UpNano Launch NanoOne Green Enabling 3D Printing with Sub-100nm Resolution
The NanoOne green with 515 nm wavelength laser, delivers 30% higher resolution than traditional 2PP 3D printers, which operate at 780 nm
Sub-Micron Resolution 3D Printing – 2 Photon Polymerisation 2PP
If you are are looking to 3D print parts with sub-micron resolution 2 photon polymerisation 2PP is your ideal solution.
Additive Manufacturing – Metal 3D Printer Buyers Guide
When buying a metal 3D printer, look for a system that satisfies your performance requirements & offers versatility for future growth.
High Resolution 3D Printing on a Budget
Are you looking to go beyond the limits of filament printing or wanting to produce parts that look like they have been injection moulded?
Introduction to Computed Tomography
If you are new to computed tomography this webinar is a great starting point. The principles can be applied to almost any type of specimen.
Background Computations for Powder Analysis from Single Crystal Datasets
CrysAlisPro, used on all Rigaku Oxford Diffraction X-ray diffractometers allows the generation of powder diagrams from micro-powder and single-crystal datasets by applying simple frame accumulation and signal extraction from sum-up ...
BMF Launch the First Hybrid Micro-Precision 3D Printer Optimised for Speed and Resolution
The BMF microArch D1025 dual-resolution 3D printer delivers flexible, high-precision 3D printing of parts that require micron-level precision and repeatability.
Projection Micro Stereolithography PµSL – Taking 3D Printing to the Next Level
Projection micro stereolithography (PµSL) is an ultra-high resolution 3D printing method offering high-speed production, accuracy & precision.
New 3D-Printing Material and Fastest High Precision 3D Printer Create Human Body-Like Micro-Environment
Using a specifically formulated 3D-Printing material, researchers fabricated a first-of-its-kind 3D-printed micro-device for IVF applications
Distinguishing Chemical Changes in Polymers Using Enhanced Contrast & Spectral CT
Computed Tomography struggles to identify differences in polymers. The study shows how spectral CT overcomes this problem.