InSitu Pro™ Stage Selector — Interactive Tool
Product Detail
Not sure which in-situ stage fits your experiment? Answer five quick questions below — observation method, temperature window, cooling, atmosphere, and probes — and the selector matches you to the right InSitu Pro™ model out of the complete range, with a one-click quote request. It is free, takes about a minute, and works on desktop and mobile.
How it works
- 1Optical or electrical?
Choose how you observe the sample — through a microscope or Raman objective, or with electrical probes on the surface.
- 2Temperature window
Set the coldest and hottest points your experiment must reach — families are filtered by real rated ranges, −190 °C to 1700 °C.
- 3Cooling method
LN₂, Peltier (TEC), or none — your target temperature alone usually decides this.
- 4Atmosphere
Air, vacuum (“V” models), or inert / reactive gas flow — critical above a few hundred °C, where oxidation in air is the default outcome.
- 5Probes & motion
Fixed or adjustable probes, XY scanning, rotation — the last filter that pins down the exact model.
- ✓Your match — quote in one click
Each result card shows rated range, chamber, and probes; the button pre-fills our contact form with the exact model. Models tagged “New · quote” are ordered by quotation.
Want the reasoning behind each step?
FAQ
How accurate are the matches?
The selector runs on the current InSitu Pro™ specification database — rated temperature ranges, chamber options, cooling methods, and probe configurations for every model in the range. Final configurations are always confirmed by our engineers during quotation.
What happens after I request a quote?
The button opens our contact form with your selected model pre-filled. Submit it and our team replies with pricing, lead time, and configuration advice — typically within one business day.
The Stage Selector is a guidance tool. Model availability and specifications are confirmed at quotation; for detailed ratings always refer to the individual product pages and datasheets. InSitu Pro™ is a trademark of ACS Material, LLC.