twitter Facebook Linkedin acp contact us

Four Honeywell safety products win iF design awards for innovation and user design

Events

BW Clip 4 application image

Honeywell have announced that four of its safety products have won 2017 iF Design Awards in recognition of their outstanding innovation and user-focused design

 

The Winning products from Honeywell Industrial Safety are:

BW Clip4 – a portable multi-gas detector for workers in extreme environments; designed to be low-maintenance and work continuously for up to two years; features a simplified user interface.

Sensepoint XCL – available in April, a smart gas detector that monitors for hazardous gases; designed for a broad range of commercial facilities, which can be set up, maintained and managed with a smartphone and downloadable app. 

Sensepoint XRL – available in May, offers the same functionality and ease-of-use as the XCL but features a more rugged design for use in industrial facilities.

Mad Air  Respirator – available in June in China, this smart electronic dust mask has a sensor and active air supply fan to adjust air volume to a user’s breathing pattern.

An independent jury of 58 design experts selected Honeywell Industrial Safety’s BW Clip4 portable gas detector, the Sensepoint XCL and XRL fixed gas detectors and the Honeywell Mad Air respirator for 2017 product design awards as part of the International Forum (iF) Design competition.

The Honeywell products, from among a field of more than 5,500 entries from 59 countries, won based on their innovation, usability, ergonomic design and design quality, as well as aesthetic and emotional appeal.

“Developing innovative new products has long been Honeywell’s strength, but these prestigious awards show that our product design is also world-class,” said John Montigny, president, Honeywell Industrial Safety, a global leader in safety technology and personal protective equipment. “These products help address real-world safety issues faced by customers, whether in a commercial, industrial or consumer setting.”