Spectrophotometer
UV-VIS Spectrophotometer
SP-3000SB
SP-3000SB
UV-VIS SPECTROPHOTOMETER
Experience the fast and convenient SP-3000SB.
The simple and affective design fits well into any space.
OPTIVIEW (PC Software)
OPTIVIEW is a software that allows you to remotely control
SP-3000SB to collect and analyze data. (Provided separately)
Secure (PC Software)
Secure is a management program that can track and audit all
actions performed in OPTIVIEW. (Provided separately)
Core functions:
Login
- Access restriction based on authentication target and method
- Group-specific authorization and function restriction
Electronic signature
- Authentication and non-repudiation through level-specific signature Audit trail
- Audit records based on user actions.
OPTIMA Spectrometer Family
Multi-cell measurement | Microvolume measurement | Cuvette measurement | Wavelength range | Feature | |
SP-3000SB | O | X | O | 190 to 1100 nm | Single-beam |
SP-3000DB | O | X | O | 190 to 1100 nm | Double-beam |
NanoEX Plus | X | O | O | 190 to 850 nm | Xenon flash lamp |
NanoEX Lite | X | O | O | Pedestal: 260, 280 nm Cuvette: 600 nm | LEDs |
After Sales Service Policy At OPTIMA Inc., we provide systematic services based on professional expertise to meet the diverse needs of our customers. Free Warranty Service We offer free repair and replacement services for products (excluding consumables) within one year of purchase and for lamp failures that occur within the warranty period. We strive to deliver stable performance through our structured and continuous services and extensive experience. | ![]() |
THE BEST VISUAL
AND FUNCTIONAL EXPERIENCE
SP-3000SB focuses on user convenience and has an intuitive interface that allows for accurate measurement and analysis of data with a single touch. It also includes a variety of functions optimized for experimental equipment, and measurement results can be easily edited and exported.
PC-Link
You can change the device mode to remote mode and
use it in conjunction with a PC via OPTIVIEW.
![]() | Self-test (Built-in test, BIT) feature When you turn on your device, it performs a self-diagnostic to determine if there is any abnormality. During the initial self-diagnosis, it will check the connection status, operation of each motor, lamp, and calibration status to determine if there is anything wrong with the device. It will check each item and display the results to maintain the best condition always. *BIT Checklist: Link, Wave Motor, Cell Motor, Filter Motor, W Lamp, D2 Lamp, D2 Lamp (Peak) |
Remote Control Mode SP-3000SB can perform measurements directly as a standalone device, but it can also be controlled remotely by connecting to a PC. In a network environment, data can be measured and analyzed on a PC without workspace restrictions. | Touch-type graph function The measurement results are appropriately auto-scaled and presented in the form of a table or graph. The pinch zoom function allows you to easily zoom in on a desired part of the graph as needed. | Convenient data management You can save measurement conditions and data in the built-in memory (32GB provided as standard) or external USB flash drive to perform various tasks such as data conversion through OPTIVIEW, application of conversion formulas, and exporting to Excel. |
Photometric Mode
Quantitation Mode
![]() | Standard Curve Generation Mode The mode for creating a standard curve provides four fitting options: Linear (Zero-crossing), Linear, Quadratic, and Cubic. You can create a standard curve by measuring standard samples of various concentrations or directly entering known absorbance for each concentration. You can modify existing standard curve data through the import function. |
Spectrum Mode
Kinetics Mode
![]() | Report & Print Users are provided with the ability to check, save (PDF/HTML), and print measured data in report format. This feature supports systematic reporting and documentation of experimental results and plays an important role in maximizing the usability and accessibility of data. These documentation and storage functions increase the reproducibility and transparency of research and ensure reliable data management. |
THE UNCOMPROMISI
PERFORMANCE
SP-3000SB products undergo rigorous quality testing prior to shipment to ensure proven performance.
