説明
Features
Elastic Deformation Ability: The first layer of this spring steel heating bed platform is spring steel material, which has the ability to elastically deform, even if it is bent, it will not warp, but will return to its original shape.
Strong Adhesion: The 3D Printer Resin Universal Platform Plate Magnetic Base provides strong magnetism to ensure a perfect fit with the steel plate. The adhesive has strong viscosity, good adhesion at low temperature, and is not easy to fall off after bonding with the platform.
Easy To Use: This 3D printer build plate is easy to assemble and operate. Just clean your build plate and let it dry, you need to attach the magnetic cover to the build plate and put the flex steel plate on it. You have to make a 2.5mm spacer. This needs to be placed under the arm that triggers the Z stop.
Ease Of Disassembly: Traditional DLP photo-curing printer platforms must be disassembled with tools such as scrapers, while this resin flex plate can be bent and disassembled, making it easier to remove the printed model from the resin build surface.
Easy To Take The Mold: This detachable magnetic spring steel heating bed platform is easy to take the mold, just gently bend the steel plate to take the mold easily, and the handle design is convenient for the mold taking surface.
Specification:
Item Type: Magnetic Spring Steel Plate
Platform Size: Approx. 202 x 128mm / 7.95 x 5.04in
Material: Spring steel surface, magnetic rubber plate, resin
Applicable Models: For SLA and DLP 3D printer
Steel Plate Thickness: Approx. 0.5mm / 0.02in
Magnetic Plate Thickness: Approx. 1.5mm / 0.06in
Package List:
1 x Spring Steel Surface
1 x Magnetic Rubber Sheet
Package List
1 x Spring Steel Surface
1 x Magnetic Rubber Sheet
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Fruugo ID:
383711676-825916586
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EAN:
9789622108394
製品安全情報
以下に概説するこの製品に固有の製品安全性情報を参照してください。
以下の情報は、この製品を販売する独立したサードパーティ小売業者によって提供されています。
製品安全ラベル
安全上の警告:
Please do not allow your child to handle this product alone to avoid swallowing or other injuries; adult supervision is recommended.
材料:
As shown in the figure