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KWIK-CAST™ Low Toxicity Silicone Sealant

KWIK-CAST™ is a very low viscosity, low-toxicity two-part silicone sealant developed to embed peripheral nerves with electrodes for acute multi-fiber recordings. It flows easily to fill the small spaces around the nerve, leaving no channels for peritoneal fluid that could short-circuit nerve/electrode contact. Color-coded components (yellow catalyst + blue base = green when mixed) make mixing foolproof. With a curing time of approximately 3 minutes, it is ideal for stationary preparations and in vitro tissue studies. KWIK-CAST can be applied under mineral oil, and after recording, electrodes are easily recovered due to the product's low tear strength.

Ag/AgCl Electrode

VAR-2739 Ag/AgCl electrodes are sintered silver/silver chloride pellets designed for use as bath reference electrodes in electrophysiology, patch clamp, and similar life science applications. Available in seven size variants (EP05–EP12), these low-resistance, high-strength pellets maintain a stable and well-balanced potential in the presence of current. Compatible with standard chloride-based electrolytes such as KCl, NaCl, and CaCl₂, they are a cost-effective and easy-to-use solution for building custom reference half-cells.

MP-MC Mini Peristaltic Multi-Channel Pump

The MP-MC Mini Peristaltic Multi-Channel Pump by Hugo Sachs Elektronik is a compact pump with integrated stepper motor control, available in 2-channel (MP-MC2) and 4-channel (MP-MC4) configurations. Designed for precise perfusion in space-constrained setups such as isolated organ systems and electrophysiology imaging rigs, it delivers smooth, low-pulsation flow from 0.004 to 40 mL/min per channel. With analog external control and compatibility with the Hugo Sachs constant-pressure perfusion system, it integrates seamlessly into complex experimental workflows.

MP-SC Mini Peristaltic Single-Channel Pump

The MP-SC Mini Peristaltic Single-Channel Pump by Hugo Sachs Elektronik is an ultra-compact peristaltic pump ideal for precise, single-line perfusion in isolated organ systems, electrophysiology imaging, and other space-constrained lab setups. Its 4-roller pump head with a multiturn speed dial and lock ensures reproducible flow rates from 0.004 to 40 mL/min. With analog external control and compatibility with the Hugo Sachs constant-pressure perfusion module, it integrates easily into complex experimental configurations.

Humaneway™ Rodent Tail Vein Simulators

Realistic rodent tail vein simulators for practicing injection and blood collection techniques without live animals. Available in mouse (white ICR and black C57BL/6) and rat models, each simulator supports up to 100 uses. Developed with 3D printing and soft tissue technology for true-to-life tactile feedback. Kit includes simulator, 5 infusion sets, and 2 blunt needles.

Humaneway™ Rodent Restraint Devices

Precision-engineered rodent restrainers with a bell-shaped entrance for smooth, stress-free animal handling. Fully autoclavable and available in six sizes — three for mice (Φ28, Φ32, Φ35) and three for rats (Φ47, Φ64, Φ70). Designed for tail vein injections, blood collection, and tail-access procedures with minimal animal distress.

Humaneway™ Laboratory Needles

Ultra-sharp 25G disposable needles designed for laboratory mice and rats. The line includes Blood Collection Needles (50/box) for closed-system capillary-action sampling via 1.8mm tubes, and Winged Infusion Sets (100/box) with flexible butterfly wings for precise tail vein injection. Compatible with Humaneway™ Tail Vein Simulators for training.

Humaneway™ Neonatal Mouse Simulators

Realistic neonatal mouse pup simulators for sex determination training. Each set includes 3 female and 3 male models (6 total) with accurate external anatomy for learning to identify sex differences in mouse pups — without handling fragile live neonates. Supports 3Rs compliance for breeding colony management training.

AMTI Instrumented Stairs

Removable force-sensing stairway system that attaches to two AMTI solid-top force plates to measure ground reaction forces across four consecutive steps. Ideal for clinical gait labs studying stair ascent and descent — detaches in minutes to restore the plates for walking, running, or jump protocols.