Engineering
Cover Optimering
V236 Cover Design - Composite
Advantis udførte med et til opgaven sammensat team en gennemgribende optimering og re-design af Nacelle cover på Vestas V236
Opgaven bestod i at optimere alle fiber parts således både produktionen og samlingen kunne optimeres
Vores Team i Danmark arbejde sammen end et team i Kina samt Vestas både i Indien og Portugal
Arbejdet blev udført i Creo i en periode på ca. 9 måneder
Rør & Filter System
Rør & Vandfilter anlæg til Lithium harvest
Advantis designede dette anlæg i tæt samarbejde med kunden som ønskede et anlæg det kunne udvinde lithium i forbindelse med olieboring.
Opgaven indeholdte design af både rørsystemer, filterløsninger, ventiler samt pumper og styringsbokse. Under hele processen var der løbende dialog og review møder med kunden således vi kunne opnår det korrekte resultat.
Opgaven var Advantis første opgave indenfor processanlæg .
Arbejdet blev udført i Solidworks over en periode på ca. 3 måneder
Konstruktions optimering
Bæredygtighed i form af Plastopsamling
Advantis arbejdede på produktmodning og strukturelle beregninger af opsamlingsarmen til SeaProtectorOne – en løsning designet til at opsamle plastaffald i vandmiljøer.
Kunden ønskede blandt andet en længere arm for at kunne dække bredere vandløb og floder. SeaProtectorOne er allerede installeret som prototype ved DOKK1 i Aarhus, hvor den dagligt opsamler plastaffald fra åen.
Arbejdet blev udført i blandt andet Inventor over en periode på cirka seks måneder.
Koncept Design
Koncept design af allerede eksisterende produkt
Advantis blev tildelt opgaven med at udvikle to koncepter for et mere tidssvarende og moderne design af et eksisterende produkt.
Løsningen tog udgangspunkt i at bevare alle eksisterende tilslutninger og funktioner, samtidig med at der blev skabt et nyt ydre design, som også medførte en vægtoptimering.
Arbejdet blev udført i Inventor over en periode på cirka to uger, og kunden modtog to designforslag, der kunne danne grundlag for det videre udviklingsarbejde.
Koncept Design
Koncept Design af nyt bæredygtigt produkt
Advantis udviklede et koncept til en container, der kunne opsplitte og komprimere flamingo – en løsning, der var ny på markedet.
Baggrunden for opgaven var blandt andet, at genbrugsstationen i Albertslund årligt sendte omkring 70 lastbiler afsted med kun ca. 160 kg flamingo i hver. Med det nye koncept kunne transportbehovet reduceres til én lastbil med op til 6 ton, hvilket markant nedbringer CO₂-udledningen.
Designarbejdet blev udført i Inventor over en periode på cirka fire uger.
Produkt Design og 3D Scanning
3D scanning - Produkt tolerancer
Advantis har for flere kunder udført 3D-scanning af produkter for at sikre overholdelse af tolerancer på det færdige produkt.
Opgaven bestod i at sammenligne det fysisk producerede emne med den digitale 3D-model ved hjælp af præcis 3D-scanning. Formålet var at identificere eventuelle afvigelser større end ±0,5 mm.
Denne proces er en vigtig del af kvalitetskontrollen og dokumentationen, hvor scanningsdata visualiseres direkte oven på 3D-modellen som bevis for produktets nøjagtighed.
Engineering
Cover Optimization
[cs_element_headline _id=”10″]Using a team specifically assembled for the task, Advantis performed a comprehensive optimization and redesign of the nacelle cover on the Vestas V236.
The task consisted of optimizing all fiber parts to improve both production and assembly.
Our team in Denmark worked with a team in China, as well as Vestas in both India and Portugal.
The work was done in Creo for a period of approximately 9 months
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Pipe & Filter System
[cs_element_headline _id=”19″]Advantis designed this plant in close collaboration with the customer who wanted a plant that could extract lithium in connection with oil drilling.
The assignment included the design of piping systems, filter solutions, valves, pumps and control boxes. Throughout the process, there was ongoing dialog and review meetings with the customer so that we could achieve the correct result.
The project was Advantis’ first assignment within process plants.
The work was done in Solidworks over a period of approximately 3 months
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Design optimization
[cs_element_headline _id=”28″]Advantis worked on product maturation and structural calculations of the collection arm for SeaProtectorOne – a solution designed to collect plastic waste in aquatic environments.
Among other things, the customer wanted a longer arm to cover wider streams and rivers. SeaProtectorOne is already installed as a prototype at DOKK1 in Aarhus, where it collects plastic waste from the river daily.
The work was carried out in Inventor and other tools over a period of approximately six months.
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Concept Design
[cs_element_headline _id=”36″]Advantis was awarded the task of developing two concepts for a more contemporary and modern design of an existing product.
The solution was based on retaining all existing connections and functions while creating a new exterior design that also resulted in weight optimization.
The work was carried out in Inventor over a period of approximately two weeks and the customer received two design proposals that could form the basis for further development work.
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Concept Design
[cs_element_headline _id=”45″]Advantis developed a concept for a container that could split and compress polystyrene – a solution that was new to the market.
One of the reasons for the assignment was that the recycling center in Albertslund annually sent around 70 trucks with only about 160 kg of polystyrene in each. With the new concept, the transport requirement could be reduced to one truck by up to 6 tons, which significantly reduces CO₂ emissions.
The design work was done in Inventor over a period of approximately four weeks.
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Product Design and 3D Scanning
[cs_element_headline _id=”52″]Advantis has performed 3D scanning of products for several customers to ensure compliance with tolerances on the finished product.
The task was to compare the physically produced part with the digital 3D model using precise 3D scanning. The aim was to identify any deviations greater than ±0.5 mm.
This process is an important part of quality control and documentation, where scan data is visualized directly on top of the 3D model as proof of product accuracy.
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