02 February 2016
02 February 2016
Bauer Hockey has introduced its latest stick, the SUPREME 1S which is reinforced by TeXtreme, TeXtreme carbon fibre fabrics help reduce the weight while, at the same time, increase the durability and strength of the stick.
Bauer Hockey uses the TeXtreme Technology in all of the three of its product families; SUPREME, VAPOR and NEXUS, to reduce weight, improve the mechanical performance and for the superior surface smoothness, which reduces the need for finishing drastically compared to other carbon fibre materials. “Through our partnership with TeXtreme we are able to incorporate a high performance material into our elite products in a way that helps us deliver to our consumers the premium products they expect from BAUER,” said Craig Desjardins, GM Hockey for Bauer Hockey.
“TeXtreme helps us maximise playability and integrate innovative designs and features we develop,” Craig continued. In addition to TeXtreme, another feature of the stick is eLASTech Technology which reinforces the TeXtreme carbon fibres with micro nanotubes, helping to prevent cracks from slashes growing as well as extending the pop life of the stick. Also making its return from the 1S predecessor, the MX3, is the Power Sense Core 2 blade which integrates SENSE layer materials with the TeXtreme carbon fibre to create a well-balanced and lightweight blade while maintaining key dampening attributes.
Oxeon explains that the SUPREME 1S features a new design in order to offer a powerful shot. The stick features a higher kick point in order to allow more energy to transfer.
Bauer Hockey is the market leading brand within ice hockey and Oxeon claims that more than 400 NHL players use BAUER sticks reinforced by its TeXtreme.
Photo provided by Bauer Hockey
On 5 June 2018 at 11:00 am EST (5:00 pm CEST), Matthias Lange, Product Manager at LAP, will deliver a free webinar on the topic of Camera-Assisted Laser Projection for Acceleration of Manual Composite Lay-Up, which will give practical and technical insights into camera-assisted laser projection.