Moiré : Silvester's Solo

日期
01/10/2021 (全日) - 28/10/2021 (全日)
地址
Yrellag Gallery
中環太子臺13A地下

When a set of lines or dots is superimposed on another set of lines or dots, a third, false pattern emerges in the form of “moiré pattern”. A similar visual perception can also occur when one looks close to the layer lines on 3D printed ceramics objects. Loose screws of the printer or slight difference in the clay consistencies, are the factors that caused changes in the layer width and height, producing unique objects. And these finest details suggest how the objects are made and hint the characteristics of clay.
望微,⾳取⾃「Moiré」 ,⼀種由線條交錯形成的紋理。在陶器上,⼀層層的線條暗示了陶器如何被打印出,透過觀察其細
節,線條粗幼不⼀,為每件陶器飾上獨特的紋理。打印機的不穩定、泥⼟的乾濕度等因素對陶器的影響,在⾼溫燒製後被記
下。

< Moiré >
Silvester Mok Solo Exhibition @mhcclay
Exhibition Period | 2-28 Oct 2021, 1-8pm (Tue-Sun)
Opening | 9 Oct 2021 (Sat), 5-8pm
Venue | Yrellag Gallery
Address | G/F 13A Prince’s Terrace, Central, Hong Kong (Mid-levels escalator: get off once past Caine Road. From Soho, 5 minutes walk uphill.)

Enquiries | +852 66296454 (Grace Lam)

Silvester Mok works mainly with 3D printed ceramics using a self-assembled printer. After graduating from Hong Kong Art
School, he has combined two favorite media as his way of making, including 3D modeling and ceramics. Compared to pot
pinching, machine has dominated the ceramics forming process in 3D printing. Clay was forced to squeeze out from the nozzle at a
precise coordinate, creating clay objects in a digital way. And Mok explores the new role of ceramist in this digital process. The
precision and accuracy of the machine make a huge contrast with clay, a material that easily deforms over weight and water content.
Printed form collapses and rests on a balanced profile that can hold its weight, and the new silhouette is captured by fire
permanently.

莫鎧靖畢業於香港藝術學院,主修陶瓷,過往曾以3D繪圖創作,遇⾒陶泥後以3D打印機作為主要創作⼯具,製作陶瓷物
件。3D打印與⼿捏陶相比,⼈⼿被機器取代,噴嘴按照圖樣把陶⼟擠出,形成陶器,莫於此過程中探索陶匠的新⾓⾊。精
密的機器,與陶⼟形成有趣的互動,泥⼟的乾濕度、砂粒、以⾄燒製都會令作品出現不同程度的變形,本來⼯整的形狀,因
為重量等因素塌下,靜⽌於平衡的狀態,⽽⾼溫把這種狀態永久記錄下來,成為電腦未能預測的結果。

查詢
相關主題