Nanoscribe
@nanoscribe.com
The world technology and market leader in 3D printing on the nano-, micro-, and mesoscale.
🌐 https://www.nanoscribe.com/en/
https://www.nanoscribe.com/en/legal-notice/
https://www.nanoscribe.com/en/privacy-policy/
🌐 https://www.nanoscribe.com/en/
https://www.nanoscribe.com/en/legal-notice/
https://www.nanoscribe.com/en/privacy-policy/
New fiber laser design for telecom & imaging:
A monolithic, wavelength-tunable pulsed laser with a 2D metafiber & a 3D-printed Fabry–Perot cavity on a fiber tip, enabled by Nanoscribe’s 3D printing.
Open-access publication:
tinyurl.com/ykk5ks3z
A monolithic, wavelength-tunable pulsed laser with a 2D metafiber & a 3D-printed Fabry–Perot cavity on a fiber tip, enabled by Nanoscribe’s 3D printing.
Open-access publication:
tinyurl.com/ykk5ks3z
November 12, 2025 at 12:01 PM
New fiber laser design for telecom & imaging:
A monolithic, wavelength-tunable pulsed laser with a 2D metafiber & a 3D-printed Fabry–Perot cavity on a fiber tip, enabled by Nanoscribe’s 3D printing.
Open-access publication:
tinyurl.com/ykk5ks3z
A monolithic, wavelength-tunable pulsed laser with a 2D metafiber & a 3D-printed Fabry–Perot cavity on a fiber tip, enabled by Nanoscribe’s 3D printing.
Open-access publication:
tinyurl.com/ykk5ks3z
🔬 Yesterday at #SmartMaterialsSummit 2025, we hosted a live lab demo at the ZEISS Innovation Hub @ KIT in Karlsruhe.
Visitors explored how mechanical metamaterials can be 3D printed with our Quantum X systems for tailored mechanical properties. 👏
👉 tinyurl.com/2pxa998y
Visitors explored how mechanical metamaterials can be 3D printed with our Quantum X systems for tailored mechanical properties. 👏
👉 tinyurl.com/2pxa998y
November 7, 2025 at 12:00 PM
🔬 Yesterday at #SmartMaterialsSummit 2025, we hosted a live lab demo at the ZEISS Innovation Hub @ KIT in Karlsruhe.
Visitors explored how mechanical metamaterials can be 3D printed with our Quantum X systems for tailored mechanical properties. 👏
👉 tinyurl.com/2pxa998y
Visitors explored how mechanical metamaterials can be 3D printed with our Quantum X systems for tailored mechanical properties. 👏
👉 tinyurl.com/2pxa998y
Exciting new publication: 3D-printed microneedles for real-time health monitoring.
Powered by Nanoscribe’s Two-Photon Polymerization, this biosensing platform is designed for detecting biomarkers right from the skin. Kudos to the research team!
Powered by Nanoscribe’s Two-Photon Polymerization, this biosensing platform is designed for detecting biomarkers right from the skin. Kudos to the research team!
Microneedles + conductive ink = sturdier on-skin sensing
INM co-authors show a fenestrated shell that protects the sensing layer for transdermal pH readout.
Out now in Advanced Functional Materials - doi.org/10.1002/adfm...
@nicovoelcker.bsky.social
@wiley.com
#academicsky
INM co-authors show a fenestrated shell that protects the sensing layer for transdermal pH readout.
Out now in Advanced Functional Materials - doi.org/10.1002/adfm...
@nicovoelcker.bsky.social
@wiley.com
#academicsky
November 6, 2025 at 12:18 PM
Exciting new publication: 3D-printed microneedles for real-time health monitoring.
Powered by Nanoscribe’s Two-Photon Polymerization, this biosensing platform is designed for detecting biomarkers right from the skin. Kudos to the research team!
Powered by Nanoscribe’s Two-Photon Polymerization, this biosensing platform is designed for detecting biomarkers right from the skin. Kudos to the research team!
