The handboard model itself is not mass-produced. Generally, only a few or dozens of products can be produced at a time. If we want to reproduce, we need to open the mold. The handboard model is mainly to inspect the external performance of the product, so that the manufacturer can understand the feasibility of the product and avoid the huge cost of directly opening the mold. So the handboard model is not many, Here are some plans for making handboards:

CNC手板模型制作

CNC handboard model making

CNC手板模型綜合計(jì)算機(jī)輔助設(shè)計(jì)（CAD）、計(jì)算機(jī)輔助制造(CAM)、計(jì)算機(jī)數(shù)字控制（CNC）等技術(shù)，把計(jì)算機(jī)上構(gòu)成的三維模型由整塊材料在CNC數(shù)控加工上雕銑而成，再配合精湛的手工處理，因此近代工業(yè)稱之為CNC手板模型。

CNC handboard model integrates advanced technologies such as CAD, cam and CNC. The three-dimensional model made up of computer is carved and milled by a whole piece of material in CNC machining center, and then matched with exquisite manual processing. Therefore, modern industry is called CNC handboard model.

快速成型

Rapid prototyping

SLA（StereolithogrphyApparatus）工藝也稱光造型或激光固化快速成型，由CharlesHul于1984年獲美國。1988年美國3DSystem公司推出商品化樣機(jī)SLA-I，這是世界上臺(tái)快速成型機(jī)。SLA各型成型機(jī)機(jī)占據(jù)著RP設(shè)備市場(chǎng)的較大份額。

SLA (stereolithography apparatus) process, also known as light modeling or laser curing rapid prototyping, was patented by Charles hul in 1984 in the United States. In 1988, 3dsystem company of the United States launched SLA-I, the first rapid prototyping machine in the world. SLA molding machines occupy a large share of RP equipment market.

真空注型（硅膠復(fù)模、翻模）

Vacuum injection (silica gel mold, turn over mold)

真空注型，又稱真空復(fù)模，即在真空條件下利用原型直接復(fù)制出產(chǎn)品。設(shè)計(jì)完善后的產(chǎn)品可通過各種加工方法如CNC、SLA等先得到原型，再通過原型復(fù)制得到產(chǎn)品。復(fù)制出來的產(chǎn)品精度高、強(qiáng)度好，為一完整整體，完全滿足設(shè)計(jì)需求的各種功能。適用于小批量的功能型零件的試制，減少直接開鋼模的成本和風(fēng)險(xiǎn)。

Vacuum injection molding, also known as vacuum re molding, is to use the prototype to directly copy the product under vacuum conditions. After the design is completed, the product can get the prototype first through various processing methods such as CNC, SLA, and then get the product through the prototype replication. The copied products have high precision and high strength, and are a complete whole, which fully meet the design requirements of various functions. It is suitable for trial production of small batch of functional parts and reduces the cost and risk of directly opening the steel mould.