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> 제품 > Liquid Chromatography

Liquid Chromatography

YL HPLC System(YL9100 Plus HPLC System)

YL9100 Plus HPLC 시스템은 고객의 응용과 분석에 따라 다양한 구성이 가능한 모듈형 HPLC 시스템입니다.

YL Degasser는 952 ㎕ 용량의 확장된 Degassing chamber를 통해 용존가스 제거 효율을 높였습니다.
YL Pump는 영인크로매스만의 독자적인 용매이송 기술을 적용하여(특허보유) 뛰어난 유속 정밀도와 정확성을 제공합니다.
YL UV/Vis 검출기는 안정된 광량 제공에 최적화된 분광 구조를 통해 Noise와 Drift를 최소화 시켰습니다.
YL CDS는 편리한 사용과 신뢰성 높은 분석결과를 제공합니다.

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특징
• 분석확장이 용이한 개별모듈형 구성의 통합 시스템

• 최신기술 적용으로 펌프의 재현성 및 내구성 향상

• 높은 광량 Efficiency와 저파장 영역의 분석 안정성 확보

• LAN방식 적용으로 안정적이며 빠른 데이터 처리 및 시스템 제어

• 각 모듈에 장착된 Leak 감지기능으로 안전기능 강화

• GLP 및 21 CFR (Code of Federal Reguqations)지원

펌프 기능 향상
• 기울기 용리(Gradient Elution) 기능 향상
바탕선(Baseline)의 흔들림 감소

• 높은 재현성
시료 반복 주입 시 일정한 RT(Retention Time) 확인 가능

• LCD 디스플레이 장착
소프트웨어를 실행할 필요 없이 LCD 조작으로
펌프 구동 및 프라임(Prime), 퍼지(Purge) 기능 작동 가능

자동시료주입기 기능 향상
• 효율적인 공간 활용
별도의 자동시료주입기 설치 공간을 마련할 필요 없이
탈기장치, 펌프, 컬럼 컴파트먼트와 함께 겹쳐 올려 설치 함으로써 실험실 공간 활용도 높임

• 교차오염(Carry over) 감소
시료 주입 바늘(Needle) 외부에 세척액을 분사하여 세척하는 방식(분사식) 채택으로 교차오염 감소

• 세척액 용기 대용량 확장 가능
많은 수의 시료 분석 시 외부에 대용량 세척액 용기 장착 가능

• 분석 시 소모하는 시료 양 절약
설정된 주입량만큼만 시료가 주입되어 바로 sample loop로 이동하는
Direct injection 방식으로 시료 소모량 감소