🔬 Nanoscribe, LAB14, and Nanosurf now share one office at 400 TradeCenter Dr, Woburn, MA 01801, USA.
Together as part of the LAB14 Group, we’re building a strong hub for nanoscale precision technologies in North America.
Talk to our US sales experts: tinyurl.com/5t4ktwdz
Together as part of the LAB14 Group, we’re building a strong hub for nanoscale precision technologies in North America.
Talk to our US sales experts: tinyurl.com/5t4ktwdz
November 5, 2025 at 12:01 PM
🔬 Nanoscribe, LAB14, and Nanosurf now share one office at 400 TradeCenter Dr, Woburn, MA 01801, USA.
Together as part of the LAB14 Group, we’re building a strong hub for nanoscale precision technologies in North America.
Talk to our US sales experts: tinyurl.com/5t4ktwdz
Together as part of the LAB14 Group, we’re building a strong hub for nanoscale precision technologies in North America.
Talk to our US sales experts: tinyurl.com/5t4ktwdz
What looks organic is actually 3D-printed with Two-Photon Grayscale Lithography (2GL®) – a biomimetic mesh with capillary-like channels for tissue vascularization.
Discover the Quantum X bio, the highest resolution 3D bioprinter:
tinyurl.com/3w74yuat
Discover the Quantum X bio, the highest resolution 3D bioprinter:
tinyurl.com/3w74yuat
November 4, 2025 at 12:00 PM
What looks organic is actually 3D-printed with Two-Photon Grayscale Lithography (2GL®) – a biomimetic mesh with capillary-like channels for tissue vascularization.
Discover the Quantum X bio, the highest resolution 3D bioprinter:
tinyurl.com/3w74yuat
Discover the Quantum X bio, the highest resolution 3D bioprinter:
tinyurl.com/3w74yuat
Toward 3D, adaptive, and reconfigurable optics
A new study bridges 3D nanofabrication and liquid crystal (LC) photonics, moving from flat LC devices toward truly 3D integrated photonic structures. Kudos to the scientists at Jožef Stefan Institute.
Read the paper here:
pubs.acs.org/doi/10.1021/...
A new study bridges 3D nanofabrication and liquid crystal (LC) photonics, moving from flat LC devices toward truly 3D integrated photonic structures. Kudos to the scientists at Jožef Stefan Institute.
Read the paper here:
pubs.acs.org/doi/10.1021/...
Three-Dimensional Planar Alignment of Nematic Liquid Crystal by Direct Laser Writing of Nanogratings
We demonstrate a new method of aligning liquid crystals along polymer surfaces that are printed vertical to the focal plane using direct laser writing. The method is based on nanogrooves that are…
pubs.acs.org
November 3, 2025 at 12:01 PM
Toward 3D, adaptive, and reconfigurable optics
A new study bridges 3D nanofabrication and liquid crystal (LC) photonics, moving from flat LC devices toward truly 3D integrated photonic structures. Kudos to the scientists at Jožef Stefan Institute.
Read the paper here:
pubs.acs.org/doi/10.1021/...
A new study bridges 3D nanofabrication and liquid crystal (LC) photonics, moving from flat LC devices toward truly 3D integrated photonic structures. Kudos to the scientists at Jožef Stefan Institute.
Read the paper here:
pubs.acs.org/doi/10.1021/...
🎃 Spooky season has begun – and we join the carving tradition 3D-printing a pumpkin just 240 µm wide with a glowing “candle” inside.
A shining example of on-fiber printing with Quantum X align. ✨
👉 tinyurl.com/5856bhyh
#HappyHalloween #3DMicrofabrication
A shining example of on-fiber printing with Quantum X align. ✨
👉 tinyurl.com/5856bhyh
#HappyHalloween #3DMicrofabrication
October 31, 2025 at 12:02 PM
🎃 Spooky season has begun – and we join the carving tradition 3D-printing a pumpkin just 240 µm wide with a glowing “candle” inside.
