Guides
Important guidelines to consider when purchasing a freezer for storage of patient specimens and reagents
Important guidelines to consider when purchasing a freezer for storage of patient specimens and reagents
Helping you rise to the challenge of safe and effective vaccine storage
Our eBook provides guidance on understanding how to safely and effectively store vaccines
This guide consolidates an adaptation of guidelines selected from the CDC Vaccine Storage and Handling Toolkit
This guide includes important guidelines to consider when purchasing a vaccine refrigerator or freezer
Step-by-step guideline of how to clean the components of your Helmer equipment
This guide provides best practices for selecting blood bank refrigerators for blood storage
Solutions to help you meet CDC Guidelines and the NSF/ANSI 456 Vaccine Storage Standard
This configuration guide provides information on standard and maximum configurations for GX refrigerators & freezers.
Access the Helmer Store to locate service parts for your Helmer Scientific equipment.
Hettich clinical and research centrifuge product portfolio
Guide for downloading performance history from the i.C3® as PDF reports
Download quick-start setup guides to get started setting up your Helmer Scientific equipment
An evaluation of Vaccine Storage units using NSF/ANSI 456 standards
Seven key recommendations found in USP 1079 around ensuring your pharmaceutical storage units are always storing drugs safely within the manufacturer’s recommended temperature range
OptiCool™ technology and resulting benefits for clinical applications when using Helmer Scientific’s GX Cold Storage Solutions
Noise reduction available with GX Solutions OptiCool™ technology, and the importance of managing noise in clinical environments
Achieve optimal temperature management while minimizing energy consumption with new technology
Impact of standardizing and optimizing the vaccine administration program across the entire Hancock Physician’s Network
Performance of both manual and auto defrost technologies by testing the impact of sample temperature variability during routine door openings and during the auto-defrost process