Wavelength accuracy & repeatability
SP-3000SB adopts its own high-resolution wavelength measurement mechanism
to ensure wavelength reproducibility of less than 0.1 nm across the entire band.
The wavelength accuracy verified through a Holmium Oxide filter (MU* = ±0.2 nm) is ±0.5 nm, and the repeatability is less than ±0.1 nm.
Certified Value | 279.44 nm | 360.89 nm | 453.67 nm | 536.52 nm | 638.00 nm |
Measured (Mean) | 279.49 nm | 361.00 nm | 453.80 nm | 536.80 nm | 638.00 nm |
Measured (Std) | ±0.00 nm | ±0.00 nm | ±0.00 nm | ±0.00 nm | ±0.00 nm |
(*) MU : Measurement Uncertainty
SP-3000SB automatically verifies wavelength accuracy using the Balmer lines of the D2 lamp at boot time.
Using the validation mode, you can also check the spectral bandwidth (SBW) of the device.
Certified Value | 486.0 nm | 656.1 nm |
Measured (Mean) | 486.0 nm | 656.0 nm |
Measured (Std) | ±0.00 nm | ±0.00 nm |
Spectral Bandwidth | < 1.8 nm |
Measured | 1.2 nm |
![]() | Baseline stability Since SP-3000SB uses a tungsten lamp as the light source, the measured values may fluctuate due to the light source drift phenomenon immediately after turning on the equipment. This phenomenon gradually stabilizes through the light source warm-up process. Therefore, for high-precision measurements, warm-up for about an hour or more is recommended. After warm-up, stability within 0.001 Abs/h is guaranteed. |
Photometric accuracy & repeatability
SP-3000SB can minimize signal fluctuations over time by automatically updating the blank signal for each measurement without additional manipulation utilizing the multi-cell holder.
Precise signal processing provides excellent noise characteristics, ensuring photometric accuracy within ±5 mAbs or 1%, and photometric repeatability within ±3 mAbs.
All products are verified using SRM 935a (MU ≅ ±5 mAbs) and SRM 930e (MU ≅ ±3 mAbs) before shipment.
Measurement results of SRM 935a + 0.001 M perchloric acid solution (60 mg/l)
Wavelength | 235.0 nm | 257.0 nm | 313.0 nm | 350.0 nm |
Certified Value | 0.7472 | 0.8637 | 0.2935 | 0.6411 |
Measured (Mean) | 0.740 | 0.856 | 0.292 | 0.641 |
Measured (Std) | 0.000 | 0.000 | 0.000 | 0.000 |
Measurement results of SRM 930e
Wavelength | 440.0 nm | 465.0 nm | 546.1 nm | 590.0 nm | 635.0 nm |
Certified Value | 1.0218 | 0.9610 | 0.9983 | 1.0938 | 1.0738 |
Measured (Mean) | 1.022 | 0.961 | 0.998 | 1.094 | 1.074 |
Measured (Std) | 0.000 | 0.000 | 0.000 | 0.000 | 0.000 |
![]() | Baseline Flatness SP-3000SB automatically corrects the baseline for each measurement, providing consistent baseline flatness (< 0.001 Abs RMS) without the need for separate baseline correction. |
PC Software
OPTIVIEW (Optional)
OPTIVIEW is a Windows-based PC software that can be used to remotely operate OPTIMA’s spectrophotometers using a PC to acquire, manage, and analyze the data. It provides a continuous user experience through the familiar screen and intuitive interface of SP-3000SB.
OPTIVIEW allows you to perform measurements with a single click and check the progress of the experiment through real-time measurement data and cell holder positions displayed on the screen. It also provides a folder-based task management function for data management. Customizable layouts - docking and split pinning - and ribbon menus that support quick analysis through associative placement provide a convenient working environment.
