The high response speed of this sensor is particularly advantageous in commercial applications, such as laser beam monitoring, laser processing and micro-machining, diode LIV testing, and more. #photons #PowerSensor #ThermalSensor #AmplifiedDetector #PulsedLasers #pyroelectric

While designed for measuring short, high-energy laser pulses, it can also be used to measure modulated or pure continuous wave (CW) sources. Signal amplification can be adjusted in 8 gain steps up to 36 dB.

Coin Clash Match 1: @PepeSolOfficial vs @chonkycom starts NOW! Who takes the first W? 👇

Thorlabs' new Fast Thermal Sensor Amplified Detector is an amplified, switchable-gain, tetrathiotetracene (TTT) based detector for use with pulsed light signals between 190 nm and 2400 nm.

Introducing Thorlabs' New Fast Thermal Sensor Amplified Detector for Pulsed Lasers! Learn More at https://t.co/ytQ84xdZ2A

This Thanksgiving, we’re grateful for our amazing customers and dedicated team. Thank you for your trust and hard work. Wishing you a warm and happy holiday!

The integrated electronic controller can be controlled remotely using a PC or manually via the buttons and velocity potentiometer on the control keypad. #lts #LinearTravelStage #LinearStage #TranslationStage #LongTravel #LongLinear

The stage is lightweight, compact, and robust with high performance over the full travel range. The heavy-duty aluminum construction and 6.0 mm moving platform height makes this stage ideal for applications where space is limited.

The 450 mm Linear Translation Stage with Integrated Controller is optimized for applications requiring high load capacity and high resolution, such as measurement and inspection.

Introducing Thorlabs' New 450 mm Linear Translation Stage with Integrated Stepper Motor Controller! Learn More at https://t.co/G0LPm3ccCv

We're here at Neuroscience 2025 hosted by the Society for Neuroscience in San Diego, California! Visit us at Booth # 2313 before the show ends on November 19! #SfN2025 #SocietyForNeuroscience #Neuroscience #Imaging #Microscopy

Go behind the scenes of Thorlabs' Mechanics Business Unit and see how we use rigorous inspection, precision metrology and ISO-calibrated equipment to ensure that every piece of Thorlabs optomech meets exact specifications. https://t.co/CssxDpWKar

This innovative module features our Exulus-HD2 SLM, enabling whole-field one-photon illumination. When paired with a high-speed camera, it captures up to 1000 fps via subROIs and can be integrated with two-photon SLM stimulation for a wide range of applications.

We’re excited to introduce our Voltage Imaging Module, the newest add-on for the Bergamo® III Series Multiphoton Microscopy Platform!

We are counting down the days until #SfN2025! Visit Thorlabs at booth # 2313 to explore our comprehensive line of imaging systems and voltage imaging technologies, designed to deliver high-performance and customizable solutions for your application’s needs.

These mounts are offered as side-optic retention or SM-threaded mounts and are compatible with Ø1/2", Ø1", or Ø2" optics. These mounts are highly customizable and available for one-off modifications to meet specific customer needs. Learn More:

The customer-inspired Polaris®KA Aluminum Kinematic Mirror Mounts offer the reliable, long-term alignment stability of Thorlabs’ Polaris line but feature a lightweight design.

The system has a center wavelength of 795 nm, corresponding to the D₁ atomic transition line of rubidium (Rb), and is preconfigured for out-of-the-box use. A 780 nm version, corresponding to the D₂ transition of Rb, is also available. Learn More:

Thorlabs' DBR79TK Turnkey Low-Noise Laser System combines low-noise drive electronics and temperature stabilization in a compact benchtop housing to deliver narrow-linewidth and low-relative intensity noise (RIN) performance.

The wavelength meter features a scanning Michelson interferometer with an internal reference laser, enabling high-accuracy measurements and a quick start-up. Learn More:

The newly released WM202 Wavelength Meter is a general-purpose device designed for measuring the center wavelength of a continuous wave laser from 600 to 1700 nm (bandwidth ≤10 GHz) with an absolute accuracy down to 0.3 parts per million.