Sumika Chemical Analysis Service Ltd., Japan
3-1-98 Kasugade-Naka, Konohana-ku, Osaka 554-0022, Japan
Akira Analytical Solutions Pvt. Ltd.
MIG-1 Plot No: 02, 9th Phase, KPHB Colony, Kukatpally, Hyderabad – 500085, Telangana, India
+91 9391852431
Sumichiral.in provides technical descriptions, phase selection guidance, USP listing references, searchable specifications and enquiry support for SUMICHIRAL™ OA chiral HPLC columns used in pharmaceutical, pesticide, perfume, amino acid and optical purity workflows.
Each product card opens a dedicated phase page with application description, chiral selector information, related inverted phase and searchable specifications .
OA-2000 uses (R)-Phenylglycine and is intended for esters, alcohols, amides, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2000S uses Inverted selector of OA-2000 and is intended for esters, alcohols, amides, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2000I uses (R)-Phenylglycine and is intended for esters, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2000SI uses Inverted selector of OA-2000I and is intended for esters, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2500 uses (R)-1-Naphthylglycine and is intended for carboxylic acids, alcohols, esters, ketones. It supports non-aqueous reversed phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2500S uses Inverted selector of OA-2500 and is intended for carboxylic acids, alcohols, esters, ketones. It supports non-aqueous reversed phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2500I uses (R)-1-Naphthylglycine and is intended for esters, alcohols, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-2500SI uses Inverted selector of OA-2500I and is intended for esters, alcohols, ketones. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3100 uses (S)-Valine and is intended for carboxylic acids and n-amino acid derivatives. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3100R uses Inverted selector of OA-3100 and is intended for carboxylic acids and n-amino acid derivatives. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3200 uses (S)-tert-Leucine and is intended for carboxylic acids, amino acid derivatives, acidic chiral compounds. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3200R uses Inverted selector of OA-3200 and is intended for carboxylic acids, amino acid derivatives, acidic chiral compounds. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3300 uses (R)-Phenylglycine and is intended for profen drugs, acetyl amino acids, boc amino acids, benzyl amino acids. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-3300S uses Inverted selector of OA-3300 and is intended for profen drugs, acetyl amino acids, boc amino acids, benzyl amino acids. It supports reversed phase / normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4000 uses (S)-Valine, (S)-1-(α-naphthyl)ethylamine and is intended for amines, amides, amino alcohols, alcohols, esters, phosphoramides. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4000R uses Inverted selector of OA-4000 and is intended for amines, amides, amino alcohols, alcohols, esters, phosphoramides. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4100 uses (S)-Valine, (R)-1-(α-naphthyl)ethylamine and is intended for amines, amides, amino alcohols, alcohols, esters, phosphoramides. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4100R uses Inverted selector of OA-4100 and is intended for amines, amides, amino alcohols, alcohols, esters, phosphoramides. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4400 uses (S)-Proline, (S)-1-(α-naphthyl)ethylamine and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4400R uses Inverted selector of OA-4400 and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4500 uses (S)-Proline, (R)-1-(α-naphthyl)ethylamine and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4500R uses Inverted selector of OA-4500 and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4600 uses (S)-tert-Leucine, (S)-1-(α-naphthyl)ethylamine and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4600R uses Inverted selector of OA-4600 and is intended for amines, amides, amino alcohols, alcohols, esters. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4700 uses (S)-tert-Leucine, (R)-1-(α-naphthyl)ethylamine and is intended for pharmaceutical amines, amino alcohols, amides, esters and alcohols. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4700R uses Inverted selector of OA-4700 and is intended for pharmaceutical amines, amino alcohols, amides, esters and alcohols. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4800 uses (S)-Indoline-2-carboxylic acid, (S)-1-(α-naphthyl)ethylamine and is intended for amines, amides, alcohols and specialty chiral molecules. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-4900 uses (S)-Indoline-3-carboxylic acid, (R)-1-(α-naphthyl)ethylamine and is intended for amine-type drugs, amides, alcohols and specialty chiral molecules. It supports normal phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-5000 uses (D)-Penicillamine and is intended for amino acids, hydroxy acids, amino alcohols, amines. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-5000L uses Inverted elution-order version of OA-5000 and is intended for amino acids, hydroxy acids, amino alcohols, amines. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-6000 uses (L)-Tartaric acid, (R)-1-(α-naphthyl)ethylamine and is intended for amino acids, hydroxy acids, amino alcohols and hydrophilic amines. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-6000R uses Inverted selector of OA-6000 and is intended for amino acids, hydroxy acids, amino alcohols and hydrophilic amines. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-6100 uses (L)-Tartaric acid, (S)-Valine, (S)-1-(α-naphthyl)ethylamine and is intended for β-amino acids, β-hydroxy acids and hydrophilic amino acids. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-6100R uses Inverted selector of OA-6100 and is intended for β-amino acids, β-hydroxy acids and hydrophilic amino acids. It supports reversed phase ligand exchange method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-7000 uses β-Cyclodextrin with novel spacer and is intended for flavonoid derivatives, acids and neutral compounds. It supports reversed phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-7700 uses Acetyl-β-cyclodextrin and is intended for amines and host-guest chiral compounds. It supports reversed phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specsOA-8000 uses Chiral pseudo-18-crown-6 ether and is intended for primary amines and amino compounds. It supports normal phase / reversed phase method development for reliable optical purity and enantiomeric impurity evaluation.
