光固化成形

光固化成形系统激光束光斑的在线检测与位置补偿

Laser beam spot online inspection and position compensation in Stereolithography apparatus

用光斑补偿法改进光固化成形件精度的研究

Improvement of the accuracy of stereolithography parts by adaptive beam compensation method

基于遗传算法的光固化成形变形控制

Research on Control Method to Reduce Deformation in Stereolithography Using Genetic Algorithm

光固化成形材料可见光感光体系的研究光热敏微胶囊材料光固化影像密度特性研究

Study on the Photo-Solidified Image Density Property of the Photo-Heat Sensitive Microcapsule Material

原型件的变形是影响光固化成形精度的主要因素，制作参数的优化是减小变形的主要途径之一，但由于变形的影响因素复杂，变形机制尚不明确，所以这方面的研究进展缓慢。

Optimization of build parameters is the main way to reduce part deformation , which is the fatal factor to influence part accuracy in stereolithography .

基于PLC的光固化快速成形数控系统

Numerical control system of stereolithography apparatus based on PLC

提出一种以计算机辅助设计（CAD）和光固化快速成形为基础，精确设计和控制支架内部微观结构，实现支架外形与内部可控微结构一体化制造的方法。

An approach based on CAD and stereolithography rapid prototyping is proposed , which provides precise design and control of internal microstructure for scaffolds , achieves the integrated fabricated of external shape and internal microstructure of scaffolds .

针对光固化快速成形液位检测的精度要求，提出了一种基于光电位置传感器（PSD）的新型激光液位检测方法，该方法采用激光三角测量原理，非接触精密测量液位变化。

Aiming at the requirement of liquid-level measurement for stereolithography ( SL ), the paper put forward a new method of laser liquid-level measurement based on position sensitive detector ( PSD ), which could carry out non-contact precision measurement , using laser triangular surveying theory .

然而当前国内主要的工艺支撑生成算法的效率低下，特别是对形状复杂模型和大面片数的STL模型生成支撑时，将耗费大量的计算时间，制约了光固化快速成形系统的推广应用。

However , the current major domestic techniques of auto-support generation algorithms are inefficient , especially in generating supports for complex models and tremendous number of facets in STL models which waste lots of calculating time and result in the delay of promotion and application of stereolithography system .

可控微结构支架光固化快速成形间接构造方法

Stereolithography rapid prototyping indirect fabrication approach of scaffolds with controlled microstructure

光固化快速成形制造时间的影响因素分析

Analysis on the Influence Factors of the Stereolithography Fabrication Time

光固化快速成形技术中的外轮廓等距线填充算法研究

Research on the Algorithm of Equidistant Line Filling for SLA

高精度光固化快速成形机控制系统的设计及实现

Design and Realization of Control System of Precise Stereolithography Apparatus

光固化快速成形激光功率检测系统设计

Design of laser power measurement system on Stereolithography

立体光固化快速成形用光敏树脂

Curable Resin Used for Stereo Lithography Apparatus

光固化快速成形光敏树脂临界曝光量和透射深度的测试研究

Determination of the critical exposure and the penetration depth of the photosensitive resin for Stereolithography

光固化快速成形工艺中过固化深度的研究

Research on Over-cured Depth in Stereolithography Process

高精度光固化快速成形系统关键技术研究

Key Techniques of High Precision Stereolithography System

光固化快速成形自动支撑技术研究

Research on Auto-support in Stereolithography

面曝光快速成形技术是光固化快速成形技术重要的发展方向，与其它快速成形工艺相比，能获得更快的成形速度，并且使快速成形的设备结构和工艺更加简单化。

Mask Projection Stereolithography is an important direction of development of SLA . Compared with other rapid prototyping process , it has faster forming , more simplified structure and process equipment .

光固化快速成形是国内外应用最广泛的快速成形技术之一，在产品设计与评估、功能测试和快速制模等方面起到越来越重要的作用。

Stereolithography ( SL ) is the most widely used Rapid Prototyping technique all over the world , it plays an important role in the product design and evaluation , function test , and quick tooling , etc.

采用正交试验设计方法，取三角形迷宫流道灌水器的关键参数为因素，利用光固化快速成形技术制作出各参数组合的灌水器与外管一体化结构原型，并进行了灌水器水力性能的试验研究。

Stereolithography technology is adopted to fabricate the integral structure of emitters and outer pipes , and the experiments of emitter hydraulic performance are carried out with orthogonal design method , where the key parameters of triangle channel are distinguished .

光固化三维打印成形材料的研究与应用

Study on the Processing Materials of UV-curing Three-dimensional Printing

对数字化测量技术和快速成形技术进行了概述，并对研究中所采用的便携式三维照相测量仪、立体彩色打印快速成形机及光固化激光快速成形机从原理和技术参数上进行了介绍。

Digital measuring technique and Rapid Prototyping ( RP ) t ec hnique and portable 3D Photograph Meter , 3D Color Printer and Stereo-Lithograph y Apparatus in principles and technical parameters are introduced .

光固化三维打印快速成形关键技术研究

Research on the Key Techniques of UV-curing Three Dimensional Printing