Cell Neurobiology & Imaging

ibidi µ-Dish 35 mm low Grid-500

Low-profile gridded dish with 500um spacing for reduced medium volume cultures

ibidi µ-Plate 96 Well Round

96-well plate with round wells for high-throughput screening and microscopy

ibidi µ-Plate 6 Well

6-well microplate with superior well flatness for fluorescence microscopy

ibidi µ-Plate 12 Well

12-well microplate with premium optical quality for scalable imaging experiments

ibidi µ-Plate 24 Well for Membrane Inserts

24-well plate compatible with membrane inserts for co-culture assays

ibidi µ-Plate 96 Well 3D

96-well plate engineered for 3D cell culture and spheroid formation

ibidi µ-Plate 384 Well Glass Bottom

Ultra-high-density plate with glass coverslip for super-resolution microscopy

ibidi µ-Plate 384 Well Clear

384-well plate with clear bottom for high-throughput imaging and absorbance assays

STX4 EVOM™ Electrode for TEER in 6.5 mm Inserts

WPI's newest hands-free chopstick electrode for TEER and transepithelial potential measurement on 6.5 mm hanging transwells. Replaceable blades, no chloriding required, and a fixed-geometry design that delivers reliable single-shot readings on EVOM™ Manual / EVOM3 (and on EVOM2 / Millicell® ERS-2 via the EVM-AC-02-01-01 adapter).

STX HTS EVOM™ Electrode – TEER for HTS Plates

WPI's plate-specific TEER electrode family for high-throughput screening on bonded HTS culture plates. Five self-aligning variants cover Corning 24/96, Corning Falcon 24, Millipore 96, and MatTek 96 — delivering automation-grade spatial repeatability with a hand-held electrode and the EVOM™ Manual (or EVOM2 / Millicell® ERS-2 via the STX4 adapter).

EVOM™ Auto - Automated TEER Measurement System

EVOM™ Auto is WPI's automated TEER measurement system for 24- and 96-well HTS plates — reading a complete 96-well plate in under four minutes. Compatible with Corning, Millipore, and MatTek HTS formats, with browser-based control, three rinse stations, crash protection, and an optional GxP module for 21 CFR Part 11 compliance. Purpose-built for drug discovery, ADME screening, and high-throughput barrier-function research.