Bioptechs micro‑environmental systems keep embryos in host‑like conditions on the microscope, so you can capture hours to days of high resolution developmental events without drift, stress, or loss of viability.
Stable, host‑like temperature at the specimen for entire embryogenesis movies
Configurable perfusion and laminar flow for morphogen pulses and media exchange
High‑NA, long‑term imaging with minimal focus drift or thermal gradients
Understanding the challenges that compromise your developmental imaging experiments
Standard stage heaters warm the metal, not the embryo, creating gradients across the dish that stress sensitive embryos and early organoids.
Thick plastics, peripheral heaters, and uneven warming cause expansion and drift, so your 4D embryo movies walk out of focus over time.
Open‑dish perfusion and improvised tubing give unpredictable flow and shear, making it risky to deliver morphogens or drugs during key developmental windows.
Many chambers weren't built for high-NA objectives and intensive illumination, leading to thermal instability and photodamage during long acquisitions.
Bioptechs was designed from the ground up around live, developing specimens on the microscope: embryos, explants, and organoids included.
Choose the system that fits your experimental needs
Your experiment
Bioptechs system that fits best
Early embryos, gastruloids, organoids in dishes
Whole embryos / explants with perfusion
Open access embryo manipulation
For early embryos, gastruloids, and organoids grown in dishes, the Delta T System turns your microscope stage into a stable, host‑like incubator.
ITO‑coated #1.5 glass bottom is directly heated with feedback control, giving precise, uniform temperature at the specimen.
Compatible with monolayers, organoids, tissue slices, and engineered embryoid structures.
Plate, incubate, and image in the same Delta T dish; no transfer to a separate chamber, reducing mechanical stress on fragile developmental stages.
Thin glass, minimal mass, and fast thermal recovery support high‑resolution, multi‑hour or multi‑day imaging with reduced focus drift.
Compatible with monolayers, organoids, tissue slices, and engineered embryoid structures.
Ideal for: ESC/iPSC differentiation, gastruloids, early zebrafish or mouse embryos in dishes, and implantation models.
When you need precise flow around a developing embryo or explant, FCS2 gives you a closed, perfusable optical cavity with unmatched temperature uniformity.
Cells or embryos are mounted on a coverslip that becomes part of a sealed chamber supporting continuous or pulsed perfusion.
Gasket geometry lets you set channel height, volume, and flow profile (laminar, low‑shear, or narrow directed streams) around your specimen.
High‑volume laminar perfusion is combined with precise temperature control and Koehler illumination, eliminating the need for bulky air curtains.
Works with fluorescence, DIC, confocal and more on major microscope brands, so you can use your existing optics for developmental movies.
Ideal for: Perfused zebrafish, Xenopus, chick explants, and organoids that require dynamic morphogen delivery, drug screening, or controlled shear during development.
Need physical access to embryos while keeping them in a stable, warm environment? Delta T open‑dish setups are designed for microinjection, wounding, electrostimulation, and micromanipulation.
Open‑top dishes allow direct tool access for injection or surgery while maintaining a controlled temperature field.
Suitable for microinjection, micromanipulation, mechanical probing, and recording during early development.
Answer a few simple questions to get personalized recommendations
→ Delta T System
→ FCS Chamber System
→ Delta T open‑dish configuration
→ Choose Delta T for dish models, FCS2 for perfused embryos
→ FCS2 with user‑defined flow geometry and high‑volume laminar perfusion
Answer a few questions to get a tailored system recommendation from a micro-environmental specialist