A shining example of on-fiber printing with Quantum X align. ✨
👉 tinyurl.com/5856bhyh
#HappyHalloween #3DMicrofabrication
A shining example of on-fiber printing with Quantum X align. ✨
👉 tinyurl.com/5856bhyh
#HappyHalloween #3DMicrofabrication
🧪 Smart materials meet 3D nanofabrication – under one roof!
The #SmartMaterialsSummit 2025 takes place at our headquarters, the ZEISS Innovation Hub @ KIT in Karlsruhe.
🎤 Join our CEO Martin Hermatschweiler on Nov 6, 12:40 and visit our demo at 14:30!
👉 tinyurl.com/2p9mpbck
The #SmartMaterialsSummit 2025 takes place at our headquarters, the ZEISS Innovation Hub @ KIT in Karlsruhe.
🎤 Join our CEO Martin Hermatschweiler on Nov 6, 12:40 and visit our demo at 14:30!
👉 tinyurl.com/2p9mpbck
October 28, 2025 at 12:00 PM
🧪 Smart materials meet 3D nanofabrication – under one roof!
The #SmartMaterialsSummit 2025 takes place at our headquarters, the ZEISS Innovation Hub @ KIT in Karlsruhe.
🎤 Join our CEO Martin Hermatschweiler on Nov 6, 12:40 and visit our demo at 14:30!
👉 tinyurl.com/2p9mpbck
The #SmartMaterialsSummit 2025 takes place at our headquarters, the ZEISS Innovation Hub @ KIT in Karlsruhe.
🎤 Join our CEO Martin Hermatschweiler on Nov 6, 12:40 and visit our demo at 14:30!
👉 tinyurl.com/2p9mpbck
Fascinating work by Laura De Laporte’s team: guiding iPSCs to self-organize into tissues using microgels 🧬
A perfect match for high-precision biofabrication with Quantum X bio.
Read the publication 👉
A perfect match for high-precision biofabrication with Quantum X bio.
Read the publication 👉
tinyurl.com
October 24, 2025 at 11:00 AM
Fascinating work by Laura De Laporte’s team: guiding iPSCs to self-organize into tissues using microgels 🧬
A perfect match for high-precision biofabrication with Quantum X bio.
Read the publication 👉
A perfect match for high-precision biofabrication with Quantum X bio.
Read the publication 👉
🧬 Meet us at #MicroTAS 2025 in Adelaide!
Discover how Quantum X bio enables high-resolution 3D bioprinting for life sciences and microfluidic systems – from cell scaffolds to organ-on-a-chip research.
🔬 Find Nanoscribe at booth 15!
tinyurl.com/5ar3adpb
Discover how Quantum X bio enables high-resolution 3D bioprinting for life sciences and microfluidic systems – from cell scaffolds to organ-on-a-chip research.
🔬 Find Nanoscribe at booth 15!
tinyurl.com/5ar3adpb
October 23, 2025 at 11:01 AM
🧬 Meet us at #MicroTAS 2025 in Adelaide!
Discover how Quantum X bio enables high-resolution 3D bioprinting for life sciences and microfluidic systems – from cell scaffolds to organ-on-a-chip research.
🔬 Find Nanoscribe at booth 15!
tinyurl.com/5ar3adpb
Discover how Quantum X bio enables high-resolution 3D bioprinting for life sciences and microfluidic systems – from cell scaffolds to organ-on-a-chip research.
🔬 Find Nanoscribe at booth 15!
tinyurl.com/5ar3adpb
🌟 Lighting up discovery – International Day of Photonics
3D printing by 2GL® is a game changer, redefining speed, precision, and optical quality.
Example: An endomicroscope, printed by Nanoscribe & designed by @Printoptix .
👉 Discover Quantum X align:
tinyurl.com/hjshyx2f
3D printing by 2GL® is a game changer, redefining speed, precision, and optical quality.
