Education & Research
Instrument selection for teaching laboratories and research groups: absorbance, electrochemistry, weighing and microvolume work.
8 measurement tasks · 7 instruments · 4 notes
Explore workflow6 models
A nano-volume spectrophotometer with full UV-Vis wavelength scanning from 200-900 nm, built for samples where only microlitres are available.
Documentation
Datasheets and manuals are issued per model and revision. Ask for the documents that match the configuration you are considering.
See linked documents| Wavelength Range | 200-900nm |
|---|---|
| Optical Path | 1mm |
| Light Source | Xenon Lamp (7-year lifespan) |
Send your sample type and method, and we will confirm the configuration and current lead time.
Ask about this modelModel comparison
Full specifications for every model in the series, side by side. Tell us the sample type and throughput you need and we will point to the closest configuration.
| Parameter | UM-100 | UM-110 | UM-200 | UM-220 | UM-300 | UM-330 |
|---|---|---|---|---|---|---|
| Optical Path | 1mm | 1mm | 1mm/0.5mm/0.05mm (Manual) | 1mm/0.5mm/0.05mm (Auto) | 1mm/0.4mm/0.1mm/0.04mm/0.02mm (Auto) | 1mm/0.4mm/0.1mm/0.04mm/0.02mm (Auto) |
| Light Source | Xenon Lamp (7-year lifespan) | Xenon Lamp (7-year lifespan) | Xenon Lamp (10-year lifespan) | Xenon Lamp (10-year lifespan) | Xenon Lamp (10-year lifespan) | Xenon Lamp (10-year lifespan) |
| Detector | 1024 (CMOS) linear image sensor | 2048 (CMOS) linear image sensor | 2048 (CMOS) linear image sensor | 2048 (CMOS) linear image sensor | 4096 (CMOS) linear image sensor | 4096 (CMOS) linear image sensor |
| Wavelength Range | 200-900nm | 200-900nm | 200-900nm | 200-900nm | 200-900nm | 200-900nm |
| Wavelength Accuracy | ±2.0nm | ±2.0nm | ±1.0nm | ±1.0nm | ±1.0nm | ±1.0nm |
| Wavelength Repeatability | ±1.0nm | ±1.0nm | ±0.5nm | ±0.5nm | ±0.5nm | ±0.5nm |
| Nucleic acid measurement range | 2-750ng/μl | 2-750ng/μl | 2-15000ng/μl (dsDNA) | 2-15000ng/μl (dsDNA) | 1-37500ng/μl (dsDNA) | 1-37500ng/μl (dsDNA) |
| Protein Measurement Range | 1-15mg/ml | 1-15mg/ml | 1-400mg/ml (BSA) | 1-400mg/ml (BSA) | 1-1120mg/ml (BSA) | 1-1120mg/ml (BSA) |
| Detection Time | < 5s | < 5s | — | — | — | — |
| Absorbance Range | — | — | Ultra-micro Mode: 0-600Abs (@10mm) Cuvette Mode: 0-3Abs (@10mm) | Ultra-micro Mode: 0-600Abs (@10mm) Cuvette Mode: 0-3Abs (@10mm) | Ultra-micro Mode: 0-600Abs (@10mm) Cuvette Mode: 0-3Abs (@10mm) | Ultra-micro Mode: 0-600Abs (@10mm) Cuvette Mode: 0-3Abs (@10mm) |
| Nucleic acid detection module | — | — | dsDNA, ssDNA, RNA, User-Setting, oligoDNA, oligoRNA, and Gene Chip Module | dsDNA, ssDNA, RNA, User-Setting, oligoDNA, oligoRNA, and Gene Chip Module | dsDNA, ssDNA, RNA, User-Setting, oligoDNA, oligoRNA, and Gene Chip Module | dsDNA, ssDNA, RNA, User-Setting, oligoDNA, oligoRNA, and Gene Chip Module |
| Protein detection module | — | — | A280, Polypeptide, Protein Chip, BCA, Bradford, Lowry, and Pierce 660 Module | A280, Polypeptide, Protein Chip, BCA, Bradford, Lowry, and Pierce 660 Module | A280, Polypeptide, Protein Chip, BCA, Bradford, Lowry, and Pierce 660 Module | A280, Polypeptide, Protein Chip, BCA, Bradford, Lowry, and Pierce 660 Module |
| OD600 Module | — | — | Cell fluid testing module | Cell fluid testing module | Cell fluid testing module | Cell fluid testing module |
| Cuvette Wavelength Range | — | — | — | 200-900nm | — | 200-900nm |
| Cuvette Specifications | — | — | — | 1mm/2mm/5mm/10mm | — | 1mm/2mm/5mm/10mm |
| Cuvette Type | — | — | — | Micro reusable cuvette | — | Micro reusable cuvette |
What this instrument is designed to do, in plain terms.
The UM Series Nano Spectrophotometer covers 6 models, UM-100 to UM-330. The comparison table lists the values that differ across the range.
Confirm these items before the final quotation. Accessaries are listed only where the manufacturer offers them.
Ask for an itemised quotation that separates standard items from options.
No Optional Accessaries are published for this model. Confirm availability with our team.
See how the model is positioned for real measurement tasks.
Instrument selection for teaching laboratories and research groups: absorbance, electrochemistry, weighing and microvolume work.
8 measurement tasks · 7 instruments · 4 notes
Explore workflowLet’s talk about your application
Share your sample, measurement requirements and preferred configuration.