EziLab UV-Visible Spectrophotometer EZL-US113 performs absorbance, transmittance, and concentration measurements across pharmaceutical analysis, environmental monitoring, food quality testing, and chemical laboratory applications. Wavelength range spans 200 to 1000 nm with 2 nm bandwidth and 2 nm accuracy for consistent UV spectrophotometer performance. Single beam optical system with 1200 lines per mm grating and silicon photocell detector ensures stable signal quality, while stray light stays below 0.1% T at 220 and 360 nm. Photometric accuracy of 0.5% T and repeatability within 0.2% T support routine analytical results. Laboratories starting UV spectrophotometer search will find EziLab's Lab Equipment and spectrophotometers a well-stocked resource for single beam UV-Visible instruments.
| Wavelength Range | 200 to 1000 nm |
|---|---|
| Optical System | Single Beam |
| Bandwidth Options | 2 nm |
| Wavelength Accuracy | ± 2nm |
| Wavelength Repeatability | Less than or equal to 1nm |
| Photometric Accuracy | ± 0.5 %T |
| Photometric Repeatability | Less than or equal to 0.2 % T |
| Photometric Range | 0.0–100%(Transmittance)0-1.999 (Absorbance) 0-1999 (Concentration) |
| Stray Light | Less than or equal to 0.1 % T at 220 nm & 360 nm |
| Grating | 1200 lines /mm |
| Detector | Silicon Photocell |
| Power Requirements | AC 220 V ± 22V 50Hz ± 1 Hz 120W |
| Packaging Size | 580 × 460 × 345nm |
| Gross weight | 16.5Kg |
User Manual | 1 piece |
1 cm Glass Cuvette | 4 pieces |
1 cm Quartz Cuvette | 2 pieces |
Power Cord | 1 piece |
Fuse | 2 pieces |
1. | Thermal Printer |
2. | Cuvette Holder 50nm |
It is ideal for quality control, general research, pharmaceutical, biochemical and clinical laboratory applications. It is also extensively used for quality assurance tests in various educational institutes, universities and laboratories.
The UV-Visible Spectrophotometer EZL-US113 Single beam is designed for efficiency and reliability, making it well-suited for daily laboratory operations. Its easy-to-use interface and stable performance allow technicians to perform quick analyses with minimal training. The instrument minimizes user errors with simple workflows, which is particularly useful in teaching labs and quality control environments. The EZL-US113 is therefore a dependable choice for labs handling frequent sample testing.
Our UV-Visible Spectrophotometer EZL-US113 Single beam delivers consistent results by using precise optics and stable measurement performance across repeated runs. This reliability ensures that even small changes in sample absorbance can be detected clearly. Consistency is especially important in pharmaceutical and environmental testing where reproducibility of results is critical. The instrument gives professionals confidence in the accuracy of their data, reducing the need for repeat testing.
Ezilab’s UV-Visible Spectrophotometer EZL-US113 Single beam is versatile and supports analysis of a wide range of samples, including biological, chemical, and environmental solutions. Its broad wavelength range allows for testing of both organic and inorganic compounds effectively. This flexibility makes it a valuable instrument in diverse fields such as academic research, clinical diagnostics, and industrial quality control. Laboratories benefit from its ability to adapt to multiple testing requirements.
Our UV-Visible Spectrophotometer EZL-US113 Single beam incorporates safe operating features to protect both the instrument and users. Its enclosed optical system ensures that light exposure remains within safe limits during testing. Automatic system safeguards help prevent errors during setup or measurement. These measures make it safe to operate even in high-throughput laboratory settings.
Our UV-Visible Spectrophotometer EZL-US113 Single beam is widely used for applications such as concentration measurement, purity checks, and kinetics studies. In academic settings, it supports student learning through hands-on experiments, while in industrial labs, it assists with quality control and product validation. Clinical and environmental labs also rely on it for accurate sample analysis. Its broad applicability makes it a versatile tool across scientific disciplines.
