Laboratory stools

TPU  and GOLIAT laboratory stools are durable and ergonomic seats designed for use in laboratories and industrial environments. Provide stability, regulation and resistance to chemicals

The models meet GS and DIN standards, and the materials used, such as polyurethane, sky, birch plywood and stainless steel, make disinfection easy. Pneumatic lifts allow for smooth height adjustment, and structures equipped with footrests, self-locking wheels or non-slip feet increase comfort and stability.

Upholstery made of polyurethane and leather – easy disinfection

PU plastic is resistant to acids, oils and UV radiation. Thanks to its high abrasion strength and non-absorbent structure, cleaning is simple as dirt does not penetrate the surface, allowing it to be removed quickly. Regular  disinfection is crucial in medical facilities. PU foam solutions  are resistant to strong chemicals and are non-flammable, which significantly increases the level of safety during everyday duties. They are also characterized by:

• high resistance to chemicals and oils,
• protection against the destructive effects of sunlight,
• exceptional resistance to abrasion and mechanical damage,
• non-absorbent structure for instant cleaning,
• the possibility of sterilization with aggressive preparations.

In difficult workshop conditions, solid birch plywood works best, while stainless steel is irreplaceable in sterile laboratories. Both design solutions guarantee full compliance with stringent sanitary standards.

Pneumatic lift and infinitely variable height adjustment

The pneumatic actuator allows you to adjust the height of the seat, which allows you to easily adjust it to the user's height and the height of the workstation. 360° rotation increases freedom of movement and makes work easier.

The available adjustment ranges (from 42 to 80 cm) allow you to choose the right model for different applications. The chrome construction ensures durability. The backrest versions are equipped with a CPT mechanism that allows you to adjust the angle of the back, increasing the comfort of work and adapting to the individual needs of the user.

High laboratory stools with footrest

Working at high positions requires maintaining proper body posture and proper circulation. Stools equipped with a ring footrest eliminate the problem of sagging legs, providing stable support and muscle relief during long periods of work. The GOLIAT model guarantees comfort of use even in demanding laboratory and technical conditions.

The adjustable footrest allows you to adjust the height to suit the user, and the sturdy metal base ensures stability and safety, even when the seat is set to the maximum. The design allows the workstation to be adapted to individual ergonomic needs. The solution provides stable support at high tables, reduced muscle fatigue, adjustable ring, durable ring base construction and ergonomics of work over 90 cm.

Self-locking wheels and non-slip feet

The stability of the stool is ensured by a five-armed base made of polyamide or metal, which guarantees durability and safety. Depending on your needs, rubberized castors can be used to protect the floors from scratches and allow smooth movement in response to the user's load.

In places that require full stabilization, non-slip feet are used, which allow you to immobilize the furniture. The system is compatible and easy to set up, allowing it to be adapted to the workstation. The solution includes a reinforced cross structure, locking wheels, a rubber tread to protect surfaces, the possibility of replacing with sliders and high resistance of components.

ESD anti-static stools for working with electronics

When working with sensitive electronics protection against electrostatic discharge is crucial. Specialized Bimos stools They effectively discharge loads to the ground, protecting the systems to be serviced. Each model ensures full compatibility with EN 61340-5-1 and resistance at the level of 10^5–10^9 ohms. These solutions combine ESD technology with high ergonomics:

• effective grounding through steel structural elements,
• mobility thanks to the use of conductive wheels or slides,
• durability of the seat made of resistant PU foam,
• ergonomic, profiled seat supporting posture,
• flexible plastic that optimally distributes body weight,
• full rotation function for increased freedom of movement and precision.

The use of these seats protects the components and relieves the spine during work. The robust design guarantees years of operation in harsh workshop conditions.

Contoured seat and ergonomics of sitting work

Choosing the right seat profile improves the comfort of work. The ergonomic contouring effectively stabilizes the pelvis, which allows the spine to maintain its natural curves without unnecessary strain. The special design prevents cumbersome slipping from the seat, providing reliable support regardless of the posture adopted. In a demanding research and diagnostic environment, saddle-type seats are particularly recommended, as they enforce the optimal angle between the torso and thighs. Full performance is provided by advanced personalization features and body support solutions:

• precise adjustment of the seat depth adapted to the user's height,
• ergonomic armrests that reduce tension in the shoulders and neck,
• anatomical shape that reduces pressure on the thighs and improves blood flow,
• active support systems that react dynamically to every movement,
• design effectively relieves the lumbar spine,
• high durability of materials resistant to intensive use.

Modern geometry combined with functionality makes prolonged sedentary work less strenuous. Professionally selected equipment is the foundation of efficiency and full concentration in any modern laboratory.