Dyson technology for education
Engineered to improve learning environments. From light levels to hygiene and air quality, every detail can affect students' well-being, ability to concentrate and overall study experience.
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Hygienic hand drying with low environment impact
Dyson Airblade™ hand dryers can improve cleanliness and hand hygiene. And have low energy consumption and running costs.

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Lighting
Efficient lighting for learning and studying spaces
The right light levels can aid task performance.1 Dyson lighting is engineered to support well-being and task performance, with custom-engineered optics and Heat pipe technology that protects light quality for up to 60 years.2
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Air treatment
Cleaner air for your students
Indoor air pollution can be up to 5X worse than outdoors.3 Air multiplier™ technology that purifies the air can enhance comfort and enable students to create their preferred learning conditions.
Case study
The University of Western Australia
The University campus underwent a significant $6 million refurbishment program, designed to improve the campus experience for students, staff and visitors.

Featured products
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Wash and dry your hands at the sink with Airblade™ technology.
• Dry time: 14 seconds
• Noise level: 80dB
• Rated power: 1,000W
• Dimensions: L 312 x W 303 mm -
Dyson Lightcycle™ desk light. Intelligently tracks local daylight. With light quality that lasts 60 years.
• Heat pipe technology maintains LED brightness for 60 years2
• Helps improve visual performance3
• 3 Axis Glide™ motion puts light precisely where you need it
• Bubble Optic lens displays colour very close to daylight
• Dimensions: H 703 x L 190 x W 702 mm -
Automatically purifies, heats and cools you
• Whole-room purifying fan heater
• Heats in winter, cools you in summer. Purifies all year round.
• Senses and displays real-time air quality
• Captures allergens, pollutants and gases4
• Dimensions: H 764 x L 248 x W 248 mm
Why choose Dyson for business
1 As per the Illuminating Engineering Society's (IES) The Lighting Handbook, Tenth Edition: Reference and Application, Publisher: Illuminating Engineering Society; 10 edition (July 30, 2011).
2 LED-life calculation is based on L70 measurement according to IEC 62717, with an estimation of 8 hours' usage per day. Real-life results may vary.
3 Hulin et al, Respiratory health and indoor air pollutants based on quantitative exposure assessments, European Respiratory Journal, Oct. 2012.
4 Tested for filtration efficiency at 0.1 microns (EN1822). Gaseous capture rates vary.