
The SNAP KP-C18-HS columns have been phased out on October 1st, 2019 in the following sizes: 12g, 30g, 60g, 120g, 400g.
Please check out here the corresponding column in the Biotage® Sfär family: Biotage® Sfär C18 Duo 100 Å 30 μm
The following formats remain available: 950g, 1850g.
The large-scale SNAP cartridges are targeted to the development-scale chemists synthesizing and/or purifying from 10g to 100+ grams of product across a wide range of chemistries or conditions, and providing seamless scale-up simply and efficiently without method modification. The SNAP XL cartridges will cater for almost all eventualities in large scale purification of small organic molecules.
SNAP 950 g and 1850 g cartridges are inert, rugged, high-throughput flash cartridges designed to purify large synthetic sample mixtures from tens to hundreds of grams across a range of different chemistries.
SNAP XL enables chemists to use columns designed for large scale applications instead of using two or three smaller cartridges, with a significant time and cost benefit vs running the same separation with two or more smaller columns.
SNAP XL are rugged and laser welded for safe operation at pressures up to 100 psi (7 bar), enabling high flow rates and use of higher viscosity solvents, and connectivity is done via standard luer lock connections. Operating at flow rates up to 500 mL/min, these cartridges allow to quickly purify large sample masses, saving hours or even days of purification runtime.
A refillable external dry load vessel with 500g capacity is also available to be attached in series with the SNAP 50g or SNAP 1850g cartridge.
Sizes | 950 g, 1850 g |
Media | Biotage® KP-C18-HS - 50μ irregular silica |
Compatibility | Universal Luer connections |
Improved separation Performance with Biotage® SNAP Bio
wide pore Media cartridges
Tags: Application Notes
Improved Separation Performance Using Biotage®SNAP Bio
Wide Pore media Cartridges – Part 1
Tags: Application Notes
This application note shows how the two
closely related peptide structures (MW 2139 and 2267) were
separated using reversed phase mass directed flash chromatography
with Isolera™ Dalton.
Tags: Application Notes
Normal-phase flash chromatography1 has been widely adopted as the method of choice for separation of product mixtures and reaction by-products. One of the most significant developments in this
area concerns the practical separation of polar molecules. Reversed-phase purification is a modification of normalphase
chromatography that provides an efficient mechanism for the separation of polar compounds.
Tags: Application Notes,
Brochures,
English,
Manuals & User Guides
La cromatografía flash en fase normal y fase reversa facilita el aislamiento de compuestos
polares presentes en extractos de productos naturales. La combinación de avanzadas funciones
de detección tales como barrido espectral, y evaporativo de luz dispersa (ELSD) incrementa la
efectividad de la cromatografía flash en procesos de purificación de productos naturales.
Tags: Application Notes,
Spanish
Reversed-phase chromatography facilitates the isolation of milligram to multi-gram quantities of polar compounds from naturally occurring materials or from synthetic reaction
products. Biotage reversed phase KP-C18-HS SNAP cartridges have been shown in a number of applications to be effective for the purification of natural products. The methodology is robust and may
be applied generically to new extraction purification runs.
Keywords: natural, products, reversed, phase, normal, extraction, spinach.
Tags: Application Notes,
English
Pure fractions are in high demand – impurities mean more work after purification. With new technology, fraction purity can be digitally analyzed directly during chromatography to reveal any problems on the fly. In this application we will show how the Isolera Spektra is used to determine fraction purity, eliminating the need for other post-purification analysis.
Tags: Application Notes,
English
Normal-phase flash purification is commonly used by organic chemists in pharmaceutical drug discovery and
process development labs. However, for many synthesized products (e.g. peptides, nucleotides and basic
drug candidates) purification on standard flash silica is not an option due to irreversible adsorption, chemical
interaction and/or solubility issues. Reversed-phase flash purification is an excellent solution for these applications. Yet, this technique has been used sparingly because of perceived lower loading capacity, higher
operating pressures and a scarcity of publications addressing reversed-phase flash chromatography.
Tags: Application Notes
Flash Chromatography method development has
historically been done using TLC plates. While this
technique works in normal phase (silica, aminefunctionalized
silica), differences in media properties
between the TLC and flash column in reversed phase
can provide different selectivity and not provide
accurate method information. For reversed phase
chromatography, TLC is quite limited and not very
useful due to poor water wettability. An alternative
approach is provided by scaling columns.