Example: An endomicroscope, printed by Nanoscribe & designed by @Printoptix .
👉 Discover Quantum X align:
tinyurl.com/hjshyx2f
October 21, 2025 at 11:00 AM
🌟 Lighting up discovery – International Day of Photonics
3D printing by 2GL® is a game changer, redefining speed, precision, and optical quality.
Example: An endomicroscope, printed by Nanoscribe & designed by @Printoptix .
👉 Discover Quantum X align:
tinyurl.com/hjshyx2f
3D printing by 2GL® is a game changer, redefining speed, precision, and optical quality.
Example: An endomicroscope, printed by Nanoscribe & designed by @Printoptix .
👉 Discover Quantum X align:
tinyurl.com/hjshyx2f
Cutting-edge microoptics for exoplanet imaging 🔭
This isn’t a regular lens, it’s a 3D-printed phase mask, just 7 mm wide, yet capable of reshaping light in extraordinary ways for future large telescopes.
Discover the technology that made it possible:
👉 tinyurl.com/426s72f9
This isn’t a regular lens, it’s a 3D-printed phase mask, just 7 mm wide, yet capable of reshaping light in extraordinary ways for future large telescopes.
Discover the technology that made it possible:
👉 tinyurl.com/426s72f9
October 16, 2025 at 11:02 AM
Cutting-edge microoptics for exoplanet imaging 🔭
This isn’t a regular lens, it’s a 3D-printed phase mask, just 7 mm wide, yet capable of reshaping light in extraordinary ways for future large telescopes.
Discover the technology that made it possible:
👉 tinyurl.com/426s72f9
This isn’t a regular lens, it’s a 3D-printed phase mask, just 7 mm wide, yet capable of reshaping light in extraordinary ways for future large telescopes.
Discover the technology that made it possible:
👉 tinyurl.com/426s72f9
🔒 Rewritable optical metamaterials!
Scientists from State Key Laboratory of Robotics and Intelligent Systems in Shenyang, China, develop a new material that can write, erase & encrypt data. Enabled by Nanoscribe’s #3Dprinting.
Read the full article 👇
tinyurl.com/mr4dhh2t
Scientists from State Key Laboratory of Robotics and Intelligent Systems in Shenyang, China, develop a new material that can write, erase & encrypt data. Enabled by Nanoscribe’s #3Dprinting.
Read the full article 👇
tinyurl.com/mr4dhh2t
October 15, 2025 at 11:02 AM
🔒 Rewritable optical metamaterials!
Scientists from State Key Laboratory of Robotics and Intelligent Systems in Shenyang, China, develop a new material that can write, erase & encrypt data. Enabled by Nanoscribe’s #3Dprinting.
Read the full article 👇
tinyurl.com/mr4dhh2t
Scientists from State Key Laboratory of Robotics and Intelligent Systems in Shenyang, China, develop a new material that can write, erase & encrypt data. Enabled by Nanoscribe’s #3Dprinting.
Read the full article 👇
tinyurl.com/mr4dhh2t
🔬 Save the date: #NMLS 2026
Join Nanoscribe, @himt-lithography.bsky.social, GenISys and micro resist technology at DTU Nanolab in Denmark for two days of insights and exchange in nano- and microfabrication.
📅 January 27–28, 2026
Register now for free 👉 tinyurl.com/yzu3kdeb
Join Nanoscribe, @himt-lithography.bsky.social, GenISys and micro resist technology at DTU Nanolab in Denmark for two days of insights and exchange in nano- and microfabrication.
📅 January 27–28, 2026
Register now for free 👉 tinyurl.com/yzu3kdeb
October 14, 2025 at 11:02 AM
🔬 Save the date: #NMLS 2026
Join Nanoscribe, @himt-lithography.bsky.social, GenISys and micro resist technology at DTU Nanolab in Denmark for two days of insights and exchange in nano- and microfabrication.
