About nano, micro, and macro 3D printing and additive manufacturing

Additive Manufacturing AM and 3D printing are already being used for the nano, micro, and macroscopic scale manufacturing of a broad range of 3D printed multifunctional photopolymer resins with high performing properties and high resolution and accuracy, for a diverse range of markets and applications, from sub-micron and nano to macro fabrication, including hobbyist "DIY, prototyping, modelling and product design, jewelry, dental, otoplastics / hearing aids, production of technical ceramics and metals, durable and sacrificial molding, injection molding of technical ceramics and metals with sacrificial molds, functional engineering, bio scaffolds, bioprinting and tissue engineering, hydrogels, anti-static, electrostatic discharge ESD materials, printing plates, thermo responsive and other 4D printing resins, security systems, 3D adhesives, biocompatible biomedical devices like micro drug delivery implant devices, microneedles and microporous membranes, cell-sized micro-robots, electronics for printing conductive rigid and flexible electronic materials such as antennas for IoT applications (HF, UHF), RFID and NFC tags, OLED, OPVs, flexible PCBs, flexible cables, transparent electrodes for touch screens, based on silver nanowires 3D ink systems, miniaturization of micro electronics components like micro antennas, micro RF devices, and other electrical devices, where direct printing on photodiodes and LEDs is undertaken to avoid micro component assembly, pressure, temperature, humidity, and bio sensors in aerospace applications, metamaterials used in mechanical engineering, aerospace, sound insulation, and other innovative areas, such as ophthalmic lenses, micro optics, micro lenses, micro prisms, compound lens systems, metalenses for optical telecommunication, electronic and processing equipment. As well as lab-on-a-chip microfluidics, where microscopic quantities of fluids are circulated through 3D printed micro channels, with lab-on-a-chip 3D technology, and many more custom designed innovative 3D applications.

3D printing has changed and revolutionized the manufacturing of an immense number of nano, micro, and macro scale materials, thanks to the development of high performance photopolymerization 3D printing resins and printing technologies. From the fabrication of very small printed materials in the nano scale with feature sizes from 1 nm (1 nm or nanometre = 0.000000001 metre), to 1 micron (1 micron =0.000001 metre), and up to the macro scale with maximum printing sizes of metres, all with complex geometries and custom designed multifunctional physico-chemical properties.

3Dresyns multifunctional photopolymer 3D resins, containing metals, ceramics, and exotic materials are nowadays being used for manufacturing high quality 3D printed products with a broad range of 3D printing techniques.

3Dresyns offering to 3D printing and Additive Manufacturing

3Dresyns has developed the most innovative and extensive portfolio of multifunctional photopolymer resins in the market for the most important nano, micro, and macro 3D printing and additive manufacturing technologies, including the following printer types and manufacturing equipment:

SLA, DLP, LCD printers
Inkjet printers
Viscous and Hot Lithography Manufacturing
Nano & micro fabrication by photolithography-nanoimprint lithography
2PP resins for two photon polymerization of nano & microstructures
Injection and casting of resins for injection molding
Ceramic, metal & polymer powder feedstock slurries for CIM, MIM & PIM in 3D printed molds
High Performance Powders for Selective Laser Sintering SLS printing of high quality functional polymers
Universal powder binders for easy physical mixing with any Ceramic, Metal, Polymer/Plastic, or Exotic Powder or fiber for plastic / polymer powder Selective Laser Printing SLS, also known as Cold Metal Fusion CMF, Cold Ceramic Fusion CCF, Cold Polymer Fusion CPF, and Cold Exotic Powders Fusion CEPF
Nano & micron raw materials for manufacturing 2D & 3D exotic materials
Light-based bioplotting & bioprinting with different heads curing with UV/Visible light & LED wavelengths from 200-420 nm (and higher), filament heads, reservoir heads, from extruders and bioplotters with photo curing heads at 365, 385, 395, 405 nm, etc
Volumetric 3D resins and multiwavelength 3D resins for volumetric materializing technologies based on dual wavelength curing systems

About nano, micro & macro fabrication

Nano and micro scale material 3D printing requires expensive two-photon polymerization 2PP printers to print very small feature sizes from several nanometres to microns. 2PP produces printed photopolymers from nano and sub-micron scale to several mm printable sizes, with specific physico-chemical, biological, and optical properties. Some of the drawbacks of 2PP printers are their high price and their slow production rates. The alternative to expensive 2PP printers for nano and micro scale production is by photolithography-nanoimprint lithography
Micro and macro scale 3D printing, from the micron size minimum feature dimensions to printable sizes of metre scale, have become affordable with the recent commercialisation of low cost stereolithography SLA DLP & LCD printers and stereolithography SLA DLP & LCD resins, as well as with Inkjet printers. Discover our inkjet resins
3Dresyns photopolymer resins are made to order for most existing printing and additive manufacturing technologies

You are welcome to contact us! We offer consulting services for printing and resin customisation for most 2D & 3D printing technologies and applications

We welcome any comments, questions or suggestions you may have that will allow us to serve you better. You will receive a fast response from us since we work 24/7:

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