From a beam of light to a repeatable cell workflow.

Built around Black-light OET, Chiplight offers instruments, optofluidics, experimental chips and custom R&D services.

BLACK-LIGHT OPTOELECTRONIC TWEEZERS

Collect a group of cells with one moving light matrix.

Hover to preview the interaction, then click the lab to lock it in view and activate the compact light matrix. Guide trapped cells into the corresponding target slot, then click again to exit and resume normal scrolling.

Click to try optoelectronic tweezers and capture cells with the light matrix.

PHYSICAL CAPTURE SLOTS20 PHYSICAL SLOTS

MOVE TO COLLECT · ALIGN WITH A SLOT · CLICK AGAIN TO EXIT

IN MATRIX 00 · SLOTTED 00 / 20

DOMESTICALLY DEVELOPED PLATFORM

RESEARCH PLATFORM / CL-OET 01

Observe while you manipulate.

The platform combines imaging, light-field control, path planning and modular experimental environments into one research workflow.

High-resolution microscopy with multiple objectives
Stable, long-life LED illumination
Shape drawing and custom path planning
Multi-image import for programmed motion
Optional fluorescence, temperature-control and fluidic modules
Manipulation range: 1–100 μm, including iPS workflows

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APPLICATION CLIPS

Replaceable media slots · 03

01 / CASE

Parallel cell manipulation

Position, select and move multiple targets in the same field of view.

02 / CASE

Single-cell trajectory

Translate drawn paths into observable and repeatable manipulation.

03 / CASE

Micro-particle sorting

Capture, arrange and sort micron-scale particles with programmable light fields.