📅 January 27–28, 2026
Register now for free 👉 tinyurl.com/yzu3kdeb
Join Nanoscribe, @himt-lithography.bsky.social, GenISys and micro resist technology at DTU Nanolab in Denmark for two days of insights and exchange in nano- and microfabrication.
📅 January 27–28, 2026
Register now for free 👉 tinyurl.com/yzu3kdeb
Reposted by Nanoscribe
Breakthrough in optical sensing! 💡
Researchers at the Univ. of Adelaide used our MLA 150 & @nanoscribe.com’s GT+ to create micro spiral phase plates that shape light with extreme precision - enabling ultra-sensitive refractive index measurements.
📖 arxiv.org/pdf/2508.19521
#MicroOptics #Photonics
Researchers at the Univ. of Adelaide used our MLA 150 & @nanoscribe.com’s GT+ to create micro spiral phase plates that shape light with extreme precision - enabling ultra-sensitive refractive index measurements.
📖 arxiv.org/pdf/2508.19521
#MicroOptics #Photonics
October 8, 2025 at 2:31 PM
Breakthrough in optical sensing! 💡
Researchers at the Univ. of Adelaide used our MLA 150 & @nanoscribe.com’s GT+ to create micro spiral phase plates that shape light with extreme precision - enabling ultra-sensitive refractive index measurements.
📖 arxiv.org/pdf/2508.19521
#MicroOptics #Photonics
Researchers at the Univ. of Adelaide used our MLA 150 & @nanoscribe.com’s GT+ to create micro spiral phase plates that shape light with extreme precision - enabling ultra-sensitive refractive index measurements.
📖 arxiv.org/pdf/2508.19521
#MicroOptics #Photonics
⚡️ AI meets nanofabrication 🔬
Researchers created ultralight nanolattices with record strength-to-weight ratios combining AI-guided design with high-resolution 3D printing.
Explore this success story and 2,100+ publications based on Nanoscribe technology 👇
tinyurl.com/2j447t8d
Researchers created ultralight nanolattices with record strength-to-weight ratios combining AI-guided design with high-resolution 3D printing.
Explore this success story and 2,100+ publications based on Nanoscribe technology 👇
tinyurl.com/2j447t8d
October 9, 2025 at 11:01 AM
⚡️ AI meets nanofabrication 🔬
Researchers created ultralight nanolattices with record strength-to-weight ratios combining AI-guided design with high-resolution 3D printing.
Explore this success story and 2,100+ publications based on Nanoscribe technology 👇
tinyurl.com/2j447t8d
Researchers created ultralight nanolattices with record strength-to-weight ratios combining AI-guided design with high-resolution 3D printing.
Explore this success story and 2,100+ publications based on Nanoscribe technology 👇
tinyurl.com/2j447t8d
Opti-Cal relies on Quantum X shape to 3D print universal calibration artefacts that are precise, reproducible & super-fast to produce.
Discover more 👇
tinyurl.com/ya28kmxc
Discover more 👇
tinyurl.com/ya28kmxc
October 7, 2025 at 11:00 AM
Opti-Cal relies on Quantum X shape to 3D print universal calibration artefacts that are precise, reproducible & super-fast to produce.
Discover more 👇
tinyurl.com/ya28kmxc
Discover more 👇
tinyurl.com/ya28kmxc
🔎 Meet us in Stuttgart & San Sebastián!
📅 Quantum Effects 2025: oct 7–8, Stuttgart, booth 2A23, hall 2
📅 3DAM conference 2025: oct 6–10, San Sebastián, including a talk by Dr. Benjamin Richter on oct 8, 16:15
👉 See all our upcoming events here: tinyurl.com/49659xr6
📅 Quantum Effects 2025: oct 7–8, Stuttgart, booth 2A23, hall 2
📅 3DAM conference 2025: oct 6–10, San Sebastián, including a talk by Dr. Benjamin Richter on oct 8, 16:15
👉 See all our upcoming events here: tinyurl.com/49659xr6
October 2, 2025 at 11:01 AM
🔎 Meet us in Stuttgart & San Sebastián!
