Home

Visual Inspection Qualification Kits

Precision Engineering defect kits for end to end visual inspection needs

Precision Defect Kits for Reliable Inspections

Our Visual Inspection Qualification Kits combine particle defects, cosmetic defects, and good containers to train personnel and validate inspection systems against global regulatory standards.

Key Benefits

Technical Specifications

Size Range

50μm - 5000μm

Materials

Glass, SS, Rubber, Fibers

Sizing Accuracy

5%

Characterization

±5μm (NIST2D/3D microscopy with images traceable)

Probability of Detection

10x PoD for each defect

Shelf Life

2 years and Extendable up to total 3 years, upon revalidation via visual inspection after every 6 months

Temperature Range

2 to 25

Regulatory Compliance

US FDA, EU GMP, JP, MHRA, TGA etc.

Applications

AVI System Validation

Qualify and challenge automated visual inspection machines during:

Inspector Training

Develop and maintain manual inspection competency:

Regulatory Compliance

Meet global pharmacopeia requirements:

Documentation

Master Certificate

Summary of all defects with acceptance criteria

Particle Characterization

Microscopy images with size measurements

Defect Library Catalog

Complete list of critical/major/minor defects

USP 1790 Compliance Guide

How to align your inspection process with USP requirements

Kit Handling Videos

Proper storage and usage instructions

Inspection SOP Template

Ready-to-customize standard operating procedure

Supported Container Types

Custom kits available for all common parenteral packaging formats

Glass Vials

Clear and amber options

Pre-Filled Syringes

Including needle shield defects

Lyophilized Vials

Cake defects & melt back

Ampoules

Seal and particle defects

BFS Containers

Bottles and ophthalmic

Kit Types

Tailored solutions for every inspection need

POD Kit (Probability of Detection)

Establishes baseline inspection accuracy with 20% defect containers and 80% good containers.

PQ Kit (Performance Qualification)

Validates manual or automated systems under real operating conditions.

ER Kit (Error Rate)

Evaluates false positives/negatives as required by USP 1790.

Comprehensive Defect Library

18+ years of industry expertise in particulate defect preparation

Critical Defects

Major Defects

Minor Defects

Frequently Asked Questions

A: For custom kits, the typical lead time is 4–6 weeks from order confirmation to delivery. This includes:

  1. R&D Consultation (1 week)

    • Technical calls to align on defect types, particle sizes, and container specifications.

    • Regulatory review (e.g., USP/EMA compliance for your product category).

  2. Kit Development & Validation (2–3 weeks)

    • Precision particle insertion under laminar flow.

    • 3D particle characterization and documentation.

    • Stability testing (if required for lyophilized/color-sensitive products).

  3. Quality Release & Shipping (1 week)

    • Final QA approval with Master Certificate of Analysis.

    • Global express shipping options available.

Expedited Options:

  • 3 weeks for semi-custom kits (modifications to existing designs).

  • 2 weeks for urgent pilot batches (additional fees apply).

A: Our proprietary Particle Stabilization Technology combines:

  1. Material Science

    • Particles are pre-cleaned, sterilized, and UV-coded to prevent degradation.

    • Glass/metal particles undergo surface charge neutralization to avoid adhesion.

  2. Advanced Packaging

    • Airtight containers with nitrogen blanketing to prevent oxidation.

    • Anti-static vials for rubber/fiber particles.

  3. Validation Process

    • Accelerated aging studies (per ICH Q1A guidelines).

    • Quarterly viability checks via high-resolution microscopy.

Real-World Proof:

  • 98% of particles remain detectable after 3 years in client-reported data.

A: Our proprietary Particle Stabilization Technology combines:

  1. Material Science

    • Particles are pre-cleaned, sterilized, and UV-coded to prevent degradation.

    • Glass/metal particles undergo surface charge neutralization to avoid adhesion.

  2. Advanced Packaging

    • Airtight containers with nitrogen blanketing to prevent oxidation.

    • Anti-static vials for rubber/fiber particles.

  3. Validation Process

    • Accelerated aging studies (per ICH Q1A guidelines).

    • Quarterly viability checks via high-resolution microscopy.

Real-World Proof:

  • 98% of particles remain detectable after 3 years in client-reported data.

A: Per USP <1790> and global GMP guidelines, inspectors must undergo requalification every 6–12 months, or more frequently if:

  • Process changes occur (e.g., new defect types, container formats).

  • Performance issues arise (e.g., high false negatives in routine monitoring).

  • Regulatory audits mandate it (e.g., FDA 483 observations).


SSI’s Requalification Support

We streamline compliance with:

  1. Requalification Kits

    • Pre-configured with 20% defects + 80% good units (mimics production batches).

    • Includes critical/major/minor defects per your product profile.

  2. Documentation Templates

    • Ready-to-use reports for POD (Probability of Detection) and error rates.

    • Alignment with USP <1790> acceptance criteria (e.g., ≥90% detection for critical defects).

  3. Training Workshops

    • On-site or virtual sessions to address inspection fatigue, new defect trends, or AVI transitions.

Example:
*”A Top-10 Pharma client reduced requalification failures by 40% using our annual refresher kits.”*

Some of our Esteemed Clientele

Let’s Make Your Visual Inspection Audit-Ready

Whether you need custom kits, inspector training, or system validation—we’ve got you covered.

Download Brochure