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Cora 5001: Redefining Compact Raman Spectroscopy
Anton Paar’s Cora 5001 Raman analyzer can enable the effective monitoring of chemical changes or the fast, reliable identification of substances based on their chemical fingerprint.
The instrument’s Fiber model is ideal for flexible analysis via a probe outside the instrument, while the Direct model can analyze samples within a closed compartment. The Direct model is certified as laser Class 1, assuring its ultra-safe use.
The Cora 5001’s guided analysis process allows the instrument to be used with minimal training. Its small footprint and optional battery operation ensure that these benchtop Raman instruments are flexible tools suitable for in-house analytical tasks or analysis in the field.
Key Features
Easy and Safe: User Guidance and a Class 1 Laser
Image Credit:Anton Paar GmbH
Core operation of the Cora 5001 Raman spectrometer can be learned within just a few minutes, even by inexperienced users. This means that even students or new employees can perform safe, efficient Raman spectroscopy measurements within a short time.
Unlike many handheld instruments, the Cora 5001 Direct Raman spectrometer ensures additional safety due to its Class 1 laser specification. The laser will only activate when the measuring chamber is closed, ensuring that the device poses no risk to people working in its vicinity.
Excellent Efficiency: No Sample Preparation and Optional Accessories
Image Credit:Anton Paar GmbH
Whether used to investigate solid, liquid, or powder powders, the Cora 5001 Raman spectrometer has an appropriate sample holder available. Vials with various diameters and shapes (round, square, rectangular) are available, and it is possible to analyze solid samples directly (sample carriers, pills, etc.).
Sample holders are fitted with magnets, allowing these to be quickly and precisely positioned in the instrument. This flexibility and ease of use enables immediate sample measurement without refocusing.
True Versatility: One Instrument, Many Samples
Image Credit:Anton Paar GmbH
Applications involving fluorescing substances or a large number of different samples can be easily accommodated due to the available dual wavelength models, each providing two different excitation wavelengths in a single instrument.
Each wavelength is accommodated in its own independent optical spectrometer system, and users can move from one wavelength to the other with one click. This is also done without alignment or recalibration.
Complete Pharma Compliance with The Anton Paar Spectroscopy Suite
Image Credit:Anton Paar GmbH
The Anton Paar Spectroscopy Suite streamlines and simplifies Raman analysis – an especially important consideration in the regulated environment.
Workflows guide the operator through a range of daily analysis tasks, and lab managers are supported to manage the reference database and set up methods. Comprehensive signing and versioning ensure traceability, while audit trail commenting and search functionality help expedite and simplify audits. All data is stored in a secure SQL database.
Autofocus: The Strongest Signal Ensures Reproducible Results
Image Credit:Anton Paar GmbH
Manually focusing a weak Raman signal on thin or opaque samples can be exceedingly challenging. The instrument’s powerful autofocus removes any complexity from the measuring routine by automatically locating the spot with the best Raman signal.
Autofocus is completed within seconds, ensuring reproducibility and removing the potential for user error.
Technical Specifications
Source:Anton Paar GmbH
| Single-wavelength | Dual-wavelength | |||||
|---|---|---|---|---|---|---|
| Optical specifications | ||||||
| Excitation wavelength | 532 nm | 785 nm | 1064 nm | 532 nm and 785 nm | 532 nm and 1064 nm | 785 nm and 1064 nm |
| Spectral range | 200 cm-1 to3500 cm-1 | 100 cm-1 to2300 cm-1 | 100 cm-1 to2300 cm-1 | 200 cm-1 to 3500 cm-1 for 532 nm100 cm-1 to 2300 cm-1 for 785 nm and 1064 nm | ||
| Resolution (according to ASTM E2529) | 9 cm-1 to12 cm-1 | 6 cm-1 to9 cm-1 | 12 cm-1 to17 cm-1 | 9 cm-1 to 12 cm-1 for 532 nm6 cm-1 to 9 cm-1 for 785 nm12 cm-1 to 17 cm-1 for 1064 nm | ||
| Laser power | 50 mW** | 0 mW to 450 mW*, adjustable | 0 mW to 450 mW*, adjustable | 50 mW* for 532 nm0 mW to 450 mW* for 785 nm and 1064 nm | ||
| Spectrograph | f/2; Transmission volume phase grating (VPG) | |||||
| Integration time | 0.005 s to600 s | 0.005 s to600 s | 0.001 s to20 s | 0.005 s to 600 s for 532 nm and 785 nm0.001 s to 20 s for 1064 nm | ||
| Wavelength calibration | Automatic via software | |||||
| Detector array | 2048 pxCCD | 2048 pxCCD | 256 pxInGaAs | 2048 px CCD for 532 nm and 785 nm256 px InGaAs for 1064 nm | ||
| Laser class | 1 for Direct model3B for Fiber model | |||||
| Physical Specifications | ||||||
| Dimensions (D x W x H) | 355 mm x 384 mm x 168 mm (14.0 in x 15.1 in x 6.6 in) | |||||
| Weight | 9.8 kg | |||||
| Operating range | 10 °C to 35 °C (non-condensing) | |||||
| Fiber probe dimensions | Cable length: 1.50 m | |||||
| Battery (optional) | Lithium-ion | |||||
| Battery run time | >1.5 h | |||||
| Power supply input | Line power supply input: 115/230 V AC, 50/60 HzCar power adapter input: 9 V to 32 V DC | |||||
| Power consumption | In-line power supply input: max. 100 VADC input: typical 30 VA (60 VA when optional battery is charged) | |||||
| Additional Specifications | ||||||
| Display | 10-inch touch screen | |||||
| Data ports | 4 x USB 2.0, 1 x Ethernet, 1 x CAN out and 1 x USB to PC | |||||
| Data export formats | .csv, .txt, .png, .spc,. aps, .pdf | |||||
| Internal storage | 8 GB | |||||
| Wireless connectivity | Wi-Fi stick (optional) | |||||
| Spectral libraries | Factory library, user-built, third-party options | |||||
| Security | User roles with customizable permissions, user password logins | |||||
*at sample**at laser source
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