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{{short description|Modeling material which is mainly used by automotive design studios}} | ||
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{{More citations needed|date=February 2024}} | ||
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| ] | ] | ||
| '''Industrial plasticine''' is a modeling material which is mainly used by ] studios. It was developed as an industrial version of ] or hobby clay. | '''Industrial plasticine''' is a modeling material which is mainly used by ] studios.<ref name="ross"/> It was developed as an industrial version of ] or hobby clay. | ||
| Industrial plasticine is based on ] and typically contains ], which gives a characteristic smell to most artificial clays. The styled object can be used to create ]s. However, largely because sulfur interfered with some mould-making processes, especially if clay surfaces are unsealed surfaces and platinum-cure ] was used, sulfur-free variants are now available; these are usually much lighter than sulfur-containing clays. | Industrial plasticine is based on ] and typically contains ], which gives a characteristic smell to most artificial clays. The styled object can be used to create ]s. However, largely because sulfur interfered with some mould-making processes, especially if clay surfaces are unsealed surfaces and platinum-cure ] was used, sulfur-free variants are now available; these are usually much lighter than sulfur-containing clays.<ref name="hallgrimsson"/>{{Additional citation needed|date=February 2024|reason=the clause details about unsealed surfaces and RTV silicone in the last sentence is not supported by the first source.}} | ||
| ⚫ | If a negative mold is required, this data is sent to a ]. | ||
| Two Sulfur-free variants of industrial clay are made by USA Manufacturer, Van Aken International. | |||
| ⚫ | More recently, clay models are ] into a digital file using laser technology. This is then opened in ] software to be worked further. | ||
| ⚫ | If a negative mold is required, this data is sent to a milling machine. | ||
| ==Design studios== | ==Design studios== | ||
| Before a new car model is launched, a long period of creating the right design takes place. Even today, ] are not sufficient to evaluate a design. Therefore 1:4 and then 1:1 models are built to get an impression of the final car. These models are created in clay, and usually consist of a wooden or iron frame which is covered with ]. Clay is smoothed over the foam. Modellers then use various tools and slicks to finalize the shape of the car, since changes are readily possible. | Before a new car model is launched, a long period of creating the right design takes place. Even today, ] are not sufficient to evaluate a design. Therefore 1:4 and then 1:1 models are built to get an impression of the final car. These models are created in clay, and usually consist of a wooden or iron frame which is covered with ]. Clay is smoothed over the foam. Modellers then use various tools and slicks to finalize the shape of the car, since changes are readily possible. | ||
| ⚫ | More recently, clay models are ] into a digital file using laser technology. This is then opened in ] software to be worked further.<ref name="hallgrimsson"/> | ||
| ==Suppliers== | ==Suppliers== | ||
| There are |
There are three main producers of industrial plasticine operating worldwide: | ||
| * ] |
* ], of Germany, which is also known for ]. | ||
| * * BOMI is located in Shanghai and is known for its production of industrial clays. | |||
| * Chavant, which was founded by the French chemist Claude Chavant and is now located in ], USA. | * Chavant, which was founded by the French chemist Claude Chavant and is now located in ], USA. | ||
| *'''Van Aken International'''was founded and is based in USA, and produces sulfur-free Plastalina and Protolina (Commonly known as the Klean Klay replacement) | |||
| ==References== | ==References== | ||
| {{Reflist |
{{Reflist|refs= | ||
| <ref name="ross">{{cite book |last1=Knoll |first1=Wolfgang |last2=Hechinger |first2=Martin |title=Architectural Models: Construction Techniques |date=2007 |publisher=J. Ross |isbn=978-1-93-215996-7}}</ref> | |||
| <ref name="hallgrimsson">{{cite book |last1=Hallgrimsson |first1=Bjarki |title=Prototyping and Modelmaking for Product Design |date=6 March 2023 |publisher=Quercus Publishing |isbn=978-1-52-943203-9}}</ref> | |||
| }} | |||
| {{DEFAULTSORT:Plasticine, industrial}} | {{DEFAULTSORT:Plasticine, industrial}} | ||
| ] | ] | ||
| ] | |||
Latest revision as of 08:43, 15 September 2024
Modeling material which is mainly used by automotive design studios | This article needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. Find sources: "Industrial plasticine" – news · newspapers · books · scholar · JSTOR (February 2024) (Learn how and when to remove this message) |
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Industrial plasticine is a modeling material which is mainly used by automotive design studios. It was developed as an industrial version of Plasticine or hobby clay.
Industrial plasticine is based on wax and typically contains sulfur, which gives a characteristic smell to most artificial clays. The styled object can be used to create moulds. However, largely because sulfur interfered with some mould-making processes, especially if clay surfaces are unsealed surfaces and platinum-cure room-temperature–vulcanizing silicone was used, sulfur-free variants are now available; these are usually much lighter than sulfur-containing clays.
If a negative mold is required, this data is sent to a milling machine.
Design studios
Before a new car model is launched, a long period of creating the right design takes place. Even today, computer models are not sufficient to evaluate a design. Therefore 1:4 and then 1:1 models are built to get an impression of the final car. These models are created in clay, and usually consist of a wooden or iron frame which is covered with Styrofoam. Clay is smoothed over the foam. Modellers then use various tools and slicks to finalize the shape of the car, since changes are readily possible.
More recently, clay models are 3D scanned into a digital file using laser technology. This is then opened in computer-aided design software to be worked further.
Suppliers
There are three main producers of industrial plasticine operating worldwide:
- Staedtler, of Germany, which is also known for FIMO.
- * BOMI is located in Shanghai and is known for its production of industrial clays.
- Chavant, which was founded by the French chemist Claude Chavant and is now located in New Jersey, USA.
References
- Knoll, Wolfgang; Hechinger, Martin (2007). Architectural Models: Construction Techniques. J. Ross. ISBN 978-1-93-215996-7.
- ^ Hallgrimsson, Bjarki (6 March 2023). Prototyping and Modelmaking for Product Design. Quercus Publishing. ISBN 978-1-52-943203-9.