![]() | Multiple output formats You can easily output measured data and analysis results in a variety of formats. You can save them in OPTIVIEW’s own format for further analysis, or collect only the necessary data and output them in a report format. The supported output formats are as follows: Image format (.png) Text format (.txt) Excel format (.csv, .xlsx) Report format (.pdf) Native format (.ova*) |
ACCESSORIES
Compatibility with various accessories provides the perfect solution for each laboratory and experimental environment.
![]() | Multi Cell Holder (Standard) The multi cell holder to be able to measure automatically up to 8 samples. |
![]() | Micro Volume Cell Holder The single cell holder available, in case that sample’s volume is below 500㎕. Optical Path Length: 10 mm Center Height: 15 mm |
![]() | Round Cell Holder The single cell holder available, when using circle cell to analyze a sample. Test Tube Diameter: 16 mm / 25 mm Test Tube Height: max. 100 mm |
![]() | Long Path Cell Holder The single cell holder is used, when measuring after lengthening a light path in order to analyze a low density sample. Optical Path Length: 20 - 100 mm |
![]() | Temperature Cell Holder (Water/Oil Circulator Type) This is used to control the temperature of the cell holder by using a temperature circulatory device. Tubing Size: 6 mm |
![]() | Film Cell Holder The single cell holder available for measuring the solid sample for a light to pass through such as an optical film or a slide glass. Sample Size: max. 100 mm(H) x 70 mm(W) Sample Thickness: max. 5 mm |
![]() | Sipper It is possible to perform automatic suction and measurement of liquid samples, and it has a built-in function to automatically correct the amount of suction, enabling accurate and stable sample processing. Flow rate range: 0.035~570 Speed range: 0.5~150 rpm Speed resolution: 0.1 rpm (0~100 rpm), 1 rpm (100~600 rpm) |
SP-3000SB SPECIFICATIONS
Photometrics System | Single-beam type |
Light Source(s) | Tungsten Halogen Lamp & Deuterium Lamp (Built-in light source auto interchanging motor) |
Detector | Silicon Photodiode |
Spectral Bandwidth | < 1.8 nm |
Wavelength Range | 190 to 1100 nm |
Wavelength Display (setting) | 0.1 nm |
Wavelength Accuracy | <± 0.5 nm |
Wavelength Repeatability | <± 0.1 nm |
Slew Rate | 7,800 nm/min |
Scanning Speed | 4,000 nm/min |
Photometric Range | Absorbance: -3 A to 3 A/Transmittance: 0% to 300% |
Photometric Accuracy | <± 0.003 Abs at 0.5 Abs |
<+ 0.005 Abs at 1.0 Abs. | |
Photometric Repeatability | <+ 0.003 Abs |
Baseline Stability | 0.001 Abs/h (700 nm, one hour after light source) |
Baseline Flatness | <0.001 Abs rms (200 to 1,100 nm, after one hour warm-up) |
Stray Light | < 0.05% (at 220 nm with 0.1% Nal) |
<0.05% (at 340 nm with 0.5% NaNO2) | |
RMS noise | < 0.0002 Abs rms (at 700 nm) |
Monochromator | Czerny-Turner Monochromator |
Standard Cell Holder | Multi-cell Holder (8 cells) |
Lamp Interchange Wavelength | 340 to 410 nm (Default 370 nm) |
Operating System (OS) | Android |
Display | 7-inch Color Touchscreen LCD (Resolution: 1280 x 800) |
Dimensions | 433 (W) 381 (D) * 180 (H) mm |
Power Requirement | AC 100-240V, 50/60Hz, 140VA |
Weight | 10.5kg |
PC Software | OPTIVIEW for Windows (optional) |
※ The contents of this document may be changed without notice.
Optima Inc.
OPTIMA Bldg. 1-6-8 Yamatocho, Nakano-ku, Tokyo 165-0034 JAPAN
TEL : +81-3-5356-9372 | FAX : +81-3-5356-9373 | E-mail : optima[at]optima-japan.jp (Replace [at] to @.)
Copyright © OPTIMA Inc.
ISO9001 Certified