• 바이알 트레이 자동 인식
바이알 크기 별 전용 트레이의 높이에 차이를 두어 트레이 자동 인식 가능

• 많은 수의 시료 분석 가능
트레이 1개 당 60 바이알(2 mL) 씩 총 2개의 트레이 장착으로 최대 120개의 시료 분석 가능

Software
• AUTOCHRO-Ⅱ
• YL-Clarity

제품자료


유지보수
[YL9100 Plus HPLC] 제품 홍보 영상

[YL9100 Plus HPLC] YL9120 UV/Vis Detector Flow cell 내 공기방울 확인 및 제거

[YL9100 Plus HPLC] Leak Error Trouble Shooting 방법

관련 영상 더 보기

응용자료
1,2,3-Benzotriazole Analysis
4-CBA, p-toluic acid & p-xylene Analysis
HAL(5-aminolevulinic acid hexyl ester hydrochloride) Analysis(Column : Atlantis HILIC Silica)
HAL(5-aminolevulinic acid hexyl ester hydrochloride) Analysis(Column : ProntoSIL 120-3-C18 H)
ALA(5-aminolevulinic acid hydrochloride) Analysis
5-aminotetrazole Analysis
α-methylbenzenemethanamine & N-(1-phenylethyl)-ibuprofen amide Analysis in Dexibuprofen
Acetaminophen Analysis
Acetanilide Analysis
Acetone Analysis by using Reversed column
Acid Violet 48 Analysis
Acrylamide Analysis
Acrylate Analysis
Acrylic acid Analysis
Adenosine Analysis
Adenosine Analysis in Functional Cosmetic
Adenosine & Cordicepin Analysis
Agricultural chemical Analysis
Allethrin Analysis in Mosquito incense
Allicin Analysis in Garllic
Aminophenols, Phenylenediamines Analysis
Aminotetrazole and Tolylbiguanide Analysis
Amygdalin Analysis in Apricot Kernels
Analysis of Sugars (6 Mix)
Anion Analysis
Antioxidant Analysis
Arbutin Analysis
Antioxidant in Sesame Analysis
ATC & L-Cysteine Analysis
ATP & AMP Analysis
Benzalkonium Cl Analysis
1,2-benzisothiazolinone-3-one Analysis
Benzoic acid Analysis
Benzopyrene Analysis
Benzopyrene Analysis in Edible oil and fat
Berberine Analysis in Coptis
Bifenthrin Analysis
Bisphenol A Analysis
Caffeine Analysis in Black coffee
Capsaicin Analysis
Carbaryl Analysis in Drinking water
Chlorhexidine gluconate solution Analysis_1
Chlorhexidine gluconate solution Analysis_2
Chloroacetic acid Analysis
Chlorpyrifos Analysis in Pesticides
Choline alfoscerate Analysis
Choline Analysis
Citric acid Analysis in Plating solutions of Electronic Component
Colistin sulfate Analysis
Vanillin Analysis(Comparing Waters SAX Column)
Components of Functional Cosmetics Analysis
Decursin in Angelica Extract Analysis
D-panthenol(Dexpanthenol) Analysis in Shampoo_1
D-panthenol(Dexpanthenol) Analysis in Shampoo_2
D-panthenol Analysis (HILIC Column)
D-panthenol Analysis in Raw materials for Cosmetics
EDTA 2NA Analysis
17β-estradiol Analysis
Ethinyl estradiol Analysis
Ethofenprox Analysis
Fat and Oils Analysis(ELSD Detector)
Flocoumafen Analytical in Rat poison
Formic acid Analysis
Ginkgo Biloba Leaf Extract Analysis_1
Ginkgo Biloba Leaf Extract Analysis_2
Ginsenoside Analysis in Ginseng Extract
Glycerine & Acetic anhydride Analysis
Hesperidein Analysis in Citrus Peel
HOBT(Hydroxybenzotriazole ) & PEG(Peptide Synthesis) Analysis(Gradient)
HOBT(Hydroxybenzotriazole ) & PEG(Peptide Synthesis) Analysis(Isocratic)
Hormones Analysis
Hydroquinone Analysis
Hydroquinone & Quinone Analysis
Hydroxybenzotriazole Analysis
Kanamycin Analysis
Lactic acid Analysis
Levofloxacin Analysis
Lutein Analysis
Malachite green Analysis
Marine collagen Analysis
Mercaptoacetic acid(thioglycolic acid) Analysis
Methacrylic acid Analysis
Muconic acid Analysis in Urine
Nickel sulfamate(Nickel LSS) Analysis
o-cresol Analysis
o-cresolphthalein Analysis
Oleic acid Analysis in Sunflower seed
Organic Acid Analysis
Organic acid(Citric acid, Lactic acid, Formic acid) Analysis
OTC(Oxytetracycline) Analysis
p-hydroxybenzoate ester Analysis
Palmitic acid Analysis_1
Palmitic acid Analysis_2
Phenol Analysis (Quantitative)
Phenolic acid Analysis
Phenoxy ethanol & Methyl paraben Analysis by PDA(Photodiode Array)
p-Hydroxybenzoate ester Anaysis in Preservatives
Plating solution Analysis
Plating solution(Au) Analysis
Polish Analysis in Plating solution
Polycyclic aromatic hydrocarbons Analysis by Valve switching system
Potassium Bromate Analysis with Post column derivatization
Benzoic acid, Sorbic acid Analysis
Preservatives Analysis
Puerarin Analysis in the root of Kudzu Plant
Astaxanthin Analysis(Raw material)
Canthaxanthin Analysis(Raw material)
Reactive blue 19 Analysis
Resorcinol Analysis
Resveratrol Analysis
Risedronate Analysis
Phthalates (5 Mix) in Rubber
Salicylic acid Analysis in Cosmetics_1
Salicylic acid Analysis in Cosmetics_2
Salicylic acid, Pyridoxin HCl, Resorcinol, Mononitroguajacol sodium Analysis
Salicylic acid Analysis in Raw materials for Cosmetics
Soodium lactate Analysis
Sodium valproate Analysis
Sorbic acid Analysis
Stearyl glycyrrhetinate Analysis
Sucralfate Analysis
Sun block Analysis in Raw materials for Cosmetics
Tacrolimus Analysis
Tert-buthyl pitavastatin(CAS No. 586966-54-3) Analysis
Theobromine Analysis
Bis-ethyl hexyl oxyphenol methoxyphenyl triazine Analysis in Suncream (Tinosorb S®)
Vanillin Analysis
1-naphthol Analysis in Raw Materials for Hair Dyes
2-Aminophenol Analysis in Raw Materials for Hair Dyes
3-Aminophenol Analysis in Raw Materials for Hair Dyes
4-Aminophenol Analysis in Raw Materials for Hair Dyes
4-Hydroxy-L-Isoleucine Analysis in Natural Products
Amino-5-nitrophenol Analysis in Raw Materials for Hair Dyes
Amino-o-cresol Analysis in Raw Materials for hair Dyes
Diaminopyridine analysis in Raw materials for Hair Dyes
m-Phenylenediamine Analysis in Raw Materials for Hair Dyes
Methylresorcinol_in_Raw_Materials_for_Hair_Dyes
Nitro-1,2-phenylenediamine Analysis in Raw Materials for Hair Dyes
Nitro-p-phenylenediamine Analysis in Raw Materials for Hair Dyes
p-Phenylenediamine Analysis in Raw Materials for hair Dyes
Pyrogallol Analysis in Raw Materials for Hair Dyes
Raw Materials for Hair Dyes (14 mixture) Analysis
Residual Pesticides Analysis
Resorciol Analysis in Raw materials for Hair Dyes

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