Eren DonertasによるAselsan Hlm 人工心肺装置は、医療機器・医療設備デザインコンペティションカテゴリーにおける非常に権威ある2023 A' Design Award 金賞の優れた受賞作品です。

金医療製品· 2023

Aselsan Hlm 人工心肺装置

デザイナー： Eren Donertas

クライアント: Aselsan

医療製品カテゴリーのA' Design Award 金賞受賞者

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A' Design Awardで見るプレスリリース受賞バッジ

カラー

デザイン

Aselsan Hlm 人工心肺装置について

モジュール式人工心肺装置は、ユーザーがそれぞれの開胸手術のニーズに合わせた構成を作成できるように設計されています。各手術に特有のカスタム設計のレイアウトを利用することで、デバイスの部品は血液の溶血の大幅な減少に貢献し、術後の治癒プロセスの成功率を高めます。この設計は、ユーザーの身体的および精神的負荷を軽減し、操作中のパフォーマンスを向上させることを目的としています。このデバイスは、明確な情報を提供し、重要なインタラクションをより身近なものにすることでこれを実現します。

受賞

A' Design Award 金賞について

Aselsan Hlm 人工心肺装置は、まさに素晴らしく傑出した第一級のデザインに授与される、計り知れないほど権威ある評価である A' Design Award 金賞の受賞作品です。金賞の受賞作品は、きわめて革新的で、先見性に富み、きらびやかに輝く創造物であり、デザイナーの天才性、叡智、卓越した技量を映し出しています。Aselsan Hlm 人工心肺装置は、最も称賛される、流行を牽引する記念碑的な発明であり、前例のない価値をもたらすことが期待されます。この A' Design Award 金賞を受賞したデザインは、壮観で尊敬されるプロジェクトであり、芸術・科学・デザイン・技術の境界に大きく寄与し、それを前進させます。Aselsan Hlm 人工心肺装置は、強い欲求を生み出し、情熱を呼び覚まし、創造性を促し、私たちを引きつけます。

デザインの裏側

プレスキット

デザイナーが提供するクレジット、チームメンバー、技術的な詳細。

独自の特性: The device allows perfusionists (users) to easily create the configurations accordingly to the differing and momentary requirements of each open-heart surgery. The optimized arrangement of components connected to the device decreases the hemolysis of blood, which increases the success rate of the postoperative recovery process.
The usability features of the device reduce the physical and cognitive load of perfusionists, which helps them to take proper actions in time.
寸法とパッケージ: The device can be used in very crowded operating theaters. Therefore, the dimensions of the device are kept as small as possible to enable surgeons, nurses, and perfusionists to work comfortably and let the device get closer to the patient's bed. Dimensions are 950 x 410 x 1200 mm
タグ: Medical, HLM, Modularity, Cardiopulmonary
製造技術: The product consists of chemical and Uv resistant materials to enable users to clean the device easily. Large parts of the product are designed using steel material for easy cleaning, virus resistance, and long-lasting, sustainable use. Large volumes are created by bending the steel sheet material. Pump units have a plastic shell to make them easy to carry. All of the mechanical parts in the pump unit are produced by Cnc machining. Supplying the parts locally ensures the device is sustainable.
デザインの課題: Operating theaters (usage environment of the device) are places that are unknown to designers and difficult to empathize with. Also, the user group has its distinctive terminology and traditions.
To understand the actual use, needs, and expectations of perfusionists in detail during the design process, long-term open-heart surgeries have participated. This was one of the most challenging point of the design process. The conservative usage tendency of users was another challenging issue.
リサーチ: User Research, Literature, Research Through Design:
-To examine the problems in usage, to meet with user group, to understand user group's needs and expectations, 5 expert interviews, literature review, a survey with 27 attendees, 12 in-depth interviews, and 8 in-situ observations are done. Insights were that keeping the device as small as possible, reducing the areas that users need to control, bringing the interactions closer, enabling easy configuration for each surgery are critical in usage.
インスピレーション: With the noisy, chaotic operation room environment, high workload, and stress, perfusionists can make errors while using the heart-lung machines during open-heart surgeries, which can create dramatic damage to patients. The design aims to reduce the cognitive and physical load on the perfusionists to enhance their performance during long-running open-heart surgeries.
プロジェクト期間: The project started in July 2020 and finished July 2022 in Ankara, Turkey. The applications for intellectual property rights were made in August 2022.
オペレーションフロー: Perfusionists can use the main screen to configure all settings. Then, they can detach/attach the pump units wherever they need. After these, users can perform most of the required actions only by using a pump unit's touch screen and knob. It allows perfusionists to bring important information provided by screens, reservoir, and vital tubing lines together in a reachable and visible area. This reduces the movements of perfusionists, resulting in a decrease in physical and cognitive load.