View specs| Phase | Type | Chiral selector / active component | Mode | Target compounds | Inversion / related phase | USP |
|---|---|---|---|---|---|---|
| OA-2000 | Amide-type Improved Pirkle | (R)-Phenylglycine | Normal phase | Esters, alcohols, amides, ketones | OA-2000S | L36 |
| OA-2000S | Amide-type Improved Pirkle | Inverted selector of OA-2000 | Normal phase | Esters, alcohols, amides, ketones | OA-2000 | L36 |
| OA-2000I | Amide-type Improved Pirkle | (R)-Phenylglycine | Normal phase | Esters, ketones | OA-2000SI | — |
| OA-2000SI | Amide-type Improved Pirkle | Inverted selector of OA-2000I | Normal phase | Esters, ketones | OA-2000I | — |
| OA-2500 | Amide-type Improved Pirkle | (R)-1-Naphthylglycine | Non-aqueous reversed phase | Carboxylic acids, alcohols, esters, ketones | OA-2500S | — |
| OA-2500S | Amide-type Improved Pirkle | Inverted selector of OA-2500 | Non-aqueous reversed phase | Carboxylic acids, alcohols, esters, ketones | OA-2500 | — |
| OA-2500I | Amide-type Improved Pirkle | (R)-1-Naphthylglycine | Normal phase | Esters, alcohols, ketones | OA-2500SI | — |
| OA-2500SI | Amide-type Improved Pirkle | Inverted selector of OA-2500I | Normal phase | Esters, alcohols, ketones | OA-2500I | — |
| OA-3100 | Urea-type Improved Pirkle | (S)-Valine | Reversed phase / Normal phase | Carboxylic acids and N-amino acid derivatives | OA-3100R | — |
| OA-3100R | Urea-type Improved Pirkle | Inverted selector of OA-3100 | Reversed phase / Normal phase | Carboxylic acids and N-amino acid derivatives | OA-3100 | — |
| OA-3200 | Urea-type Improved Pirkle | (S)-tert-Leucine | Reversed phase / Normal phase | Carboxylic acids, amino acid derivatives, acidic chiral compounds | OA-3200R | — |
| OA-3200R | Urea-type Improved Pirkle | Inverted selector of OA-3200 | Reversed phase / Normal phase | Carboxylic acids, amino acid derivatives, acidic chiral compounds | OA-3200 | — |
| OA-3300 | Urea-type Improved Pirkle | (R)-Phenylglycine | Reversed phase / Normal phase | Profen drugs, acetyl amino acids, BOC amino acids, benzyl amino acids | OA-3300S | L72 |
| OA-3300S | Urea-type Improved Pirkle | Inverted selector of OA-3300 | Reversed phase / Normal phase | Profen drugs, acetyl amino acids, BOC amino acids, benzyl amino acids | OA-3300 | L72 |
| OA-4000 | Urea-type Improved Pirkle | (S)-Valine, (S)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, amino alcohols, alcohols, esters, phosphoramides | OA-4000R | — |
| OA-4000R | Urea-type Improved Pirkle | Inverted selector of OA-4000 | Normal phase | Amines, amides, amino alcohols, alcohols, esters, phosphoramides | OA-4000 | — |
| OA-4100 | Urea-type Improved Pirkle | (S)-Valine, (R)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, amino alcohols, alcohols, esters, phosphoramides | OA-4100R | — |
| OA-4100R | Urea-type Improved Pirkle | Inverted selector of OA-4100 | Normal phase | Amines, amides, amino alcohols, alcohols, esters, phosphoramides | OA-4100 | — |
| OA-4400 | Urea-type Improved Pirkle | (S)-Proline, (S)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4400R | — |
| OA-4400R | Urea-type Improved Pirkle | Inverted selector of OA-4400 | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4400 | — |
| OA-4500 | Urea-type Improved Pirkle | (S)-Proline, (R)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4500R | — |
| OA-4500R | Urea-type Improved Pirkle | Inverted selector of OA-4500 | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4500 | — |
| OA-4600 | Urea-type Improved Pirkle | (S)-tert-Leucine, (S)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4600R | — |
