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Discover how a pharmaceutical metal detector inspects tablets and capsules for metal contaminants, supports automatic rejection, and integrates with pharmaceutical production lines.

For manufacturers that do not need high-speed 100% inspection but still require reliable weight data, a mini sampling checkweigher can provide a practical balance between accuracy, flexibility, footprint and operating efficiency.

SGWEIGH provides customized pipeline metal detection solutions for liquid and semi-liquid products, with configuration options based on product characteristics, pipe size, flow rate, and production-line requirements.

Tablet Sampling Checkweigher automatically or manually extracts representative tablet samples from the production line (usually a tablet press) and weighs them one by one to ensure they meet stringent weight specifications.

Tablet Metal Detector (also called a pharmaceutical metal detector for tablets/capsules) is a high-sensitivity, industry-specific metal detection system designed exclusively for inspecting tablets, capsules, and other small pharmaceutical or nutraceutical products to identify and remove metal contaminants.

In modern, high-efficiency packaging production lines, 10-row checkweighers have become key equipment for ensuring product quality and production efficiency.

The standard deviation of a Checkweigher refers to the statistical measurement that indicates how much the measured weights of products vary from the average weight during the inspection process.

A checkweigher is an automatic dynamic weighing machine for production lines, used to check product weight and reject non-conforming items. Unlike ordinary scales, it works at high speed with online weighing and quality control functions.

Compared to traditional single-channel checkweighing solutions, Multi-Line Checkweighers can achieve simultaneous weighing and automatic rejection across multiple channels without reducing production line speed, significantly improving production efficiency and weight qualification rate.