Buying powder Chepelare

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Buying powder Chepelare

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Euro pallet in Chepelare

Buying powder Chepelare

But not for Atomic. The biggest skiing company in the world boasts equipment made in Austria. Cradled between the Alps in a town of 4, people sits the global headquarters of the biggest skiing company in the world. Simply put, one ski consists of a base, steel edges, wood core, reinforcement materials, ski tip, sidewalls, top sheet, and badges. But what really goes into a pair? Depending on the model, 30 to 40 different steps—and plenty of craftsmanship. We visited the Altenmarkt factory to learn more. We begin our tour by stacks of laminated hardwood — strong and long-lasting material that goes in the core of high-performance Atomic skis. This by-product is then recycled into chipboard, used for furniture making, for example. By recycling sawdust from its skis into chipboard, Atomic saves Burning sawdust for energy would have an even higher environmental footprint. Further down the pre-production line we witness the seamless collaboration of robots and humans, one of the few automated parts of the process. Before the CNC stations, two wood wedges are glued together and precisely cut into the shape of a ski. We see skilled workers shave and grind the wood and add reinforcement. The reinforcement of the core is one of the most sensitive parts of the process. Humidity and grease are detrimental for ground aluminum. Other typical reinforcement materials include fiberglass and steel. Ski presses run on exceptionally high heat, sourced from an adjoining power plant. In addition to delivering heat for ski pressing, the power plant keeps the locals warm. Excess heat goes back to the plant, which gets pumped to local households and a spa as district heating. Renewable local wood chip heating, LED lighting, heat recovery systems, and waste material recovery capability make the factory the standard-bearer for lower-impact ski production. We arrive at the assembly station where each ski is assembled by hand. We watch one veteran employee, Yenner, clean the mold to get rid of glue and residue. First the base, then fiberglass, followed by steel edges, titanal, rubber along the edges, and a layer of fiberglass again. Then comes the wooden core. Some more rubber, fiberglass, titanal, and fiberglass. And finally, a top sheet with a QR code with information on who assembled the ski and when. The team has carried out detailed life-cycle assessments LCAs across a range of skis and boots. The goal is simple: to conduct an LCA every time a product comes up for renewal in its lifecycle. This will allow Atomic to have a baseline emissions figure, and an opportunity to reduce it through innovative design. We watch Zurafet and her colleagues place badges on each ski. In the printing room, air quality is constantly monitored. Ronny says the laws in Austria are strict, and expectations high, which helps to guarantee healthy and safe working conditions. To make the skis unique, the factory has digital, sublimation, and screen printing machines, each used for different purposes, and different top sheet and base materials. Final grinding is only the second — and last — automated part of the process. At the quality control station, an expert with an eye for detail carefully checks each ski and manually bends it to the point of perfection, matching two identical skis together. To get them ready for logistics, skis need a shrink foil cover. With climate change presenting a clear and urgent threat for the winter sports industry, Atomic is committed to being part of the solution. The team together with the Amer Sports group are taking a range of steps to reduce impact and operate more sustainably. A core made of wood We begin our tour by stacks of laminated hardwood — strong and long-lasting material that goes in the core of high-performance Atomic skis. Appropriate storage is important for high-quality wood, Herbert Buchsteiner knows. Cutting, grinding, and pressing Further down the pre-production line we witness the seamless collaboration of robots and humans, one of the few automated parts of the process. Ronald Schwarzenbrunner explains what goes inside a ski. The heat is on — thanks to the next-door power plant Ski presses run on exceptionally high heat, sourced from an adjoining power plant. Download and read the full Atomic Impact Statement Yenner assembles skis a day. Our sustainability approach The wellbeing of people and the planet are at the heart of our business. We want to be a positive force in the world and build a sustainability culture that will encourage all of us to think bigger, go further, and be better. Read more. October 18, Amer Sports commits to innovation and will appeal Norwegian court ruling. October 16, Key takeaways from the United Nations General Assembly. October 03, Read more news.

Buying powder Chepelare