Work chairs

School chairs

Stools for workshops, science rooms and training workshops: 37 models from meychair in the Assistent and Allround series. All models are built without a backrest, seat heights range from 350 mm for low tables to 890 mm for workbenches and lab benches. Prices start at EUR 90 net.

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Chair finder: choose the right school stool

Filter by base, upholstery and seat shape or jump to related categories.

GlidesStable in science rooms, the stool does not roll away when standing up.23 models CastorsMobile at workplaces where the position changes often.9 models Artificial leatherWipeable, suitable for chemistry and biology rooms.16 models PU foamClosed surface without seams, hard-wearing in workshops.14 models Saddle seatOpen hip angle for upright sitting at high tables.3 models

37 items
1 manufacturer
Net prices plus VAT

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Buying guide

How to choose School chairs

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

Selection criteria for school stools

Seat height and working height

As a rule of thumb, the seat sits about 280 to 300 mm below the tabletop. The adjustment range in the range covers 350 to 890 mm. High stools for workbenches and lab benches should have a foot ring.

Stools with round seat

Base

Glides keep the stool in place and are safer at high tables. Castors make it easier to move between low work tables. In the range: 23 models with glides, 9 with castors.

Models with glides

Upholstery

Artificial leather (16 models) and PU foam (14) are wipeable and therefore the first choice for science rooms. Beech (5) is robust in the workshop, fabric (2) adds padding for longer sitting.

Models with artificial leather

Series comparison

Series	Brand	Seat height	Base	Upholstery / seat shape	ESD	Price from (net)
Assistent	meychair	350 to 890 mm	glides (23), castors (6)	PU foam, artificial leather, wood, fabric / round seat	no	from EUR 90
Allround	meychair	370 to 610 mm	castors (3)	artificial leather / saddle seat	no	from EUR 247

Typical applications

Wood and metal workshops, science rooms for chemistry, physics and biology, training workshops in vocational schools and companies, and art and technology rooms. Six models are also suitable for laboratories and medical practices, for example the Assistent Allround A20 practitioner stool with armrest. The stools are not dissipative, for electronics labs with an EPA see the ESD work chairs.

FAQ on school stools

What seat height do I need at a lab bench?: At a bench height of 900 mm, the right seat height is about 600 to 620 mm. The range covers 350 to 890 mm, choose a model with this value in the middle of its adjustment range.
Glides or castors in the classroom?: In science rooms and at high tables, glides are the safer choice, 23 models have glides. Castors (9 models) suit low workplaces with frequent changes of position.
Are there models with armrests?: Yes, 6 models have armrests, for example the Assistent Allround A20 practitioner stool.
How much do school stools cost?: Prices range from EUR 90 to EUR 287 net. The Assistent series starts at EUR 90, Allround at EUR 247.

What is an EducationChair and what are its primary industrial applications?

An EducationChair represents a specialized category of ergonomic seating solutions engineered specifically for educational and training environments. These chairs are primarily deployed in universities, technical colleges, vocational training centers, and corporate education facilities where extended sitting periods during lectures, laboratory work, or practical training sessions demand superior postural support. The Mey Chair Sattelhocker Assistent Allro series exemplifies this category by providing saddle-style seating that promotes active sitting and spinal alignment during educational activities. Educational institutions utilize these chairs to reduce fatigue-related learning impediments and maintain student engagement during lengthy theoretical and practical instruction sessions.

What are the key technical selection criteria for EducationChair systems?

Technical selection for EducationChair systems centers on height adjustment range, weight capacity, and seat design ergonomics tailored to educational environments. The Mey Chair Sattelhocker Assistent Allro models feature pneumatic height adjustment typically ranging from 580-780mm to accommodate diverse user anthropometrics from adolescent to adult populations. Load capacity specifications generally support up to 120kg for standard educational use, while saddle seat geometry maintains hip angles between 135-150 degrees to promote active posture during learning activities. Material durability ratings must withstand intensive daily use cycles typical in educational facilities, with polyurethane upholstery providing chemical resistance and easy maintenance protocols essential for institutional applications.

