Work chairs

Upholstered work chairs

Upholstered work chairs and stools for assembly, test stations, laboratories and production: 583 models from Bimos, meychair, Grendene, Warmbier, Treston, Bosch Rexroth, Throna, Reeco and Bedrunka+Hirth. Seat heights from 370 to 930 mm, covers in fabric, Supertec, artificial leather or leather. 236 models are ESD versions.

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Selection criteria
Series comparison
ESD and standards
FAQ

Chair finder: upholstered chairs

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CastorsFor frequent changes of position.332 models GlidesStable at high workstations.197 models FabricBreathable for long sitting periods.225 models Artificial leatherWipe clean, can be disinfected.283 models Synchronous mechanismFor long sitting periods.139 models ESD versionDissipative for the EPA.236 models

583 items
9 manufacturers
Net prices plus VAT

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Buying guide

How to choose Upholstered work chairs

What matters when choosing: properties, comparison and typical applications.

Selection criteria for upholstered chairs

Seat height

Seat about 280 to 300 mm below the work surface. From around 600 mm, a foot ring or step is needed.

Matching models

Base

Castors where the user moves around, glides at high workstations.

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Mechanism

Weight adjustment (180 models) adapts backrest pressure, permanent contact (60) is robust in shift work.

Matching models

Cover

Supertec (70 models) is abrasion-resistant, artificial leather suits labs and medical practices.

Matching models

ESD

Use only models with ESD verification in the EPA. Grendene GREF and Bimos Basic are dissipative throughout.

Matching models

Series comparison

Series	Brand	Seat height	Base	Cover, mechanism	ESD	Price from
TEXON	Bimos	450-810 mm	Castors, glides	Artificial leather, 3D seat dynamics	39 of 75	from 598 EUR
Assistent	meychair	390-890 mm	Glides, castors	Artificial leather, fabric	no	from 81 EUR
Workster	meychair	460-930 mm	Castors	Fabric, seat tilt	2 of 56	from 155 EUR
Labsit	Bimos	450-810 mm	Castors, glides	Fabric, Supertec	8 of 51	from 221 EUR
Neon XXL	Bimos	470-640 mm	Castors	Supertec, synchronous mechanism	24 of 48	from 717 EUR
Basic	Bimos	470-910 mm	Castors, glides	Fabric, permanent contact	all 40	from 380 EUR
GREF Ergonomy	Grendene	420-700 mm	Castors	Fabric, synchronous mechanism	all 20	from 455 EUR

ESD and standards

Charge flows from the person through cover, mechanism and base to conductive castors or glides and into the dissipative floor. Without such a floor the chair remains isolated. DIN EN 61340-5-1 requires a resistance from seat to ground point below 1 x 10¹⁰ ohms. Ergonomic requirements are described in DIN EN 1335.

Typical applications

Assembly and production, electronics manufacturing in the EPA, laboratories and test stations, medical practices and cleanrooms up to ISO class 3 (Bimos Labsit). Reinforced models carry up to 180 kg.

Frequently asked questions

Fabric, Supertec or artificial leather?: Fabric (225 models) for long sitting periods, Supertec (70) for heavy use, artificial leather (283) where surfaces are wiped or disinfected.
Which seat heights are available?: From 370 to 930 mm. From around 600 mm, a foot ring or step is required.
Are there upholstered ESD chairs?: Yes, 236 models, including Bimos TEXON, Basic and Nexxit as well as Grendene GREF.
What do upholstered chairs cost?: Net from 81 EUR (meychair Assistent) to 954 EUR (Bimos Neon XXL).

FAQ

Frequently asked questions about Upholstered work chairs

What are industrial upholstered chairs and where are they primarily used?

Industrial upholstered chairs are ergonomic seating solutions specifically designed for extended work periods in manufacturing, laboratory, and technical environments where operator comfort directly impacts productivity and quality control. These chairs feature padded seats and backrests with adjustable height mechanisms, typically ranging from 420-550 mm for standard models and 500-700 mm for high models like the Gref 270 ESD. They are extensively used in electronics assembly, quality inspection stations, control rooms, and cleanroom environments where workers require sustained focus during precision tasks.

What are the key technical selection criteria for industrial upholstered work chairs?

Critical selection parameters include seat height adjustment range, with standard models offering 420-550 mm and high variants extending to 500-700 mm for elevated workstations. Seat dimensions must accommodate user anthropometrics, with typical sizes being 450x430/490 mm for the Treston Plus 40 series and 460x470 mm for the Ergo 35 models. Backrest height varies from 460 mm in compact designs to 600 mm in full-support configurations, while armrest options include fixed, adjustable, or no armrests depending on workspace constraints and task requirements.

Which safety standards and certifications apply to industrial upholstered chairs?

Industrial upholstered chairs must comply with EN 1335 standards for office seating safety and stability, while ESD versions conform to IEC 61340-5-1 for electrostatic discharge protection in sensitive environments. Load-dependent braking castors meet DIN 68131 requirements for mobility control under varying weights. ESD-certified models like the Treston C40AL-ESD and Gref series maintain surface resistance values within the required 10^6 to 10^9 ohms range to prevent static buildup during electronic component handling operations.

What are the main differences between ESD and standard upholstered chair variants?

ESD variants feature conductive materials throughout the seat construction and specialized grounding mechanisms to dissipate static electricity, essential for electronics manufacturing environments. Standard models like the Treston C40BL use conventional fabric upholstery, while ESD equivalents such as the C40BL-ESD incorporate conductive fibers maintaining electrical continuity to ground. Non-ESD chairs are suitable for general industrial applications, whereas ESD models are mandatory in semiconductor, PCB assembly, and pharmaceutical production where static discharge could damage sensitive components or compromise product integrity.

What installation and system compatibility requirements apply to industrial upholstered chairs?

Installation requires level flooring capable of supporting dynamic loads up to 150 kg, with ESD models needing conductive flooring systems maintaining electrical continuity throughout the workspace. Five-point caster bases with load-dependent braking systems require minimum 1.5 meter diameter clearance for full rotation and movement. ESD chairs must connect to facility grounding systems through conductive floor mats or direct grounding straps, while gas cylinder mechanisms need periodic pressure verification to maintain specified height adjustment ranges between 420-700 mm depending on model specifications.

What safety ratings and operating conditions do industrial upholstered chairs support?

Industrial upholstered chairs typically support maximum user weights of 120-150 kg with safety factors meeting EN 1335 Class 4 requirements for 24-hour operation cycles. Operating temperature ranges span -5°C to +40°C for standard environments, with specialized variants handling cleanroom conditions down to +15°C minimum. ESD models maintain electrostatic discharge protection across humidity ranges of 30-70% relative humidity, while gas cylinders operate effectively within pressure ranges of 1.5-2.5 bar depending on user weight and height adjustment frequency during shift operations.

What maintenance schedules and service life expectations apply to industrial upholstered work chairs?

Industrial upholstered chairs require quarterly inspection of gas cylinder operation, caster wheel rotation, and armrest adjustment mechanisms, with annual verification of ESD continuity using megohm meters for models like the Gref ESD series. Service life typically extends 8-12 years under normal industrial use with proper maintenance, while upholstery replacement may be needed every 5-7 years depending on shift patterns and environmental conditions. Critical wear points include seat height adjustment mechanisms requiring lubrication every 6 months and caster wheels needing replacement every 2-3 years in high-mobility applications to maintain load-dependent braking functionality.