Overview
Linkam Scientific Instruments designs and manufactures precision thermal stages for material characterization across pharmaceutical development, manufacturing, quality assurance, and storage applications. Their systems provide accurate temperature control from -196°C to 1,500°C with integrated environmental control capabilities including heating, cooling, vacuum, and humidity regulation. Linkam serves pharmaceutical companies with specialized solutions for lyophilization, thermoanalysis, dissolution studies, and shelf-life testing, with over 30 years of experience in sample characterization.
Frequently asked questions
- What temperature range do Linkam stages support?
- Linkam stages operate across a wide temperature range from below -195°C to 1,500°C, with specific models like the HFS600 providing control from less than -195°C to 600°C for applications requiring rapid heating and cooling rates.
- What pharmaceutical applications does Linkam support?
- Linkam provides solutions for lyophilization, thermoanalysis, dissolution studies, shelf-life testing, drug development, manufacturing, quality assurance, packaging, and storage. Their systems are compatible with light microscopy and other analytical techniques for characterizing active pharmaceutical ingredients and excipients.
- What environmental parameters can Linkam stages control?
- Linkam stages precisely control and record heating, cooling, vacuum, humidity (5-90% RH on compatible systems), and other environmental conditions. The NEXUS software enables comprehensive control and recording of all environmental parameters with optional optical measurement capabilities.
- Are Linkam instruments designed and manufactured in-house?
- Yes, Linkam designs and manufactures all instruments in-house with a team of experienced electrical, optical, software, and mechanical design engineers, enabling customization to meet specific customer requirements.
- What analytical techniques are compatible with Linkam stages?
- Linkam stages integrate with optical microscopy, Raman spectroscopy, FTIR, X-ray spectroscopy, and other analytical techniques. They are used across materials science, chemistry, pharmaceuticals, life sciences, and geology applications.