Design

“Rapid Prototyping,” the original form of 3D printing, is a process that provides a more expedient, cost-efficient, and faster product development for companies with great ideas.

Its advantages including high level of customization and accuracy make it the best tool for the earliest stage of design & prototyping in various industries, such as consumer product design, jewelry design, fashion design, etc.
Customization. The ability to personalize products according to individual needs and requirements.
Complexity. Products that are designed in digital format possess the complexity that cannot be easily done physically.
Tool-Less. Minimum hardware setup can supplant costly, timely and labour-intensive procedures in typical product development.
3D printed prototypes are often used as conceptual models and may even be capable for functional testing. When subsequent modification is necessary, 3D drawing software can save a lot of valuable time. Even more time and money is saved when modified prototypes are printed in your own office. In addition, printed prototypes can achieve the physical texture of a finished product which is definitely convenient for product design.
3D printed accessories such as shoes, headpieces, hats, bags and fitting parts on clothing have recently been presented in many international fashion shows.

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CAD Software

Computer-Aided Design (CAD) Drawing,3D modelling program, 3D design software – allows user to draw, create, modify, and analyze a 3D model design and export drawn file as STL format that is readable by Slicer & Control Software for further procedures. Many freeware and payware 3D design software can be found online.

  • WORKSHOP

    During our workshops, Well Link professionals introduce participants to 3D printing technology and demonstrate the processes of 3D drawing & printing. The goal of the workshop is to raise students’ interest in 3D printing through different activities and interactive tasks.

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  • TRAINING COURSE

    By learning different computer software, students will practice and improve their 3D drawing, modelling, and printing skills. Our courses can also be customized and designed for students from different levels and age groups. The purpose of this course is to gradually establish the students’ 3D drawing and printing knowledge so they can use the newly acquired skills to animate their wildest ideas.

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  • TAILOR-MADE PROGRAM

    Our courses can be personalized as required by the school or client to create a program that best fit the participants’ level. Extra contents can be added to help them succeed in drawing, modelling and building specified 3D model such as project-based models (school building models) or special theme model (festival novelties).

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  • COOPERATION PROJECTS

    In order to promote the crossover between 3D printing technology and different design businesses, Well Link works with private clubhouses, institutions, individual designers (product designers, fashion designers, accessories designers) by providing 3D design, modelling and printing services.

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Slicer Software

Slicer & Control Software, controls the digital procedure of model slicing, also allows the user to manipulate print settings such as temperature, infill strategies, speed and commands, and export the file to be readable by 3D printer. Many free and payware sliver software can be found online.

  • 3D PRINTER

    “Wexler” brand dual-extrusion 3D printer can print 2 colors and print with supportive structure. The heating build platform can enhance the accuracy of model forming.

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  • PRINTING MATERIALS - FILAMENTS

    “Wexler” PLA filament is a green plastic, which is biodegradable, compostable and recyclable. No peculiar smell during printing process and without toxic substance.

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  • ACCESSORIES

    Consumable materials used in the 3D printing process: blue tape, polyamide film, dissolving solution, etc.

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設計

3D打印的雛型是“快速成型工序”,為有不斷創新及追求產品質素的公司提供一個更方便, 便宜, 和快速的生產方法。

不論在產品上,珠寶,甚至時裝設計都能夠掌握這個技術的高精度及個人化的生產能力,從而令自己所設計的產品達到更高的品質及市場吸引力。因此,3D打印已經成為無數專業人士的恩物。
個人化設計因應用家的需要度身設計最適合的產品。
複雜精細 電腦上設計的物件擁有人手難以達到的精細度。
輕裝備 比起傳統生產方式,3D打印只需簡單的機械和設備,在過程中節省了不少金錢,時間,及勞動力。
3D打印出來的樣板可作為概念模型,甚至週用於功能測試。在有需要修改和重新生產時,3D打印機能夠方便地把修改過的模型在辦公室打印出來,為使用者節省大量時間和金錢。林林種種的材料更可以打印出與實物非常相似的質地,令功能測試更合符現實。
3D打印出來的衣服配件,鞋,頭飾,和帽已經在不同國際時裝展大放光芒。

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計算機輔助設計

計算機輔助設計,3D繪圖及設計軟件讓使用者可以繪畫,設計,修改,和分析3D檔案並輸出成切層軟件讀取的STL檔案以作進一步的處理。在網上可以找到不同免費和收費的3D繪圖及設計軟件。

  • WORKSHOP

    在我們的研習班內,Well Link的專業人員會向參加者介紹3D打印技術,並展示3D繪圖與印刷的過程。這個研習班的目的是要通過不同的活動和互動,提高參加者對3D打印的興趣。

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  • TRAINING COURSE

    練習不同的電腦軟件的同時,學生能夠訓練和提高自己的3D設計,繪圖和印刷技巧。我們的課程亦可以為不同年級和年齡的學生進行調整。本課程的目的是要逐步建立學生對3D繪圖和印刷的知識,讓他們可以利用新掌握的技能使最天馬行空的概念都成真。

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  • TAILOR-MADE PROGRAM

    我們的課程可以根據學校或客戶的需要設計至最適合學員的水平。校方可增加額外的內容到課程內幫助學員多加應用技巧於其他3D設計,如項目模型 (校舍模型) 或主題模型 (節日擺設) 。

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  • COOPERATION PROJECTS

    為了增加大眾對3D打印應用於各行各業的認知,Well Link與不同協會,學校,及個別設計師(產品設計,時裝設計,和飾物設計) 合作提供3D設計,繪圖,及打印服務。

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切層及處理軟件

切層及處理軟件能夠控制模型的切層處理,用戶更可以操控打印機的設定, 例如溫度, 填補, 速度和其他命令,並輸出3D打印機讀取的檔案。在網上可以找到不同免費和收費的切層軟件.

  • 3D PRINTER

    “Wexler” 的雙噴頭立體3D打印機能夠同時打印2種顏色及支撐物料。加上發熱的打印平台,進一步提高打印質素。

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  • PRINTING MATERIALS - FILAMENTS

    “Wexler” PLA 物料是一種能夠自然分解,不含毒素,無臭,以及可循環再 造的“綠色” 塑料。

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  • ACCESSORIES

    打印過程印需材料包括: 藍膠紙,聚酰胺膠片及溶液等等。

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