Product Description
Ever since the inception, we have always achieved a good growth rate and success by manufacturing a supreme range of FT-IR Spectrophotometer. These devices are largely used in organic synthesis, polymer science, petrochemical engineering, pharmaceutical industry and food analysis. Precisely designed at our state of the art machining facility, our FT-IR Spectrophotometer is made using quality materials procured from authentic vendors of the market. We can also customize these devices as per the needs of the clients.
Features:
- Compact design
- User friendly operation
- Durable service life
| SPECIFICATIONS |
| Detector | Fast recovery deuterated triglycine sulfate (DTGS) detector |
| Source | Mid-infrared Ever-Glo; user replaceable from bottom plate |
| Beamsplitter | KBr/Ge mid infrared optimized |
| Laser | Temperature controlled solid-state Near-IR diode laser |
| Performance Verification | ASTM E1421 to meet customer ISO/GLP requirements, Internal NIST-traceable 1.5 mm polystyrene film (serialized) |
| Humidity/Temperature | Tightly sealed and desiccated optical bench with protective KBr windows, rechargeable desiccant cartridges with humidity indicator, Internal diagnostics with electronic humidity and heat sensors |
| User-replaceable components | source, desiccant, power supply, sample compartment windows |
Advanced Performance, Reliable MeasurementsEquipped with a high-resolution Michelson Interferometer and a deuterated triglycine sulfate (DTGS) detector, this FT-IR Spectrophotometer delivers exceptional spectral clarity and repeatability. Its broad measurement range (4000400 cm), high accuracy, and capacity for both single and dual beam analyses make it suitable for precise material characterization and analytical tasks.
Universal Sample CompatibilityThe spectrophotometer features a universal sample compartment designed to accommodate a variety of accessories. This flexibility ensures compatibility with different sample types, allowing seamless switching between solids, liquids, and gases for diverse research and industrial applications.
Designed for User Convenience and VersatilityWith an intuitive LCD display, user-friendly controls, and connectivity options like USB and Ethernet, this instrument streamlines operation and data management. Its durable metal construction and moderate size make it suitable for laboratories and manufacturing settings across India, meeting the needs of exporters, importers, manufacturers, suppliers, and traders.
FAQs of FT-IR Spectrophotometers:
Q: How does the Michelson Interferometer in this FT-IR Spectrophotometer work?
A: The Michelson Interferometer utilizes two mirrors to split and recombine the infrared beam, generating an interference pattern. This pattern is processed by the FT-IR software to produce a detailed spectrum, enabling the analysis of various sample components with high resolution.
Q: What types of samples can be analyzed using the universal sample compartment?
A: The universal sample compartment supports a wide range of accessories, making it possible to analyze solids, liquids, and gases. This adaptability allows users to conduct multiple types of measurements without changing the core instrument.
Q: When is this FT-IR spectrophotometer most effectively used?
A: It is most effective in applications that demand precise spectral analysis, such as material identification, quality control, research laboratories, and pharmaceuticals. Its high accuracy and resolution make it suitable for both routine and sophisticated analyses.
Q: Where can this device be installed and operated?
A: Designed with a compact footprint (600 x 450 x 250 mm) and robust construction, the spectrophotometer is suitable for installation in research laboratories, manufacturing units, or quality control labs. Operate the instrument within 10C35C at standard pressure for optimum performance.
Q: What is the process for taking a measurement with this FT-IR spectrophotometer?
A: To take a measurement, prepare your sample, place it in the universal compartment, select the appropriate accessory, and use the LCD interface to set parameters. The DTGS detector captures the resulting spectrum, which is then analyzed and displayed for interpretation.
Q: How does this FT-IR spectrophotometer benefit exporters, importers, manufacturers, and suppliers?
A: Its reliability, repeatability, and wide compatibility streamline quality control and ensure precise material verification. This helps businesses comply with industry standards, improve product consistency, and facilitate international trade.