Tags: Brochures
Biotage Sfär columns are quality tested to ensure they meet
stringent performance criteria including efficiency and peak
symmetry. Each CE-marked column is built using inert, foodgrade
plastics for lower extractables, cleaner fractions, and
packed to provide excellent resolution.
Tags: Brochures
Biotage has developed tools for every
step of the organic process, with the entire workflow in mind.
This dedicated suite of products vastly expands the
range of options in order to truly accelerate discoveries
of new molecules for future innovations.
Tags: Brochures
Normal-phase flash chromatography1 has been widely adopted as the method of choice for separation of product mixtures and reaction by-products. One of the most significant developments in this
area concerns the practical separation of polar molecules. Reversed-phase purification is a modification of normalphase
chromatography that provides an efficient mechanism for the separation of polar compounds.
Tags: Application Notes,
Brochures,
English,
Manuals & User Guides
It is important to understand there are design differences between
SNAP and Sfär Samplets, and that SNAP Samplets cannot be used on
Sfär columns and vice versa. See samplet-column compatibility table on the next page.
Tags: Manuals & User Guides,
Product Notes
Flash purification involves a simple liquid chromatography technique
» Method development uses TLC as a way of deciding the parameters for the
separation
» Isocratic separations are easiest to develop, but gradient separations are
more powerful
» Software in the Isolera helps with conversion of an isocratic separation to
a gradient
» It is possible with the Spektra software to run step gradients
» Loading options are dependent on the column type
» SNAP offers the most flexibility
» Care must be taken to choose the best loading option to get good
purifications
Tags: Manuals & User Guides
Normal-phase flash chromatography1 has been widely adopted as the method of choice for separation of product mixtures and reaction by-products. One of the most significant developments in this
area concerns the practical separation of polar molecules. Reversed-phase purification is a modification of normalphase
chromatography that provides an efficient mechanism for the separation of polar compounds.
Tags: Application Notes,
Brochures,
English,
Manuals & User Guides
Safety Data Sheet
Tags: English,
Material Safety Data Sheets
Flash chromatography, a staple component of medicinal chemistry workflow, consumes a lot of organic solvent (upwards of half a million liters annually in just North America). Most, of this organic waste is incinerated off-site, liberating CO2 into the atmosphere. Because of this environmental impact, many companies are instituting requirements to reduce organic solvent waste but leaving the implementation to their chemistry departments.
In this poster, we describe several proven ways to reduce solvent use without sacrificing purification efficiency.
Tags: Posters
DMSO and DMF are suitable injection solvents for reversed-phase flash purification. DMSO shows it can be loaded in larger volumes (up to 0.05 mL/g of C18 media or 3.5% of a column volume) without affecting chromatographic separations or carrying compounds with it.
Tags: Posters
It is important to understand there are design differences between
SNAP and Sfär Samplets, and that SNAP Samplets cannot be used on
Sfär columns and vice versa. See samplet-column compatibility table on the next page.
Tags: Manuals & User Guides,
Product Notes
To save money on consumables, many chemists choose to reuse
silica flash cartridges. This is true but risks purification results because chromatographic separation performance will change from run to run which reduces purification quality, especially in normal phase systems.
Regardless of the cartridge brand used, repeated use of silica flash cartridges results in loss of compound resolution and therefore fraction purity.
Tags: Product Notes
Reversed-phase flash chromatography is a very popular
purification technique using a non-polar stationary phase.
Main application areas include separation of polar, ionizable
and highly lipophilic compounds which cannot easily be
separated by normal-phase techniques.
Tags: Product Notes
Increase resolution,
fraction purity and
loading capacity
Tags: Product Notes
Die Flash-Chromatographie ist die bevorzugte
Reinigungsmethode für organische Stoffe, Arzneimittel und
Naturstoffe. In jüngster Zeit hat sie auch die Peptidchemie
erobert, verfügt sie doch über die Fähigkeit, eine Vielzahl
unterschiedlicher Verbindungen effizienter zu trennen, als dies
mit anderen Vorreinigungsverfahren wie z. B. dem Ausfällen
(Protein-Crash) oder der Flüssig-Flüssig-Extraktion möglich ist.
