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Formlabs Inc formlabs form 1
Formlabs Form 1, supplied by Formlabs Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/formlabs+form+1/3d+printer+form+2/pmc11727920-15-5-12
Average 90 stars, based on 1 article reviews
formlabs form 1 - by Bioz Stars, 2026-10
90/100 stars

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Related Articles

Polymer:

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: , Acrylic-based photocurable resin , Wheat straw , 5 , – , Formlabs Form 1 , [ ] .

Article Title: Microfluidics: Innovations in Materials and Their Fabrication and Functionalization
Article Snippet: A summary of many of the materials described in this section is found in . table ft1 table-wrap mode="anchored" t5 Table 2. caption a7 Printing Technology Material Printer Model Advantages Applications FDM ABS Prusa MovtecH Biocompatible, integrates well with electrodes C4D measurements of microdroplets 154 PDMS HOFI X1, ROKIT 3DISON, Custom Printer Creating complex microfluidic features like unconventional cross sections or overhangs, optically transparent Single line particle focusing, 95 facile fabrication of complex systems 96 , 97 PLA Sethi3D S3, BCN3D Sigma, Printech 200 Biocompatible, compatible with various solvents, strong bonding with other materials Creation of hybrid devices, 147 , 148 , 153 , 155 double emulsion generation and micromixing, 148 nanoparticle synthesis 153 Silicone Custom Printer Biocompatible, flexible enough to retain microchannel integrity after bending of device Microfluidic organ biopsy 156 Thermoplastic PU Prusa i3 MK3 Biocompatible, prints small channels, optical transparency Microchannel fabrication with dimensions <100 μm 149 SLA Clear Resin Formlabs Form 2, Form 1+ Biocompatible, optically clear, easy to clean Bioluminescence detection 159 PDMS Custom Printer Biocompatible, PDMS characteristics Characterizing printed PDMS 157 PEGDA Custom Printer Biocompatible, truly microfluidic channels, transparent Component formation within a device, 161 , 165 microchip electrophoresis 163 PJ PDMS DMP-3000 Unconventional cross sections and overhang features, optically transparent Flexible microfluidic systems with electronic components 98 VeroClear Objet 350 Connex3, Stratasys J750 Biocompatible, optical transparency, complex channel geometries Simple support material removal, 166 double emulsion generation 171 VisiJet M2R-CL ProJet MJP 2500 Biocompatible, optical transparency, flexibility Micromixing devices 167 VisiJet M3 Crystal ProJet 3510 Biocompatible, optical transparency, low autofluorescence Electrophoresis 168 , 169 Open in a separate window 3DP materials, printers, advantages, and applications.

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: Photoreactive methacrylate (MA) resin , Lignin CNC , 0–1 , – , Formlabs Form 1+ , [ ] .

Article Title: 3D-Printable Materials for Microbial Liquid Culture
Article Snippet: The Massachusetts Institute of Technology Lincoln Laboratory Technology Office Innovation Laboratory was used to print tubes using the Connex 350 and FormLabs Form 1+.

Article Title: Printed optics: phantoms for quantitative deep tissue fluorescence imaging
Article Snippet: Initially, we used a low sphere volume fraction ( f v = 0.005) to ensure we did not disrupt the stereolithography, resulting in a μ s ′ that is similar to breast tissue (~1 mm −1 ) [ 17 ]. fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Fig. 2 caption a7 (a) Formlabs Form 1 + used for 3D printing. (b) μ s ′ spectrum of the printed mixture of polystyrene beads and resin, designed using Mie theory (blue) and estimated from measurements of 3D printed slabs (red).

Proximity Ligation Assay:

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: , Acrylic-based photocurable resin , Wheat straw , 5 , – , Formlabs Form 1 , [ ] .

Article Title: Microfluidics: Innovations in Materials and Their Fabrication and Functionalization
Article Snippet: A summary of many of the materials described in this section is found in . table ft1 table-wrap mode="anchored" t5 Table 2. caption a7 Printing Technology Material Printer Model Advantages Applications FDM ABS Prusa MovtecH Biocompatible, integrates well with electrodes C4D measurements of microdroplets 154 PDMS HOFI X1, ROKIT 3DISON, Custom Printer Creating complex microfluidic features like unconventional cross sections or overhangs, optically transparent Single line particle focusing, 95 facile fabrication of complex systems 96 , 97 PLA Sethi3D S3, BCN3D Sigma, Printech 200 Biocompatible, compatible with various solvents, strong bonding with other materials Creation of hybrid devices, 147 , 148 , 153 , 155 double emulsion generation and micromixing, 148 nanoparticle synthesis 153 Silicone Custom Printer Biocompatible, flexible enough to retain microchannel integrity after bending of device Microfluidic organ biopsy 156 Thermoplastic PU Prusa i3 MK3 Biocompatible, prints small channels, optical transparency Microchannel fabrication with dimensions <100 μm 149 SLA Clear Resin Formlabs Form 2, Form 1+ Biocompatible, optically clear, easy to clean Bioluminescence detection 159 PDMS Custom Printer Biocompatible, PDMS characteristics Characterizing printed PDMS 157 PEGDA Custom Printer Biocompatible, truly microfluidic channels, transparent Component formation within a device, 161 , 165 microchip electrophoresis 163 PJ PDMS DMP-3000 Unconventional cross sections and overhang features, optically transparent Flexible microfluidic systems with electronic components 98 VeroClear Objet 350 Connex3, Stratasys J750 Biocompatible, optical transparency, complex channel geometries Simple support material removal, 166 double emulsion generation 171 VisiJet M2R-CL ProJet MJP 2500 Biocompatible, optical transparency, flexibility Micromixing devices 167 VisiJet M3 Crystal ProJet 3510 Biocompatible, optical transparency, low autofluorescence Electrophoresis 168 , 169 Open in a separate window 3DP materials, printers, advantages, and applications.

