Introducing the next‑generation double‑tilt cryo‑holder designe for researchers pushing the boundaries of in‑situ cryogenic electron microscopy. Purpose‑built for advanced studies of quantum, functional, and beam‑sensitive materials, it enables confident exploration of temperature‑dependent phenomena with the control and reliability demanded by today’s most challenging experiments. By expanding what’s possible at cryogenic conditions, it helps researchers achieve higher‑quality results and deeper scientific insight.

Benefits

• Maximizes cryo-image quality and productivity

• Delivers cryo-stability for higher‑quality, faster imaging

• Engineered for longer, more reliable studies

• Extends in-situ electron microscopy studies from liquid nitrogen to 100 °C*

• Makes broad range, temperature-dependent, in-situ material studies possible

• Leverages the complete Gatan in-situ ecosystem

Double-tilt liquid nitrogen cooling holder, model 1697, can be used to observe low-temperature in-situ phase transitions in quantum/function materials and to reduce radiation damage in beam-sensitive materials. A proprietary mechanical and thermal design minimizes drift and vibration at low temperatures, enabling confident high-resolution imaging and analysis. By removing cryo‑instability as a limiting factor, the holder allows researchers to focus on high‑impact scientific questions rather than compensating for experimental constraints.