Zur Herstellung reiner Verbindungen können Chemiker je nach
dem gewünschten Reinheitsgrad auf eine Vielzahl unterschiedlicher
Variablen zurückgreifen. In diesem Whitepaper möchten
wir die Faktoren erläutern, die für eine erfolgreiche Aufreinigung
mithilfe der Flash-Chromatographie kontrolliert werden müssen.
Tags: White Papers
Dear Valued Customers, We value your continued support and therefore want to notify you of a change in our product line - the discontinuation of the Biotage® SNAP and Biotage® SNAP Ultra p...
09 August 2018Want to improve your flash chromatography skills? Learn all the tricks of the trade in this one-hour webinar with flash guru Bob Bickler. For a dedicated synthetic chemist, the goal ...
31 May 2017"Normal-phase silica has, on average, 50 to 60 Å pores (and a surface area of 500 m²/g). However, for small-molecule reversed-phase chromatography to be useful, the average pore siz...
10 January 2017Recent advances in flash purification using 20–25 micron spherical particles makes flash chromatography an efficient technique for synthetic peptide purification. This application note from B...
15 January 2016Method transfer from reversed phase TLC to reversed phase flash column chromatography can be very challenging. Simply put, the process is to create a gradient on an HPLC system and t...
13 November 2015This blog post on the Flash Purification Blog discusses the process of simplified flash purification scale-up. For many chemists performing bench-scale organic synthesis, flash column chro...
01 September 2015Techincal specialist Bob Bickler goes through a good method to optimize column size for your purification in his latest blog post on The Flash Purification Blog. "In all my years of work...
30 June 2015Biotage® SNAP Ultra flash cartridges allow you to load your samples in seven different ways. No matter what you are purifying - there is always a solution to get the best possible separati...
04 December 2014Regardless of the cartridge brand used, repeated use of silica flash cartridges results in loss of compound resolution and fraction purity. To save money on consumables, many chemists choo...
12 September 2014The capabilities of Biotage flash chromatography systems for providing pure compounds from natural products is confirmed in an extensive Korean study of active compounds in the medicinal herb&...
06 August 2014Fatty acids and their esters are found in many biological substrates. Many of these fats are unhealthy (e.g. saturated fats) while others have been found to be beneficial (e.g. unsaturated, polyuns...
29 July 2014Buy your Biotage consumables through our website and shipping is free For a limited time, free shipping is applied to Biotage consumables orders through the Biotage website*. Let Biotage make orde...
14 March 2014By Dr. Greg Saunders, EU Marketing Manager for Organic and Peptide Chemistry at Biotage Liquid chromatography (LC) is used for two different purposes – analytical work and purification &ndas...
18 October 2011Preparative FLASH chromatography expedites the production of clinical trial compounds. Tobi Williams is an application chemist specializing in pilot and production purification at Biotag...
Reversed-phase flash chromatography is a very effective purification technique. Its main application areas include polar, ionizable and highly lipophilic compounds which cannot easily be separated by normal-phase techniques.
Unlike normal-phase chromatography, reversed-phase uses a hydrophobic stationary phase (e.g. C18 or ODS) and hydrophilic mobile phases (methanol/water, acetonitrile/ water). By converting silica’s active, polar silanols sites to neutral, lipophilic sites, compounds that will either aggressively stick to silica or not stick at all can be retained, separated and eluted using waterbased solvent systems.
Part No. | Description | Product type | Pack Size | Price | ||
DLV-505 | Empty dry load cartridges and frits, 4/cs | Consumables | 4 | Log in for price | ||
DLV-TF | Top frit for DLV-500 | Consumables | 10 | Log in for price | ||
FSL0-1118-0950 | Biotage® SNAP KP-C18-HS 950 g, 1/cs | Consumables | 1 | Log in for price | ||
FSL0-1118-1850 | Biotage® SNAP KP-C18-HS 1850 g, 1/cs | Consumables | 1 | Log in for price |
Part No. | Description | Product type | Pack Size | Price | ||
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DLV-500 | Dry Load Vessel for Isolera LS, 1/cs | Accessories | 1 | Log in for price | |
DLV-510 | O-ring DLV500 | Accessories | 5 | Log in for price | ||
S1L0-1118-93050 | Column, Scaling KP-C18-HS 4.6 mm ID x 25 cm | Accessories | 1 | Log in for price |