BioDrop µLITE+ with built-in printer - Micro-volume Spectrophotometer
BioDrop µLITE+ with built-in printer: Spectrophotometer with 0.5 mm micro-volume port and built-in printer
BioDrop µLITE+ is the best choice for life scientists for whom speed and accuracy in micro-volume measurements are required rather than broad measurement range.
Product Overview
BioDrop-µLITE+ is the only choice for micro-volume measurement when you need speed without sacrificing accuracy or precision. With no moving parts, the unique in-built sample port offers unrivalled performance delivering a dsDNA detection limit of 1ng/μL. Because the pathlength doesn’t change, the instrument provides excellent measurement reproducibility. Measurements made with the BioDrop µLITE are also highly accurate because the pathlength is specified to +/- 5µm
BioDrop-µLITE+ has a large capacitive colour touchscreen with on-board software for data acquisition and analysis. Pre-programmed methods for DNA, RNA, oligos and proteins in the on-board software reduce the time from measurement to results. In addition, data generated using the on-board software can be stored internally or transferred using a USB memory stick. Alternatively, both the PC-only and standalone instruments can be controlled using a PC and BioDrop Resolution Software. Users can also choose an optional built-in thermal printer for maximum flexibility.
BioDrop-µLITE+ has an in-built sample port that is easy to use: simply pipette 0.5μL or more in the centre and measure. Cleaning the port is easy; simply wipe with a lint-free tissue and the μLITE is ready to make the next measurement.
| dsDNA Measurement | Minimum Volume | Detection Limit | Maximum Concentration |
| BioDrop µLITE | 0.5µL | 1ng/µL | 2,500ng/µL |
Best in class specifications!
- Never have to calibrate the in-built sample port uses no moving parts providing outstanding measurement performance
- First of its kind in-built sample port for micro-volume measurements
- Fast operation – switch on and measure a DNA sample in <4 seconds with only 4 screen touches
- Large, high-resolution, capacitive colour touchscreen on standalone instrument
- The in-built sample port is easy to clean and maintain
- USB connectivity for easy PC connection or data export
- BioDrop Resolution Life Science PC software for powerful analysis
BioDrop Resolution Life Science PC-Software
- Dedicated life science methods for determining the concentration and purity of DNA, RNA, oligos and protein as well as the ability to create and save customized methods
- Fast and easy to use with intuitive modules for quick measurements, wavelength scanning, quantitation and kinetics
- Pre-programmed with μLITE pathlength for quick calculations
- Optional BioDrop Resolution CFR module for laboratories requiring full 21 CFR part 11 compliance.
- Familiarity of the latest Microsoft Windows® operating system.
|
Specification |
Data |
|
Display |
7" Touch screen display |
|
Configuration |
Split Beam |
|
Lamp |
Pulsed Xenon lamp with 3 year warranty |
|
Languages |
English, French, German, Spanish, Italian, Japanese, Chinese |
|
Sample Volume |
Minimum 0.5 µL |
|
Sample ports |
Microvolume port |
|
Pathlength |
0.5mm |
|
Applications |
Single Wavelength, Concentration, Wavescan, Kinetics, Standard Curve, Substrate, Equation Editor |
|
Life Science Applications |
DNA, RNA, Oligo, Fluorescent Dye, Tm Calculation, Protein Dye, Protein UV and Colorimetric protein methods |
|
Measurement Time |
<4 seconds |
|
Wavelength Range |
190 - 1100 nm |
|
Wavelength Accuracy |
±2 nm |
|
Wavelength Reproducability |
±1 nm |
|
Spectral Bandwidth |
5 nm |
|
Stray Light |
<0.5 %T @ 220 nm NaI, <0.5%T @ 340 nm NaNO2 |
|
Photometric Accuracy |
±0.01A + 1.5% of the reading @ 546 nm |
|
Photometric Reproducibility |
±0.003A (0 to 0.5A), ±0.007A(0.5 to 1.0A) |
|
Noise |
0.005A peak to peak, 0.002A RMS |
|
Power Input |
120 to 240V~ 50/60Hz, 40VA Max |
|
Dimensions |
Height 190 mm x Width 280 mm x Depth 410 mm (521 mm with printer) |
|
Weight |
Approx. 3.55 kg (4 kg with printer) |
|
Software |
Resolution Software (included), Resolution CFR (optional) |
| Format de l'échantillons | Micro-goutte de 0.5µL |
|---|---|
| Volume minimal de l'échantillon | 0.5 µL |
| Concentration maximale (dsDNA) | 2,500ng/µL |
| Précision de la longueur d'onde | ± 2nm |
| Plage de longueur d'onde | 190 - 1100nm |
| Reproductibilité de la longueur d'onde | ± 1nm |
| Gamme d'absorbance | -0.3 to 2.5A |
| Précision de l'absorbance | ± 0,005 A ou 1% de la lecture, celle qui est la plus grande à 546nm |
| Reproductibilité d'absorbance | ±0.003A (0 à 0.5A), ±0.007A (0.5 – 1.0A) |
| Source lumineuse | Lampe à xénon pulsée avec garantie de 3 ans, largeur de bande spectrale |
| Lumière parasite | <0.5%T à 220 nm et 340 nm en utilisant du NaNO2. |
| Seuil de détection (dsDNA) | 1ng/µL |
| Écran | Écran de 7 pouces avec panneau tactile capacitif |
| Configuration | Double faisceau |
| Detecteur | Matrice CCD à 1024 éléments |
| Niveau sonore | 0.005A peak to peak 0.002A RMS |
| Sortie | Port USB pour clé USB |
| Source de courant | 90-250 V, 50/60 Hz, Max 50VA |
| Dimensions | 420 x 260 x 185mm |
| Poids net | approx. 3kg |
| Logiciel pour les sciences de la vie sur PC | ADN, ARN, oligo, Coloration de marquage, Calcul de température d'hybridation, méthodes de protéines directs UV et colorimétriques |
| Langues de logiciel (logiciel embarqué) | Anglais, chinois simplifié, français, allemand, espagnol |