| OA-4600R | Urea-type Improved Pirkle | Inverted selector of OA-4600 | Normal phase | Amines, amides, amino alcohols, alcohols, esters | OA-4600 | — |
| OA-4700 | Urea-type Improved Pirkle | (S)-tert-Leucine, (R)-1-(α-naphthyl)ethylamine | Normal phase | Pharmaceutical amines, amino alcohols, amides, esters and alcohols | OA-4700R | — |
| OA-4700R | Urea-type Improved Pirkle | Inverted selector of OA-4700 | Normal phase | Pharmaceutical amines, amino alcohols, amides, esters and alcohols | OA-4700 | — |
| OA-4800 | Urea-type Improved Pirkle | (S)-Indoline-2-carboxylic acid, (S)-1-(α-naphthyl)ethylamine | Normal phase | Amines, amides, alcohols and specialty chiral molecules | — | — |
| OA-4900 | Urea-type Improved Pirkle | (S)-Indoline-3-carboxylic acid, (R)-1-(α-naphthyl)ethylamine | Normal phase | Amine-type drugs, amides, alcohols and specialty chiral molecules | — | — |
| OA-5000 | Ligand exchange-type | (D)-Penicillamine | Reversed phase ligand exchange | Amino acids, hydroxy acids, amino alcohols, amines | OA-5000L | — |
| OA-5000L | Ligand exchange-type | Inverted elution-order version of OA-5000 | Reversed phase ligand exchange | Amino acids, hydroxy acids, amino alcohols, amines | OA-5000 | — |
| OA-6000 | Ligand exchange-type | (L)-Tartaric acid, (R)-1-(α-naphthyl)ethylamine | Reversed phase ligand exchange | Amino acids, hydroxy acids, amino alcohols and hydrophilic amines | OA-6000R | — |
| OA-6000R | Ligand exchange-type | Inverted selector of OA-6000 | Reversed phase ligand exchange | Amino acids, hydroxy acids, amino alcohols and hydrophilic amines | OA-6000 | — |
| OA-6100 | Ligand exchange-type | (L)-Tartaric acid, (S)-Valine, (S)-1-(α-naphthyl)ethylamine | Reversed phase ligand exchange | β-amino acids, β-hydroxy acids and hydrophilic amino acids | OA-6100R | — |
| OA-6100R | Ligand exchange-type | Inverted selector of OA-6100 | Reversed phase ligand exchange | β-amino acids, β-hydroxy acids and hydrophilic amino acids | OA-6100 | — |
| OA-7000 | Host-guest type | β-Cyclodextrin with novel spacer | Reversed phase | Flavonoid derivatives, acids and neutral compounds | — | L45 |
| OA-7700 | Host-guest type | Acetyl-β-cyclodextrin | Reversed phase | Amines and host-guest chiral compounds | — | — |
| OA-8000 | Host-guest type | Chiral pseudo-18-crown-6 ether | Normal phase / Reversed phase | Primary amines and amino compounds | — | — |
SUMICHIRAL OA columns are chiral HPLC columns for direct separation of optical isomers and enantiomers in analytical and preparative workflows.
SUMICHIRAL columns are manufactured by Sumika Chemical Analysis Service Ltd., Japan.
Akira Analytical Solutions Pvt. Ltd. supplies SUMICHIRAL columns in India and provides product selection and quotation support.
No. The website provides technical specifications and product information only. Customers can request current quotation by contacting sales@akiralabs.com.
OA-2500, OA-3000 series, OA-5000, OA-6000, OA-6100, OA-7000, OA-7700 and OA-8000 include reversed-phase or non-aqueous reversed-phase applicability depending on the method.
OA-5000, OA-6000 and OA-6100 series are commonly selected for amino acids, hydroxy acids, amino alcohols and hydrophilic amino acid related compounds.
OA-2500 and OA-3300 are commonly considered for profen-type acidic chiral drugs depending on sample chemistry and mobile phase conditions.
Some SUMICHIRAL phases have related inverted-type columns that can reverse enantiomer elution order, improving impurity quantitation and preparative collection strategies.