📅 Quantum Effects 2025: oct 7–8, Stuttgart, booth 2A23, hall 2
📅 3DAM conference 2025: oct 6–10, San Sebastián, including a talk by Dr. Benjamin Richter on oct 8, 16:15
👉 See all our upcoming events here: tinyurl.com/49659xr6
📅 Quantum Effects 2025: oct 7–8, Stuttgart, booth 2A23, hall 2
📅 3DAM conference 2025: oct 6–10, San Sebastián, including a talk by Dr. Benjamin Richter on oct 8, 16:15
👉 See all our upcoming events here: tinyurl.com/49659xr6
Award-winning precision, now at #ECOC2025:
Quantum X align powers low-loss, broadband optical coupling through aligned 3D printing.
📍Find us at booth C4138 and let’s talk scalable photonics!
👉 Explore Quantum X align tinyurl.com/2s46d7wd
Quantum X align powers low-loss, broadband optical coupling through aligned 3D printing.
📍Find us at booth C4138 and let’s talk scalable photonics!
👉 Explore Quantum X align tinyurl.com/2s46d7wd
October 1, 2025 at 12:22 PM
Award-winning precision, now at #ECOC2025:
Quantum X align powers low-loss, broadband optical coupling through aligned 3D printing.
📍Find us at booth C4138 and let’s talk scalable photonics!
👉 Explore Quantum X align tinyurl.com/2s46d7wd
Quantum X align powers low-loss, broadband optical coupling through aligned 3D printing.
📍Find us at booth C4138 and let’s talk scalable photonics!
👉 Explore Quantum X align tinyurl.com/2s46d7wd
💡 Next-gen photonics needs next-gen 3D printing precision
🔍 Discover how nanoscale alignment precision in 3D printing enables efficient, scalable interconnects in photonics packaging in our on-demand webinar.
🎥 Watch now for free: tinyurl.com/vucjw78r
🔍 Discover how nanoscale alignment precision in 3D printing enables efficient, scalable interconnects in photonics packaging in our on-demand webinar.
🎥 Watch now for free: tinyurl.com/vucjw78r
September 30, 2025 at 11:01 AM
💡 Next-gen photonics needs next-gen 3D printing precision
🔍 Discover how nanoscale alignment precision in 3D printing enables efficient, scalable interconnects in photonics packaging in our on-demand webinar.
🎥 Watch now for free: tinyurl.com/vucjw78r
🔍 Discover how nanoscale alignment precision in 3D printing enables efficient, scalable interconnects in photonics packaging in our on-demand webinar.
🎥 Watch now for free: tinyurl.com/vucjw78r
Ultra-compact optics for photonics packaging
With its high refractive index, IP-n162 enables smaller, more efficient 3D-printed optical low-loss couplers. Used by leading researchers like Prof. Qixiang Cheng (@cam.ac.uk).
👉 More about IP-n162: tinyurl.com/264jadjj
With its high refractive index, IP-n162 enables smaller, more efficient 3D-printed optical low-loss couplers. Used by leading researchers like Prof. Qixiang Cheng (@cam.ac.uk).
👉 More about IP-n162: tinyurl.com/264jadjj
September 25, 2025 at 11:03 AM
Ultra-compact optics for photonics packaging
With its high refractive index, IP-n162 enables smaller, more efficient 3D-printed optical low-loss couplers. Used by leading researchers like Prof. Qixiang Cheng (@cam.ac.uk).
👉 More about IP-n162: tinyurl.com/264jadjj
With its high refractive index, IP-n162 enables smaller, more efficient 3D-printed optical low-loss couplers. Used by leading researchers like Prof. Qixiang Cheng (@cam.ac.uk).
👉 More about IP-n162: tinyurl.com/264jadjj
👋 Meet Philipp – our Online Marketing Manager at Nanoscribe!
