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⚙️ We can customize & upgrade Sutter Instrument multi-photon systems with modular #Photomanipulation, #Optogenetics, FRAP, FLIM, and holographic #Photostimulation devices.
📌 Built around your experiment, not the other way around.
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🤔 Single- or multi-photon #microscopy?
🔘 A #confocal pinhole rejects out-of-focus fluorescence at detection, but excitation still happens along the beam path.
✨ In #multiphoton, fluorescence is generated mainly at the focal volume, supporting deeper, gentler imaging in sensitive live specimens.
📈or📉? Your downstream data is only as good as your starting material.
Accuva Cellect offers IR capture & UV laser cutting in one #LCM system and a dedicated QC station for visual inspection.
👉 Or to put it simply: Cut. Capture. Verify.
#LaserCaptureMicrodissection
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🔗 One or multiple Rapp devices can be combined within one system & integrated alongside imaging workflows such as lattice light-sheet, spinning disk, confocal, widefield, and multi-photon microscopy.
✅ Expand your microscopy from simple observation to full interactive control.
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🌈x🛠️ Light can become a versatile tool in your experiments. Photomanipulation is the controlled use of focused light to locally modify/stimulate/disrupt biological & physical processes in a sample.
❓Which photomanipulation approach could unlock the most interesting possibilities for your biology?
4/5
📄 As a proof of principle, the published C. elegans example from the Kreysing lab @kreysinglab.bsky.social is especially striking: FLUCS-induced rotational flow can move PAR-2 domains & even invert (❗) the embryonic body axis.
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✅ You can intuitively generate multiple flow patterns, tune speed through laser power & scan speed, and easily integrate the method into complex experimental protocols.
2/5
🔴 With a rapidly scanned IR laser, FLUCS generates directed thermoviscous flows along predefined paths, enabling flexible flow patterns and integration into complex microscopy workflows.
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🤔 What can you actually do with #FLUCS?
💡 FLUCS enables researchers to actively & flexibly control intracellular flows. Non-invasively & label-free.
📩 Get in contact with us to explore how FLUCS can add a new dimension to your research.
#Photomanipulation #Bioimaging #Biophysics
🇸🇪 Thank you to everyone who visited us at #FOM2026 in Stockholm.
💡Sven came away with many useful discussions on #photomanipulation & advanced #bioimaging.
👋 We appreciated the strong interest throughout the meeting & look forward to seeing you again next year!
#Microscopy #Multiphoton #FLUCS
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🧠Multi-photon microscopy
Custom Sutter microscopes with Photomanipulation/-stimulation, Optogenetics, FRAP, FLIM, & Holo4D add-ons.
✨Holo4D
Complex, high-precision patterns in 3D. Study neural circuits, interactions & biological processes in new ways by stimulating individual cells/cell groups.
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🔄 FLUCS
Contact- & label-free flow manipulation using scanned IR laser-induced thermoviscous flows, in parallel with imaging.
🎯 UGA-42: Three devices, one modular platform
•Caliburn for ablation & microdissection
•Geo for shaped illumination of larger areas
•Firefly for general photomanipulation
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🇸🇪 We are excited to join #FOM2026 in Stockholm at a shared booth with Chroma as co-sponsors of the meeting.
📍 Stop by and discuss your workflow with Sven to explore which state-of-the-art imaging & photomanipulation solution best fits your needs.
#Microscopy #Bioimaging #Photomanipulation
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🎯 UGA-42 Series: Three devices, one modular platform
⚡ Caliburn for ablation & microdissection
🔷 Geo for shaped illumination of larger areas
✨ Firefly for general photomanipulation
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🔄 FLUCS
Contact- and label-free flow manipulation using scanned IR laser-induced thermoviscous flows, in parallel with imaging.
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🇫🇷 We are excited to join the 2nd FBI Mechanobiology Meeting 2026 in Paris!
Anja will present the “Latest Applications in Fast & Precise Photomanipulation”
🗓️ Thu 26/03
🕒 11:45–12:05
📍Come meet us & discuss your mechanobiological workflow.
#Mechanobiology #Microscopy #Bioimaging #Photomanipulation
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🔬 At Rapp, we are proud to see our technologies enabling discoveries like this, where precision photomanipulation becomes a key step in uncovering complex biological mechanisms.
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👏 Congratulations again to the Mateus Group @ritamateus.bsky.social, the lab of Frank Jülicher @mpipks.bsky.social & all other authors on this exciting work published in Science Advances.
📄Read the open access publication here: www.science.org/doi/10.1126/...
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💡How do injured organs know it's time to regrow?
🎯UV-laser microsurgery was used to precisely injure zfish larval fins during live imaging, helping reveal how wound-adjacent cells initiate a tissue-scale Ca²⁺ wavefront & organ-wide repair response.
#Bioimaging #Photomanipulation #ScienceAdvances
📢 We are happy to share our booth with our good friends from Chroma Technology Corp. & TOPTICA Photonics.
🇵🇹 Coimbra, here we come!
✨ We’re proud to support #ELMI2026 as a Gold Sponsor. We can't wait to hear what you're working on!
👏Huge thanks to @ppbioimaging.bsky.social for the incredible organization.
📆 See you in June!
#Microscopy #ImagingScience #Bioimaging #ScientificInnovation #FLUCS
We’re excited to join the @dfg.de Final Symposium
“Frontiers in Light Microscopy – Technologies Driving Discovery”
@uniosnabrueck.bsky.social
Looking forward to celebrating the discoveries emerging from the light microscopy community
#LightMicroscopy #Bioimaging #CellBiology #ScienceInGermany
Welcome to #bps2026
We’re now represented by @Oxxius in the US.
Find our CEO @swarnck.bsky.social together with Anna Fasoli at booth no. 428.
As usual, get additional #photomanipulation info from the teams at Chroma Technology (Booth no. 413) and @sutterinstrument.bsky.social (booth no. 500).
@visitech.bsky.social
Thanks for the mention! Excited to keep pushing things forward together with this fantastic group of partners.
⚡👩🔬Electrical signals are key for promoting organ regenerative growth, a new study!
Out now in Science Advances, from the Mateus group @ritamateus.bsky.social at PoL and @mpi-cbg.de along with the lab of Frank Jülicher @mpipks.bsky.social
Read the news here: tud.link/7jzptz
Video:©️ Mateus group
Beautiful ablations!
Congrats to all people involved for very convincing experiments and results!
short correction:
page 18, obviously the beautiful neuron image by Ana Sanchez Moreno from @andrewplested.bsky.social lab, dendrites with spines are shown, not axons.
Curious how @rappopto.bsky.social can boost your biological research?
Missed the webinar?
Good news!
You can still catch the 20-minute talk by @martinbrill.bsky.social on the @eurobioimaging.bsky.social #TechExchange YouTube channel 👇
▶️ Watch here:
youtu.be/pdRdvnvvh7I?...
Curious how @rappopto.bsky.social can support your biological research?
Learn about advanced photomanipulation techniques in a webinar hosted by
@eurobioimaging.bsky.social
January 23, 2026 14:00–14:30 CET
by @martinbrill.bsky.social
Register here:
www.eurobioimaging.eu/events/event...
