Hygienic Design for Sensitive Laboratory Environments

Smooth, seamless surfaces reduce potential areas for particle accumulation and make cleaning easier. A fully enclosed mechanism prevents the ingress of dirt and allows for easy maintenance, even under intensive use.

In addition, the LABOR TEXON meets the requirements of air cleanliness class 3 in accordance with DIN EN ISO 14644-1, making it suitable for laboratory environments with cleanroom-related demands. The materials used are resistant to common disinfectants and support long-term hygienic use.

ESD Protection for Sensitive Work Areas

Many laboratories use sensitive electronic equipment that must be protected against electrostatic discharge. The LABOR TEXON is available in an ESD version that complies with the requirements of EN 61340-5-1.

Conductive materials, including special upholstery solutions such as Skintec, ensure reliable dissipation of electrostatic charges. This makes the chair suitable for applications where both hygiene and ESD protection are required.

Ergonomic Support for Demanding Tasks

The LABOR TEXON supports ergonomic sitting even during complex laboratory tasks. Its integrated Auto-Motion technology enables dynamic sitting by allowing the seat and backrest to adapt to the user’s movements.

A flexible backrest element further supports mobility and relieves muscular strain, particularly during forward-leaning work. Individually adjustable seat heights as well as optional 4D armrests help adapt the workstation to different body dimensions and tasks, reducing fatigue during extended periods of work.

Conclusion

The LABOR TEXON combines hygiene requirements, ergonomic functionality and technical performance in one seating solution for modern laboratory workstations. In doing so, it contributes to supporting health, concentration and process reliability in demanding laboratory environments.