The miniGC and miniLC are used by academic research labs and in academic teaching labs. The price point, ease of use, and size of the systems allows research labs that previously didn’t have access to GC and HPLC / UHPLC the ability to bring these powerful techniques into their labs. These same features make it feasible for teaching labs to have several system in the lab so that students can have access to these systems and get hands on experience with these techniques that are so ubiquitous.
Applications in the academic area include:
- Undergraduate teaching labs
- Advanced and graduate instrumentation labs
- Small research groups where space, budget, and trained chromatographers are issues
- Larger research groups and central testing core labs looking to increase their testing capacity
- Departments outside of Chemistry like Chemical Engineering, Biochemistry, Biology, Biomedical Engineering, Materials Science
Application Notes
LC-UV App Note – Analysis of Catechins in Tea
Introduction Catechins and epicatechins are polyphenolic phytochemicals that are found in high conce...
GC-FID App Note – Analysis of Vanillin by GC-FID
Abstract The Lucidity miniGC was used to analyze imitation vanilla extract, pure vanilla extract, an...
GC-FID App Note – Analysis of Cholesterol using GC-FID
Download app note here: miniGC App Note: Analysis of Cholesterol using GC-FID...
GC-FID App Note – Analysis of Essential Oils by GC-FID
Download app note here: miniGC App Note: Analysis of Essential Oils by GC-FID...
LC-UV App Note – The Extraction and Analysis of Caffeine from Coffee Products
Download app note here: miniLC App Note: The Extraction and Analysis of Caffeine from Coffee ...
LC-UV App Note – The Analysis of Aspirin
Download app note here: miniLC App Note: The Analysis of Aspirin...
LC-UV App Note – The Extraction and Analysis of Cannabinoids using the EDGE and the Lucidity LC-UV
Download app note here: miniLC App Note: The Extraction and Analysis of Cannabinoids using th...
LC-UV App Note – Analysis of 14 Cannabinoids
Click here to download the app note: miniLC App Note: Analysis of 14 Cannabinoi...
GC-FID App Note – Simple Analysis of Fuel & Oil using a Small Footprint GC-FID
Download app note here: miniGAS App Note: Analysis of oil and gas...
GC-FID App Note – Fat Profile of Edible Oils
Fatty Acid Analysis by GC FID of Common Cooking Oils Daniel Iversen, R&D Chemist, Lucidity Intro...
GC-FID App Note – CBD in Oils, Lotions, and Chewables
By Daniel Iversen, R&D Chemist, Lucidity With the introduction of CBD in so many products, makin...
GC-FID App Note – Alcohols in hand sanitizer
Study Performed by Dan Iversen, R&D Chemist, Lucidity (daniel.iversen@luciditysystems.com) Intro...
No More Posts
Method Notes
GC-FID Method Note – Phenols (EPA 604)
Analysis of Phenols (US EPA Method 604) in the miniGC Introduction Phenols or phenolic compounds are...
GC-FID Method Note – Phthalates (EPA 606)
Analysis of Phthalate Esters (US EPA Method 606) in the miniGC Introduction Phthalates or phthalate ...
GC-FID Method Note – C7-C40 Saturated Alkanes
Analysis of C7-C40 saturated alkanes standard in the miniGC Introduction In this app note we run a s...
GC-FID Method Note – Active Compounds (Xil-350)
Analysis of Active Compounds (Restek Test Mix Xil-350) in the miniGC Introduction This test mix is u...
No More Posts
Methods
Nicotine Sample Method
Nicotine in vaping e-liquid sample in methanol System Parameters Lucidity GC-FID Conditions Carrier ...
GC-FID Method – Essential Oils
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Vanillin
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Phenols (EPA 604)
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Phthalates (EPA 606)
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Semivolatiles (EPA 8270)
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Terpenes
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Residual Solvents
Contact us for a digital copy of the method that can be imported directly into the Methods library i...
GC-FID Method – Cholesterol
Contact us for a digital copy of the method that can be imported directly into the Met...
GC-FID Method – GC-FID Test Mix
Download this method using the button above to Import it into your Methods library in your miniGC...
GC-FID Method – Active Compounds (Xil-350)
Download this method using the button above to Import it into your Methods library in your miniGC...
GC-FID Method – C7-C40 Alkane Mix
Download this method using the button above to Import it into your Methods library in your miniGC...
No More Posts
Videos
No More Posts
From the blog
Rapid Sample Preparation and Analysis of Acetaminophen by HPLC-UV in Tablets
Awhile back, I was involved in a multi car accident, where I was sandwiched in the middle. My car an...
Analysis of Whiskeys by GC-FID
Daniel Iversen, R&D Chemist, Lucidity Introduction While spending time with my family over the h...
Capsaicin in Peppers
By Dan Iversen, Lucidity R&D Scientist While doing inventory in the lab, I came across a vial of...
What’s in this hemp?
We recently analyzed hemp oil extracted from hemp from a hemp grower. We first diluted approximately...
No More Posts
Webinars
Lucidity GC-FID & LC-UV Webinar – Dr. Alicia Stell of CEM | Lucidity
Speaker: Dr. Alicia Stell of CEM | Lucidity Bio: Dr. Alicia Douglas Stell has worked with CEM for th...
Lucidity GC-FID Webinar – Prof. Emanuela Gionfriddo of University of Toledo
Speaker: Prof. Emanuela Gionfriddo of University of Toledo Bio: Dr. Emanuela Gionfriddo is an Assist...
Lucidity LC-UV Webinar – Prof. Jim Grinias of Rowan University
Speaker: Prof. Jim Grinias of Rowan University Bio: James Grinias is currently an Associate Professo...
Lucidity GC-FID Webinar – Prof. Nick Snow of Seton Hall
Speaker: Prof. Nicholas Snow of Seton Hall Bio: Nicholas H. Snow is Professor of Chemistry and Bioch...
Lucidity GC-FID Webinar – Dr. Ronda Gras of Dow Chemical
Speaker: Dr. Ronda Gras of The Dow Chemical Company Bio: Dr. Ronda Gras is a Research Scientist of A...
No More Posts
Posters
Poster: Cannabinoid Separation: A New HPLC System Suitable for Cannabis Research in Undergraduate Laboratories
Download Here...
No More Posts