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: Photoreactive methacrylate (MA) resin , Lignin CNC , 0–1 , – , Formlabs Form 1+ , [ ] .

Article Title: 3D-Printable Materials for Microbial Liquid Culture
Article Snippet: The Massachusetts Institute of Technology Lincoln Laboratory Technology Office Innovation Laboratory was used to print tubes using the Connex 350 and FormLabs Form 1+.

Article Title: Printed optics: phantoms for quantitative deep tissue fluorescence imaging
Article Snippet: Initially, we used a low sphere volume fraction ( f v = 0.005) to ensure we did not disrupt the stereolithography, resulting in a μ s ′ that is similar to breast tissue (~1 mm −1 ) [ 17 ]. fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Fig. 2 caption a7 (a) Formlabs Form 1 + used for 3D printing. (b) μ s ′ spectrum of the printed mixture of polystyrene beads and resin, designed using Mie theory (blue) and estimated from measurements of 3D printed slabs (red).

Double Emulsion:

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: , Acrylic-based photocurable resin , Wheat straw , 5 , – , Formlabs Form 1 , [ ] .

Article Title: Microfluidics: Innovations in Materials and Their Fabrication and Functionalization
Article Snippet: A summary of many of the materials described in this section is found in . table ft1 table-wrap mode="anchored" t5 Table 2. caption a7 Printing Technology Material Printer Model Advantages Applications FDM ABS Prusa MovtecH Biocompatible, integrates well with electrodes C4D measurements of microdroplets 154 PDMS HOFI X1, ROKIT 3DISON, Custom Printer Creating complex microfluidic features like unconventional cross sections or overhangs, optically transparent Single line particle focusing, 95 facile fabrication of complex systems 96 , 97 PLA Sethi3D S3, BCN3D Sigma, Printech 200 Biocompatible, compatible with various solvents, strong bonding with other materials Creation of hybrid devices, 147 , 148 , 153 , 155 double emulsion generation and micromixing, 148 nanoparticle synthesis 153 Silicone Custom Printer Biocompatible, flexible enough to retain microchannel integrity after bending of device Microfluidic organ biopsy 156 Thermoplastic PU Prusa i3 MK3 Biocompatible, prints small channels, optical transparency Microchannel fabrication with dimensions <100 μm 149 SLA Clear Resin Formlabs Form 2, Form 1+ Biocompatible, optically clear, easy to clean Bioluminescence detection 159 PDMS Custom Printer Biocompatible, PDMS characteristics Characterizing printed PDMS 157 PEGDA Custom Printer Biocompatible, truly microfluidic channels, transparent Component formation within a device, 161 , 165 microchip electrophoresis 163 PJ PDMS DMP-3000 Unconventional cross sections and overhang features, optically transparent Flexible microfluidic systems with electronic components 98 VeroClear Objet 350 Connex3, Stratasys J750 Biocompatible, optical transparency, complex channel geometries Simple support material removal, 166 double emulsion generation 171 VisiJet M2R-CL ProJet MJP 2500 Biocompatible, optical transparency, flexibility Micromixing devices 167 VisiJet M3 Crystal ProJet 3510 Biocompatible, optical transparency, low autofluorescence Electrophoresis 168 , 169 Open in a separate window 3DP materials, printers, advantages, and applications.

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: Photoreactive methacrylate (MA) resin , Lignin CNC , 0–1 , – , Formlabs Form 1+ , [ ] .

Article Title: 3D-Printable Materials for Microbial Liquid Culture
Article Snippet: The Massachusetts Institute of Technology Lincoln Laboratory Technology Office Innovation Laboratory was used to print tubes using the Connex 350 and FormLabs Form 1+.

