Vision Inspection System | TheiaVu™ Benchtop Vision System Get latest price

Overview

This compact vision inspection system is designed for precise, repeatable measurement of unique product features, helping quality teams save time and improve process outcomes. It makes possible measurements that are typically unachievable by manual methods, and automatically gathers comprehensive product data for clear analysis.

System Models

Key Features

• Quantifies product features that are challenging to measure manually
• Automatically collects and organizes critical product data
• Easy-to-use operator interface
• Fast operation: up to 10 objects per second (actual speed depends on object size and number of measurements)
• Versatile: suitable for both lab and production environments, with a washdown version available
• Flexible: features a built-in library with 100+ measurement algorithms and growing
• Accommodates products up to 91 cm (36”) long
• Optional accessories: weigh scales and temperature probes

System Benefits

• Faster and more repeatable quality checks
• Greater product insight compared to manual inspection
• Ensures consistent product quality across batches, shifts, and sites
• Reduces labor and waste, delivering cost savings
• Provides robust reporting with all results organized and saved
• Improves brand protection and competitive edge

Typical Applications

• Incoming Inspection: raw materials quality assessment (fruits, vegetables, meat, poultry, etc.)
• R&D: assessment of baked goods or ingredients in development stages
• Process Improvement: sampling at every production stage
• Quality Control: inspection of final products or works-in-progress prior to packaging
• Program Development: aids in creating robust QA standards
• Training: ideal for training staff due to consistent interface with in-line or over-line systems

Measurement Capabilities

Utilizes an extensive library of over 100 basic and advanced vision measurement algorithms to characterize products with complex, detailed data not achievable through manual methods.