Muc-Off launch ‘Anti Bac Fight Back’ project
Muc-Off has added to their recent efforts of assisting with the shortage of plastic bottles for hand sanitiser by launching their new ‘Anti Bac Fight Back’ project. The new program from the UK based company sees them take three different approaches to the situation. Support front line workers, protecting people and global support.
Adding to their previous efforts Muc-Off is now providing ITU nurses with anti-bacterial moisturising creams to help with the soreness creating by wearing face masks during their shifts. The aim is to donate 100,000 products to front line health workers.
They have also released a new range of anti-bacterial sanitisers and gels for everyone which will see 10% of profits from the products go to the World Health Organisation’s COVID-19 Solidarity Response Fund. Finally, they have also started using their R&D team’s 3D printer to produce PPE faceguards for local hospitals.
You can find out more here.
Oakley Donate 20000+ units of protective eyewear to Healthcare Workers while also developing protective shield for front line health workers.
Oakley has announced on social media that they have so far donated over 20000 units of protective eyewear that will be sent across America and Europe. In addition to their sizeable donation, the company have also put their R&D and Manufacturing teams to work on a protective shield that they hope to mass produce for first responders and front line medical staff.
Santa Cruz Bicycles’ R&D Team Uses CNC Machinery to Produce Face Shields for Local Medical Staff
Although Santa Cruz, California is in a shelter-in-place like most of the world, Santa Cruz Bicycles’ R&D team is at work producing face shields (PPE) for local medical staff using sheets of plastic cut using their CNC machinery typically used for cutting carbon fiber as well as 3D printers used for prototyping.
The equipment is able to make up to 20 face shield lenses every 9 minutes, yielding ~1000 shields per day. Ten days were spent evaluating designs, developing multiple prototypes and getting feedback from local healthcare professionals to ensure the end product suited their needs. 3D printers are used to make