With a Master’s in Marketing, he brings fresh ideas to our socials, website & newsletters.
Off work he’s into ⚽ & 🍳.
Check out his creative touch on our site! 🌐
tinyurl.com/tk52a4kj
#MeetOurTeam
With a Master’s in Marketing, he brings fresh ideas to our socials, website & newsletters.
Off work he’s into ⚽ & 🍳.
Check out his creative touch on our site! 🌐
tinyurl.com/tk52a4kj
#MeetOurTeam
September 23, 2025 at 11:04 AM
👋 Meet Philipp – our Online Marketing Manager at Nanoscribe!
With a Master’s in Marketing, he brings fresh ideas to our socials, website & newsletters.
Off work he’s into ⚽ & 🍳.
Check out his creative touch on our site! 🌐
tinyurl.com/tk52a4kj
#MeetOurTeam
With a Master’s in Marketing, he brings fresh ideas to our socials, website & newsletters.
Off work he’s into ⚽ & 🍳.
Check out his creative touch on our site! 🌐
tinyurl.com/tk52a4kj
#MeetOurTeam
🔬 Meet us at ECOC 2025 in Copenhagen, Sep 29–Oct 2!
Visit booth C4138 to talk about Quantum X align, nanometer-precision 3D printing and how it enables freeform microoptics on fibers and chips for next-gen photonic devices.
👉 tinyurl.com/yck8jbfw
Visit booth C4138 to talk about Quantum X align, nanometer-precision 3D printing and how it enables freeform microoptics on fibers and chips for next-gen photonic devices.
👉 tinyurl.com/yck8jbfw
September 18, 2025 at 11:01 AM
🔬 Meet us at ECOC 2025 in Copenhagen, Sep 29–Oct 2!
Visit booth C4138 to talk about Quantum X align, nanometer-precision 3D printing and how it enables freeform microoptics on fibers and chips for next-gen photonic devices.
👉 tinyurl.com/yck8jbfw
Visit booth C4138 to talk about Quantum X align, nanometer-precision 3D printing and how it enables freeform microoptics on fibers and chips for next-gen photonic devices.
👉 tinyurl.com/yck8jbfw
OrmoComp® is now validated for Nanoscribe’s Quantum X systems.
The trusted hybrid photoresin from microresist technology further extends the material portfolio for reliable fabrication of high-precision microoptics.
👉 Learn more: tinyurl.com/mvek7d6b
The trusted hybrid photoresin from microresist technology further extends the material portfolio for reliable fabrication of high-precision microoptics.
👉 Learn more: tinyurl.com/mvek7d6b
September 17, 2025 at 11:01 AM
OrmoComp® is now validated for Nanoscribe’s Quantum X systems.
The trusted hybrid photoresin from microresist technology further extends the material portfolio for reliable fabrication of high-precision microoptics.
👉 Learn more: tinyurl.com/mvek7d6b
The trusted hybrid photoresin from microresist technology further extends the material portfolio for reliable fabrication of high-precision microoptics.
👉 Learn more: tinyurl.com/mvek7d6b
Printed vertical couplers enable efficient fiber-to-chip coupling and faster packaging.
With 2PP, microlenses are aligned and batch-fabricated directly on PICs.
👉 Print yours with Quantum X align: tinyurl.com/4rseke72
With 2PP, microlenses are aligned and batch-fabricated directly on PICs.
👉 Print yours with Quantum X align: tinyurl.com/4rseke72
September 11, 2025 at 11:02 AM
Printed vertical couplers enable efficient fiber-to-chip coupling and faster packaging.
With 2PP, microlenses are aligned and batch-fabricated directly on PICs.
👉 Print yours with Quantum X align: tinyurl.com/4rseke72
With 2PP, microlenses are aligned and batch-fabricated directly on PICs.
👉 Print yours with Quantum X align: tinyurl.com/4rseke72