Drug Identification Instruments
RS1000DI & RS1500DI Drug Identification Instruments
JINSP DI series pharmaceutical rapid identification device can perform 100% batch-by-batch inspection of raw materials and packaging materials. It is capable of quickly identifying raw materials in various on-site locations such as warehouses, preparation rooms, and production workshop, assisting pharmaceutical companies in expediting material release. The DI series products comply with relevant regulations such as FDA 21CFR part11 and GMP. JNSP will provide comprehensive technical support services in areas including installation, validation, and 3Q certification.
Technical highlights
- Rapid Response: Identification can be completed within seconds.
- No Sampling Required: No need to transfer raw materials to the sampling room, avoid sample contamination.
- Through-Packaging Detection: Capable of detecting directly through glass, woven bags, plastic, and other packaging materials.
- Compact and Lightweight: Portable and flexible for use in various on-site locations such as warehouses, preparation rooms, and production workshops.
- Accurate Identification: Utilizes advanced machine learning algorithms, ensuring high accuracy.
Wide detection range, capable of identifying both chemical and biological drugs RS1000DI & RS1500DI
- Chemical raw materials: aspirin, acetaminophen, folic acid, nicotinamide, etc.
- Pharmaceutical excipients: salts, alkalis, sugars, esters, alcohols, phenols, etc.
-
Common packaging materials: polyethylene, polypropylene, polycarbonate, ethylene-vinyl acetate copolymer.
RS 1500DI Overcomes Fluorescence Interference with Enhanced Detection Capabilities.
Biochemical raw materials: amino acids and their derivatives, enzymes and coenzymes, proteins. - Dying additives: carmine, carotene, curcumin, chlorophyll, etc.
- Other polymer excipients: gelatin, microcrystalline cellulose, etc.
RS1000DI and RS1500DI meet the requirements of FDA 21CFR part11 and GMP Regulations.
No Sampling Required
It can directly detect through woven bags, plastic, glass, paper packaging, and other types of packaging.
Wide Application Area
Compact and light weight, a single device can fulfill the requirements of multiple environments, including warehouses, material preparation rooms, and production workshops.
|
Feature |
RS1000DI |
RS1500DI |
|---|---|---|
|
Purpose |
Rapid, non-destructive identification of pharmaceutical raw materials and packaging |
High-precision identification of a broader range of raw materials including fluorescent and biochemical substances |
|
Laser Type |
Standard Raman laser (785 nm) |
1064 nm laser – stronger penetration, minimizes fluorescence interference |
|
Accuracy |
High, powered by advanced machine learning algorithm |
Very high, with enhanced signal-to-noise ratio and improved fluorescence resistance |
|
Regulatory Compliance |
FDA 21 CFR Part 11, GMP 2015, Chinese Pharmacopoeia 2020 |
FDA 21 CFR Part 11, GMP 2015, Chinese Pharmacopoeia 2020 |
|
Advantages |
- Fast and accurate results - Direct package inspection - Lightweight and mobile - Machine learning–based analysis |
- Broader detection range - Better fluorescence suppression - Handles complex biochemical and fluorescent materials - No risk of contamination due to non-contact analysis |
|
Application Areas |
Warehouses, raw material prep rooms, production workshops |
Warehouses, pharmaceutical production lines, biochemical material analysis |
For more specification click here