Spin Coater: Laurell is the world's leading provider of spin coaters & spin processors for Universities, Labs, R+D - serving Nanotech, Biotech, MEMS industries.
Spin coating is one of those technologies hiding in plain sight - enabling breakthroughs in energy, medicine, electronics, & materials science every single day.
If you work with thin films, you already know.
If you're just discovering it: welcome.
Follow @spincoater for more.
A drop of liquid. A spinning disc. A film just *100 nanometers thick* - uniform across the entire surface.
This is spin coating. It's one of the most elegant processes in materials science, and almost nobody outside a lab knows it exists.
A thread π§΅
Laurell Technologies has been building the world's leading spin coaters since 1985.
The 750 Series provides:
β’ 1β12K RPM
β’ 12K RPM/sec acceleration
β’ Glovebox compatible
β’ New Touchscreen UI
β’ 7-year motor warranty
πΊπΈMade in USA. Trusted worldwide.
https://t.co/Kp6PjmORSp
A research group at Penn State used a Laurell spin coater to help them create a multi-layer, ultra-thin, and flexible gel battery. Their inspiration was the biology of electric eels. @penn_state
https://t.co/nSeFdvc8KV
A Laurell Spin Processor helps a group of researchers from University of Peshawar, National Sun Yat-sen University, University of Education, Lahore, and Sejong University (μΈμ’ λνκ΅ κ·Έλ£Ή) to fabricate a thin-film humidity sensor.
https://t.co/y35BtYPHF2
Happy Holidays to all.
Laurell Technologies production facilities will be on vacation from 12 pm Wednesday, December 24th until Monday, January 5th 2026.
Thank you to all for a successful 2025.
Using a Laurell Technologies spin coater, researchers at the Shenzen Inst. of Sci., Suzhou University of Sci. & Tech., & Samcien Semiconductor Materials Co. have made ocean surface triboelectric generator nanofilms with environmentally friendly materials.
https://t.co/fmXn6KWlxu
Laurell Technologies introduces their new 750 series spin processor.
An all new wireless controller with a custom GUI developed in-house running on custom hardware for reliable and efficient operation.
See more at https://t.co/GhNybjD9GN
A group from Massachusetts Institute of Technology (MIT) use a Laurell spin coater in their research into boron cation-based near-infrared emitters. @MIT
https://t.co/g3ud8IxfFl
A group of researchers from the University of Pardubice used a Laurell spin coater in their work making and characterizing manganese sulfide thin films. The nanoparticle films they created exhibited photocatalytic activity. @UniPardubice
https://t.co/EUmrmypcJD
Gulden Akcay and Regina Luttge from TU Eindhoven describe their work developing a novel Brain-on-Chip (BoC) device. A Laurell spin coater is used to lay down a PDMS membrane. @TUeindhoven https://t.co/4SgtY63Feh
Researchers from Stanford University, @GeorgiaTech , and @UCBerkeley describe their work making electrochromic polymer thin films and their use in ElectroChromic Optical Recording (ECORE). The thin films were made using a Laurell spin coater. https://t.co/QuTWD2blM2
An older Laurell spin coater still provides good service to a group from the University of Pennsylvania, and University College London (UCL) when laying down nanoporous films that exhibit the potential for energy-efficient water harvesting. @ucl https://t.co/JiIdzRzmMb
2/2 The researchers attended κ°ν¨λ¦λνκ΅ The Catholic University of Korea, νμλνκ΅ Hanyang University, KITECH, University of Ulsan, Dongguk University, μ€μλνκ΅(Chung Ang University, CAU), μ±κ· κ΄λνκ΅-Sungkyunkwan University, and κ³ λ €λνκ΅ Korea University.
A group of Korean researchers developing treatments for urethral strictures have created a coated urethral stent with the ability to induce localized hyperthermia. A Laurell spin coater helped with the characterization of the required coatings. 1/2
https://t.co/5uaSSKTp8N