Article Title: Printed optics: phantoms for quantitative deep tissue fluorescence imaging
Article Snippet: Initially, we used a low sphere volume fraction ( f v = 0.005) to ensure we did not disrupt the stereolithography, resulting in a μ s ′ that is similar to breast tissue (~1 mm −1 ) [ 17 ]. fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Fig. 2 caption a7 (a) Formlabs Form 1 + used for 3D printing. (b) μ s ′ spectrum of the printed mixture of polystyrene beads and resin, designed using Mie theory (blue) and estimated from measurements of 3D printed slabs (red).

MicroChIP Assay:

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: , Acrylic-based photocurable resin , Wheat straw , 5 , – , Formlabs Form 1 , [ ] .

Article Title: Microfluidics: Innovations in Materials and Their Fabrication and Functionalization
Article Snippet: A summary of many of the materials described in this section is found in . table ft1 table-wrap mode="anchored" t5 Table 2. caption a7 Printing Technology Material Printer Model Advantages Applications FDM ABS Prusa MovtecH Biocompatible, integrates well with electrodes C4D measurements of microdroplets 154 PDMS HOFI X1, ROKIT 3DISON, Custom Printer Creating complex microfluidic features like unconventional cross sections or overhangs, optically transparent Single line particle focusing, 95 facile fabrication of complex systems 96 , 97 PLA Sethi3D S3, BCN3D Sigma, Printech 200 Biocompatible, compatible with various solvents, strong bonding with other materials Creation of hybrid devices, 147 , 148 , 153 , 155 double emulsion generation and micromixing, 148 nanoparticle synthesis 153 Silicone Custom Printer Biocompatible, flexible enough to retain microchannel integrity after bending of device Microfluidic organ biopsy 156 Thermoplastic PU Prusa i3 MK3 Biocompatible, prints small channels, optical transparency Microchannel fabrication with dimensions <100 μm 149 SLA Clear Resin Formlabs Form 2, Form 1+ Biocompatible, optically clear, easy to clean Bioluminescence detection 159 PDMS Custom Printer Biocompatible, PDMS characteristics Characterizing printed PDMS 157 PEGDA Custom Printer Biocompatible, truly microfluidic channels, transparent Component formation within a device, 161 , 165 microchip electrophoresis 163 PJ PDMS DMP-3000 Unconventional cross sections and overhang features, optically transparent Flexible microfluidic systems with electronic components 98 VeroClear Objet 350 Connex3, Stratasys J750 Biocompatible, optical transparency, complex channel geometries Simple support material removal, 166 double emulsion generation 171 VisiJet M2R-CL ProJet MJP 2500 Biocompatible, optical transparency, flexibility Micromixing devices 167 VisiJet M3 Crystal ProJet 3510 Biocompatible, optical transparency, low autofluorescence Electrophoresis 168 , 169 Open in a separate window 3DP materials, printers, advantages, and applications.

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: Photoreactive methacrylate (MA) resin , Lignin CNC , 0–1 , – , Formlabs Form 1+ , [ ] .

Article Title: 3D-Printable Materials for Microbial Liquid Culture
Article Snippet: The Massachusetts Institute of Technology Lincoln Laboratory Technology Office Innovation Laboratory was used to print tubes using the Connex 350 and FormLabs Form 1+.

Article Title: Printed optics: phantoms for quantitative deep tissue fluorescence imaging
Article Snippet: Initially, we used a low sphere volume fraction ( f v = 0.005) to ensure we did not disrupt the stereolithography, resulting in a μ s ′ that is similar to breast tissue (~1 mm −1 ) [ 17 ]. fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Fig. 2 caption a7 (a) Formlabs Form 1 + used for 3D printing. (b) μ s ′ spectrum of the printed mixture of polystyrene beads and resin, designed using Mie theory (blue) and estimated from measurements of 3D printed slabs (red).

Electrophoresis:

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: , Acrylic-based photocurable resin , Wheat straw , 5 , – , Formlabs Form 1 , [ ] .

