Shenzhen PioCreat 3D Technology Co., Ltd.



Powerful manufacturer of 3D printing equipment

  • UV-01 Thermostatic UV Curing Machine
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  • /uploads/20220525/00abd4a3f730c9fff318aa57bf0d9b7b.jpg
  • UV-01 Thermostatic UV Curing Machine
  • /uploads/20220525/00abd4a3f730c9fff318aa57bf0d9b7b.jpg
  • /uploads/20220525/00abd4a3f730c9fff318aa57bf0d9b7b.jpg
  • /uploads/20220525/00abd4a3f730c9fff318aa57bf0d9b7b.jpg
  • /uploads/20220525/00abd4a3f730c9fff318aa57bf0d9b7b.jpg
UV-01 Thermostatic UV Curing Machine
Thermostatic UV Curing MachineThermostatic UV Curing Machine D180×H120mm 
365nm,385nm,405nm UV light can be freely combined,It can be applied to a variety of resin materialsIt can be applied to a variety of resin materials to cure at the same time.Multi-band independent control can improveMulti-band independent control can improve the degree of post-curing.
Product Parameter
Cured Size
Machine Size
Package Size
Way to Control
Touch Control, LED Display
Rated Power
 Rated Voltage
Optional Curing Time
UV Lamp Wavelength
Max UV Lamp Power
  • Detail
  • Video
  • Application of dental 3D printer in dental field | Piocreat
    With the continuous progress of science and technology and the continuous development of the dental industry, many emerging technologies continue to enter the dental field, making the whole dental enter a new field of digital treatment. In fact, as early as more than 10 years ago, the dental industry began to use 3D printing technology to help dentists diagnose and treat and help patients shorten the course of treatment.At present, 3D printing technology has been applied to various suitable fields in dental medicine, such as printing dental molds, crowns, temporary teeth and so on. The 3D printing technology used is mainly light curing technology, such as DLP and LCD. These two light curing technologies are most widely used in the dental field. So, how do dentists or doctors use 3D printing technology to diagnose and treat patients? Let's talk about the applications of professional dental 3D printers in the dental field:  1. Manufacturing crownsAlthough our human teeth are one of t...
  • Application of jewelry 3D printer in jewelry industry | Piocreat
    At present, there are two technologies that define the production of the jewelry industry: handmade and lost wax casting. Both of these technologies require a lot of technical expertise and are very time-consuming, and may be costly due to errors in the production process.However, with the development of science and technology, digital design and 3D printing are ready to subvert the tradition with more advanced manufacturing processes. Complementing traditional processes with digital technology brings new possibilities for jewelers in design and production, and exciting new customization options for customers. In the traditional lost wax casting, jewelry designers manually carve the original pattern with wax, burn the wax mold in the mold, and then pour precious metals such as gold or silver into the mold cavity to make the casting. In order to achieve its final appearance, the designer polished and finished the casting to make it shine. Now, jewelers only need to create designs di...
  • Application of mold 3D printer in mold manufacturing industry | Piocreat
    In today's modern society with the continuous development of science and technology, no matter which industry's products, the demand for molds is highly dependent. Many parts in most products need to be manufactured by molding (injection, blow molding and silica gel) or casting (investment molding, sanding and spinning). Therefore, no matter what industry or application, manufacturing molds can not only improve efficiency and profit, but also ensure the quality of products.In the past, CNC machining was the mainstream technology for manufacturing molds. Although the manufactured molds can provide reliable and effective results, the practical application of this technology is very time-consuming and expensive, so many products also increase a lot of costs. Therefore, many mold manufacturing enterprises are looking for more effective, time-saving and cost-saving methods to replace CNC technology.At present, the most suitable method for mold manufacturing is additive manufacturing (i.e....