Buck M530 Quick-Scan Infrared Spectrophotometer
The Buck Scientific Model 530 IR is a dispersive infrared spectrophotometer which scans like a UV/Vis Spectrophotometer in the mid-infrared region (4000 - 600cm-1, or 2500.00 nm - 16666.67 nm) with a resolution of <3cm-1 from 4000cm-1 - 2000cm-1 and <2cm -1 from 2000cm -1 - 600cm -1. We use aircraft grade aluminum for all Buck instruments and powder coated textured finish for corrosion resistance. The M530 is an accurate and simple IR Spectrophotometer which is built to last and easy to maintain.
The M530 can communicate with external programs using either USB or RS-232 connections. The new design uses stronger stepping motors providing faster completion of “Go-To” commands. The Model M530 display is a touch screen. There are no buttons or switches on the face of the instrument. Touching the display screen accesses all of the instruments standalone functions. Spectra can be viewed on the instruments display screen during scans. This allows running survey scans without using a companion computer. Simplified stand-alone reporting provides tools for presenting measurement values as ratios in either Percent Transmission or Absorbance scales.
Our IR instrument uses a high energy optical design and a sensitive DLATGS detector for excellent resolution over the full infrared range. Maximum performance is achieved with a fast scanning mechanism that is completely microprocessor driven. Every unit is built by hand - in the USA - to meet the highest quality standards. The straight forward mechanical and optical design has a reputation for low maintenance and is easily serviceable with quality affordable parts. The system is intrinsically rugged and performs well in even the harshest environments.
The M530 is the easiest IR spectrophotometer to operate and maintain. Touchscreen controls set all instrument parameters for operation and rapid data collection. Advanced self-help menus are user friendly even on complex applications. The unit does not require purge of moisture and CO2 prior to use, allowing for fast and easy sample analysis.
Our Turn-key system has the lowest per-sample cost, and is half the cost of any other equivalent system! The rugged design and quick serviceability result in long term cost savings for your laboratory. You will find that the M530 is the most cost effective infrared system available anywhere.
The M530 has a simple 7" color touchscreen for stand alone operation.
Detector: 1 x 2mm DLTGS (Deuteriated L-Alanine Doped Triglycine Sulfate)
Sensitivity: 1V / milliwatt
Source: Nichrome wire-wound ceramic core
Power Consumption: 36W @ 1250K
Dimensions: 26.25" W x 15.25" D x 7.25" H
Power: 115 / 230VAC, 50 /60Hz, 150 watts
Sample Compartment: 150mm square
Outputs: RS-232 and USB
Resolution: Nominally 4000cm-1 - 2000cm-1 <3cm-1 & 2000cm-1 - 600cm-1 <2cm-1
- BuckScan software for instrument control and data acquisition
- Wave number range 4000 to 600 cm-
- 2 cm-1 Nominal resolution
- Four scanning speeds 3, 6, 12, and 24 minutes
- RS-232 serial port & USB port
- A 5-minute Screening Method for Incoming RawMaterials in Pharmaceutical Manufacturing.pdf
- Accurate Characterization of Polymers andAdditives in Personal Care Products andPackaging by Fast-Scanning IR.pdf
- Accurate Determination of Film Thickness by M530 Infrared Spectrophotometer.pdf
- Rapid Field-Screening of Waste Oil Solvent Drums with Horizontal ATR Fast-Screening IR Spectroscopy.pdf
- The Rapid Determination of PROXIMATENutrients in Foodstuffs by M530 IR Spectrophotometer.pdf
FunChem Classroom Apps
- Determination of Types of Fat Present in Cooking Oils Using Infrared Spectroscopy with an ATR Attachment
- Determining the Chemistry of the Formation of Polystyrene or Poly(methyl)methacrylate Using Infrared Spectroscopy with ATR Attachment
- Determining the Refractive Index (η) of Various Materials Using Scanning Infrared Spectrophotometry
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I'm setting up two M530 for our Organic Chemistry labs using the ATR attachment. Do you have an easy/efficient method to clean the cell between samples, without dismantling it? Thanx for you help, Dr. Eric Schwab Chemistry Instructor, Washtenaw Community College
Hi Dr. Schwab, Gently lift the prism section off of the mirror bottom of the accessory. Then just wipe off your sample and rise with clean solvent or water depending on your sample. If your using the clamp plate with Luer-Lok plugs you can use a syringe to squirt a little clean solvent through followed by air. Just be gentle with the prism section it is hard but it is also brittle so doesn't take being dropped on the table or floor very well. Best regards,
IR Product Manager