Liquid Glass Into PC3D Printing Supplies

信息来源于:互联网 发布于:2021-08-24

High-Precision Glass Construction Can Also Be 3D Print? British Scientists Use The Specification Of ABS3D Printing Materials Technology To Create Ultra-Complex, High-Precision And High-Quality Glass Shape, Such As Tiny Twist Biscuits Or Castles, The British "Nature" Magazine Published A Scientific Research Report On The 18th, The This Means That The Use Of ABS3D Printing Material Technology Today Has Been Able To Manufacture A High Optical Performance Of The Structure, Can Be Applied To A Large Number Of Complex Design Of The Lens And Filter.
Glass Is A Super-Long History, But Still Has A Large Number Of Applicable Properties, Including Electrical Insulation, Thermal Insulation And Comparable Optical Transparency. However, It Is Not Easy To Manufacture Custom Constructions, Especially The Use Of High Purity Glass (Such As Fused Silica Glass), And Because Of The Higher Processing Temperatures Required, Some Also Participate In Hazardous Chemicals.
The ABS3D Print Material Technology In The Past Few Years, The Cost Is Getting Lower And Lower, The Scope Of Applicable 3D Printing Supplies Are Also Greater. However, If You Want To Use The Standard 3D Printing Technology To Create High-Quality, Can Be Applied To Fine Optical Equipment, Glass Structure, Is Still A Big Problem.
This Time, The German Karlsruhe Institute Of Technology Researcher Bastin La Raised His Colleagues, Creating A New Technology To Restrain This Problem, They Are In The Specification Of ABS3D Print Materials Can Be Used In The Activities Of Quartz Nano Composite Data Known As "Liquid Glass") To Create A Complex Shape, And Then After Thermal Processing To Form A High Optical Properties Of The Fused Silica Glass Structure. These Structures Are Both Lubricated And Transparent, And The Detail Features Can Be As Small As Several Tens Of Microns.
The Technology Is Not Just To Provide Exquisite Handicrafts, But Also To Create A High Degree Of Transparency And Reflectivity Of The Appearance, Used In A Large Number Of Optical Equipment.