Discovery

Providing friendly, professional, and personalized service

Whether it's routine QC analysis or a unique situation requiring specialty testing, we strive to provide only the highest quality service. To this end, we maintain a customer-focused perspective where you can count on receiving friendly, professional, & personalized service. We are locally owned and operated, employing local scientists to analyze samples within our modern laboratory facility located in Springfield, MO.

Key Aspects of Our Service
FDA-Compliant Testing

The U.S. Food & Drug Administration (FDA) regulates food, drugs, and cosmetics within the United States. Our internal quality systems ensure compliance.more info

Accurate & Timely Results

Our modern lab allows us to provide efficient testing service. And because we perform testing locally, sample analysis can often begin the same day.more info

Quality Analytical Service

Whether it's routine QC analysis or a situation requiring specialty testing, we strive to provide only the highest quality service. more info

Experienced Scientists

Our scientists have more than 30 years of combined experience in FDA-regulated industries. This helps us to provide both accurate and compliant results.more info

FDA-Compliant Testing

The U.S. Food & Drug Administration (FDA) regulates food, drugs, and cosmetics within the United States. Our internal quality systems ensure compliance.more info

Accurate & Timely Results

Our modern lab allows us to provide efficient testing service. And because we perform testing locally, sample analysis can often begin the same day.more info

About us

RockChalk Laboratories was founded in 2015 with the goal of providing quality analytical testing services to the Springfield, MO metropolitan area. We are a customer-focused company where you can count on receiving friendly, professional, and personalized service.

RockChalk Labs specializes in contaminant testing for food, dietary supplements, & cosmetics. We employ modern analytical techniques to provide analysis of trace-level contaminants often below part-per-million (ppm) levels. more info

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