Which standards and certifications apply to EducationChair installations?

EducationChair systems must comply with EN 1335 standard for office work chairs, which establishes safety, durability, and stability requirements for educational seating applications. The chairs typically meet DIN 4543 ergonomic guidelines for educational furniture, ensuring appropriate dimensional relationships between seating height and work surface compatibility. Fire safety compliance follows EN 1021-1 and EN 1021-2 standards for upholstery flame resistance in public buildings, while material emissions must satisfy EN 717-1 formaldehyde limits for indoor air quality in educational environments. Additional compliance with BIFMA X5.1 durability testing ensures chairs withstand the intensive usage patterns characteristic of educational institutions, including repeated height adjustments and extended daily operation cycles.

What are the differences between Mey Chair Sattelhocker Assistent Allro variants?

The Mey Chair Sattelhocker Assistent Allro series differentiates primarily through base configuration, upholstery materials, and specialized ergonomic features across model numbers 09701 through 09729. Base variants include standard five-star castors for mobile applications, glide configurations for fixed positioning, and specialized ESD-dissipative versions for electronics laboratories requiring static discharge protection. Upholstery options span from basic polyurethane for standard classroom use to conductive fabrics meeting IEC 61340-5-1 ESD standards for technical training environments. Seat height ranges vary between models, with standard versions offering 580-780mm adjustment while specialized laboratory variants may provide extended ranges up to 850mm for standing-height workstation compatibility in technical education settings.

What are the installation requirements and system compatibility for EducationChair systems?

EducationChair installation requires floor clearance radius of 750mm minimum for safe operation of pneumatic height adjustment and swivel mechanisms during educational activities. The chairs integrate with standard educational furniture systems following DIN ISO 5970 dimensional coordination, ensuring compatibility with desk heights ranging from 720-780mm for optimal ergonomic relationships. Base configurations accommodate both hard flooring with standard castors and carpeted surfaces with soft-wheel options, while ESD variants require conductive flooring systems maintaining resistance values between 10⁴-10⁶ ohms per IEC 61340-4-1 standards. Assembly typically requires basic hand tools with manufacturer-provided hardware, and chairs must maintain 600mm minimum spacing between units to allow unrestricted movement during classroom reconfiguration activities.

What safety ratings and operating parameters apply to EducationChair systems?

EducationChair systems achieve Class 4 durability rating per EN 1335-2 standard, supporting 8-hour daily usage cycles with 120kg maximum user weight capacity for educational environments. Operating temperature range spans 5°C to 40°C for standard polyurethane models, while specialized laboratory variants maintain functionality from 0°C to 50°C to accommodate diverse educational facility conditions. Gas cylinder pressure systems operate at 1.5-2.0 bar nominal pressure with integrated safety mechanisms preventing rapid descent or unexpected height changes during student use. Conductive ESD variants maintain surface resistance between 10⁵-10⁶ ohms per IEC 61340-5-1 requirements, ensuring proper electrostatic discharge protection in electronics training laboratories while maintaining user safety through isolated conductive pathways that prevent electrical shock hazards.

What maintenance schedule and service life expectations apply to EducationChair systems?

EducationChair maintenance requires quarterly inspection of gas cylinder operation, castor wheel rotation, and seat mechanism adjustment smoothness to maintain optimal performance in educational environments. Annual safety inspections per EN 1335 standards include load testing of the pneumatic cylinder, stability verification of the base assembly, and upholstery integrity assessment for tear or wear damage that could compromise user safety. Service life expectancy ranges from 8-12 years under standard educational use patterns, with gas cylinder replacement typically required after 5-7 years of intensive daily operation cycles. Preventive maintenance includes monthly cleaning with pH-neutral cleaners for polyurethane surfaces, lubrication of height adjustment mechanisms every six months, and immediate replacement of worn castors to prevent floor damage and maintain mobility functions essential for dynamic classroom configurations.