Article Title: Microfluidics: Innovations in Materials and Their Fabrication and Functionalization
Article Snippet: A summary of many of the materials described in this section is found in . table ft1 table-wrap mode="anchored" t5 Table 2. caption a7 Printing Technology Material Printer Model Advantages Applications FDM ABS Prusa MovtecH Biocompatible, integrates well with electrodes C4D measurements of microdroplets 154 PDMS HOFI X1, ROKIT 3DISON, Custom Printer Creating complex microfluidic features like unconventional cross sections or overhangs, optically transparent Single line particle focusing, 95 facile fabrication of complex systems 96 , 97 PLA Sethi3D S3, BCN3D Sigma, Printech 200 Biocompatible, compatible with various solvents, strong bonding with other materials Creation of hybrid devices, 147 , 148 , 153 , 155 double emulsion generation and micromixing, 148 nanoparticle synthesis 153 Silicone Custom Printer Biocompatible, flexible enough to retain microchannel integrity after bending of device Microfluidic organ biopsy 156 Thermoplastic PU Prusa i3 MK3 Biocompatible, prints small channels, optical transparency Microchannel fabrication with dimensions <100 μm 149 SLA Clear Resin Formlabs Form 2, Form 1+ Biocompatible, optically clear, easy to clean Bioluminescence detection 159 PDMS Custom Printer Biocompatible, PDMS characteristics Characterizing printed PDMS 157 PEGDA Custom Printer Biocompatible, truly microfluidic channels, transparent Component formation within a device, 161 , 165 microchip electrophoresis 163 PJ PDMS DMP-3000 Unconventional cross sections and overhang features, optically transparent Flexible microfluidic systems with electronic components 98 VeroClear Objet 350 Connex3, Stratasys J750 Biocompatible, optical transparency, complex channel geometries Simple support material removal, 166 double emulsion generation 171 VisiJet M2R-CL ProJet MJP 2500 Biocompatible, optical transparency, flexibility Micromixing devices 167 VisiJet M3 Crystal ProJet 3510 Biocompatible, optical transparency, low autofluorescence Electrophoresis 168 , 169 Open in a separate window 3DP materials, printers, advantages, and applications.

Article Title: Harnessing the Potential of Natural Composites in Biomedical 3D Printing
Article Snippet: Photoreactive methacrylate (MA) resin , Lignin CNC , 0–1 , – , Formlabs Form 1+ , [ ] .

Article Title: 3D-Printable Materials for Microbial Liquid Culture
Article Snippet: The Massachusetts Institute of Technology Lincoln Laboratory Technology Office Innovation Laboratory was used to print tubes using the Connex 350 and FormLabs Form 1+.

Article Title: Printed optics: phantoms for quantitative deep tissue fluorescence imaging
Article Snippet: Initially, we used a low sphere volume fraction ( f v = 0.005) to ensure we did not disrupt the stereolithography, resulting in a μ s ′ that is similar to breast tissue (~1 mm −1 ) [ 17 ]. fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Fig. 2 caption a7 (a) Formlabs Form 1 + used for 3D printing. (b) μ s ′ spectrum of the printed mixture of polystyrene beads and resin, designed using Mie theory (blue) and estimated from measurements of 3D printed slabs (red).



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Image Search Results


Journal: RSC Advances

Article Title: Vat photopolymerization-based 3D printing of polymer nanocomposites: current trends and applications

doi: 10.1039/d2ra06522c

Figure Lengend Snippet: Different polymer nanocomposites produced by VPP processes for mechanical applications

Article Snippet: Formlabs methacrylate resin + lignin-coated cellulose nanocrystals (L-CNC) , L-CNCs conc. (0, 0.1, 0.5, 1 wt%) , Form 1+ Formlabs printer , Before thermal post-curing , , , Electronic components, packages and tissue engineering , .

Techniques: Polymer, Produced, Modification, Functional Assay, Solvent, Dispersion

Printed dental materials incorporated with antimicrobial agents.

Journal: The Saudi Dental Journal

Article Title: Incorporation of antimicrobial agents into dental materials obtained by additive manufacturing: A literature review

doi: 10.1016/j.sdentj.2022.05.007

Figure Lengend Snippet: Printed dental materials incorporated with antimicrobial agents.

Article Snippet: , Experimental in vitro study. , Stereolithography (SLA). Stereolithographic printer (Formlabs Form 1). Photocurable composite resin (UDMA/GDMA). , Layer thickness: 300 μm in XY plane and 25 μm in Z. Washing in isopropanol and photocuring for 5 h. , Incorporation of 14wt% Quaternary Ammonium Methacrylate (QA_C 12 ) and 25wt% QA- containing polymer (pQA_C 12 ). , QA_C12 was synthesized with DMAEMA and HEMA (pQA). 14 wt% UDMA/GDMA/ QA_C12: mix of 50 mol% UDMA, 36 mol% GDMA and 14 mol% QA_C12. 25 wt% pQA_C12: mix of > 40 wt% of UDMA, 55 wt% of GDMA, 25 wt% of pQA. , Molar teeth, crowns, dental splint, and orthodontic retainers. , Contact-killing against Streptococcus mutans evaluated with and without salivary film. Bacterial suspensions (30, 300, and 3000 bacteria/cm−2) were dropped at the samples in 3M Petrifilm aerobic count plates. Biofilm formed for 6 days on the sample’s surfaces was stained and evaluated by CLSM. , 14 wt% UDMA/GDMA/QA_C12 and 25 wt% UDMA/GDMA/pQA_C12 showed more efficacy against S. mutans than UDMA/GDMA..

Techniques: Modification, In Vitro, Synthesized, Clinical Proteomics, Solvent, Staining, Concentration Assay, Saline, Polymer, Bacteria