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Brand: World Precision Instruments
Category: Animal Physiology
Industry: Life Science and Biotechnology, Pharma, Bio-pharma & Vaccine, Clinical Research & Diagnostics, Veterinary
World Precision Instruments (WPI) offers a comprehensive suite of analgesia testing systems designed for quantitative pain assessment in small animal models. These systems support preclinical evaluation of new analgesic drugs through mechanical, thermal, and chemical nociceptive testing, ensuring reproducible, ethical, and high-resolution results.
As analgesia research continues to evolve, reliable nociceptive threshold measurement has become critical for validating new pain-relief compounds before clinical testing.
WPI’s range of analgesia meters and systems provides researchers with versatile, high-precision instruments capable of measuring mechanical allodynia, thermal pain thresholds, and response latency across various experimental models.
Each device is engineered for sensitivity, ease of use, and animal welfare compliance, ensuring consistent data collection in behavioral pharmacology and neuroscience laboratories.
Analgesia Combo Kits — Comprehensive Multi-Test Systems
For laboratories requiring multi-modal pain testing, WPI offers bundled analgesia systems that combine several test types in one integrated solution — available at specialized package pricing.
Each kit includes mechanical and thermal stimuli modules, with optional add-ons like tail flick meters and plethysmographs, providing flexibility for both standard and advanced nociceptive research.
Highlights:
Multiple system combinations for allodynia, hyperalgesia, and analgesic efficacy testing
Pre-calibrated, plug-and-play design for quick setup
Compatible with mice and rat models
Discounted pricing for research bundles
Electronic von Frey — Quantitative Mechanical Allodynia Assessment
The Electronic von Frey Meter provides a digital, objective method to assess mechanical allodynia — a pain response to normally non-painful mechanical stimuli.
With high-resolution force sensors and real-time data output, researchers can quantify tactile sensitivity changes caused by nerve injury, inflammation, or drug intervention.
Key Features:
Precision Force Measurement — Detects mechanical thresholds with fine resolution
Digital Display — Enables accurate and repeatable data capture
User-Friendly Design — Lightweight probe for stable, consistent readings
Validated in Pain Models — Ideal for neuropathic and inflammatory pain studies
Applications:
Mechanical allodynia testing
Peripheral nerve injury and inflammation models
Evaluation of analgesic compound efficacy
Plantar Test — Thermal Nociception Measurement
The Plantar Test System is engineered for thermal pain threshold testing, designed specifically for narcotic and non-narcotic analgesic evaluation.
This infrared-based instrument measures paw withdrawal latency upon radiant heat exposure, providing a precise, non-invasive method to assess thermal sensitivity and analgesic effects.
Features & Benefits:
| Feature | Benefit |
|---|---|
| Independent left/right testing | Enables bilateral testing in mice and rats |
| Adjustable intensity & timing | Tailors stimuli for diverse sensitivity thresholds |
| Infrared source calibration | Ensures consistent and reproducible heating power |
| Data logging & latency display | Provides quantitative, objective analysis for thermal response studies |
Available Combinations:
Plantar Test + Tail Flick Meter Kits for complete nociceptive profiling.
Other Analgesia Systems — Specialized Pain Research Tools
Beyond mechanical and thermal testing, WPI provides a comprehensive selection of auxiliary analgesia instruments that expand your research capabilities:
Hot/Cold Plates — Evaluate thermal hyperalgesia and cold allodynia.
Paw Pressure Meters — Quantify withdrawal response under mechanical compression.
Plethysmometer (Paw Volume Meter) — Measure inflammation-induced edema volume changes.
Incapacitance Meters — Analyze postural imbalance and weight distribution in pain models.
Grip Strength Meters — Evaluate neuromuscular function and fatigue following analgesic administration.
Accessories & Replacement Parts — Probes, sensors, calibration tools, and more.
All systems are designed with:
Minimal stress to test subjects
High repeatability and digital precision
Compliance with international ethical standards (IACUC, EU Directive 2010/63)
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