Industrial testing

Features Lowest cost of ownership – With an exceptionally long lifetime of three billion flashes, the lamp typically lasts for more than 10 years and so minimizes lamp replacement and instrument revalidation costs. Eliminate photobleaching – Safely measure life science samples and be sure that you get the correct answer every time. No need for cuvettes – Why use cuvettes when you can bring the instrument to the sample? A comprehensive range optional fiber optic measurement probes allow you to get accurate results in a fraction of the time. Measure precious samples with ease – The highly focused beam image is perfect for measuring small volumes accurately and reproducibly. Preserve your samples by getting accurate data from < 4 μL instead of using milliliters. Exceptionally fast data collection – With a scan rate of up to 24,000 nm/min, you can scan the entire wavelength range (190 to 1100 nm) in under three seconds and collect data from single or multiple wavelengths at 80 data points per second. Performance enhancing accessories – With a comprehensive range of accessories, including fiber optic probes and couplers, Peltier and water-thermostatted single and multicell holders, temperature probes and microvolume sampling cells right through to solid sample holders, fiber optic reflectance probes, remote DRA accessory and fixed angle specular reflectance accessories (SRA), you can characterize the widest variety of sample sizes and types without compromise. Software designed for real samples – Win10-compatible Cary WinUV software can be tailored to suit your analytical requirements. From classroom teaching and research laboratories in academia through R&D and regulated QA/QC environments in the pharmaceutical industry, the comprehensive WinUV software simplifies your measurements and ensures that you get more done in less time.

Features Measure beyond 8.0 absorbance units with reference beam attenuation WinUV software– optional modules for bio and pharma Versatile set of accessories including temperature control, liquid and solid sample holders, autosamplers, multicell holders, sippers, and fluorescence Variable slit widths (down to 0.01 nm) for optimum control over data resolution Large sample compartment with precision LockDown mechanism for quick changes of accessories Maximum light throughput using Schwarzchild coupling optics Minimal noise and stray light using a floating aluminum casting and double Littrow monochromator Extended dynamic range by attenuating the reference beam more in line with the sample absorbance Nitrogen pumping – separate purging in the sample and monochromator compartments

Features Achieve complete sample characterization Measure absolute reflection and transmission in a single sequence – at variable angle and s or p polarization – without moving or disturbing the sample. Measure diffusely scattered transmission and reflection with the freedom to control detector and sample position independently. Utilize the huge sample chamber to accommodate all sample types – from small to large – delivering 360 degrees of rotational flexibility Obtain complete control of beam collimation and patch size to best suit your sample and measurement needs Lower your cost-per-analysis, saving you time and money Measure in minutes what other systems take hours to days to complete – with unattended automation Simply set up your method, collect a single baseline, insert one or more samples, and walk away. New insights into advanced materials with an unprecedented 10 Abs range With 10 Abs range on the Cary 7000 spectrophotometer, the Cary 7000 UMS ensures you obtain high quality results even with challenging sample measurements (high OD) or under difficult measurement conditions. Obtain the highest quality results fast with the next generation Cary WinUV software The Cary WinUV software features a new method editor for simple method setup, advanced data processing, and 3D graphics, ensuring fast and accurate data analysis.

Features: Innovative — unique sampling accessories snap in and out in seconds, with no alignment required, making transmission as easy to use as ATR Intuitive — method driven, multi-language software guides users through every step of operation, while color coding alerts make it easy to see whether samples meet specifications. MicroLab Quant provides a simple, guided quantitative methods development package. Reliable — field proven, rugged optomechanical system offers outstanding performance and reproducibility, even in humid and tropical environments, providing answers you can trust … day-in/day-out Versatile — interchangeable sampling accessories for all your analysis needs, including standard transmission, DialPath, TumblIR, Diamond ATR, Germanium ATR, ZnSe ATR, 10 or 45 degree specular reflectance and diffuse reflectance. Compliant – GLP/GMP software can be upgraded to be compliant with 21 CFR 11 regulatory requirements through the addition of the Pharmaceutical Software Package Compact — taking up only 20 x 20 cm of bench space, and weighing just 3.6 kg (8 lb), the Agilent Cary 630 FTIR is the world’s smallest and lightest FTIR benchtop packing the biggest punch Affordable — the Agilent Cary 630 FTIR offers leading-class performance at an attractive price

Features: Frequency Range : 150kHz ~ 3GHz Autoset Function Noise Floor: ≦-100dBm RBW Range : 30kHz, 100kHz, 300kHz, 1MHz ACPR/CHPW/OCBW Measurement 3 Traces in Different Colors Split Window Function Limit Line Function Remote Control Software Presentation Material for Training Courses Support Interface : USB Device/Host, RS-232C 5.6” TFT LCD with VGA Output

Features: Accuracy class 0.02 and 0.05 Colour display Modular design System upgrade at any time Unique long-term and temperature stability of the measuring modules No additional error for reactive power measurement Current measurement up to 300 A using error-compensated AC-current clamp Ratio test by simultaneous measurement of both primary and secondary currents in instrument transformer meter systems using six measuring channels Testing of voltage, current and power transducers

High Performance Microwave Digestion System The new ETHOS UP is simply the most advanced yet easy to use system for microwave sample preparation we have ever manufactured. It offers a perfect integration between microwave hardware, user interface, digestion sensors and pressure vessels. The ETHOS UP fully embodies Milestone’s philosophy in microwave sample preparation. Specifically designed for closed vessel microwave acid digestion, it offers productivity, safety, ease of use, connectivity, expertise and application flexibility. Featuring a comprehensive choice of accessories, ETHOS UP microwave digestion system encompasses Milestone’s visionary concept of “Total Microwave Sample Preparation” offering a complete first-class solution for microwave solvent extraction, high-temperature fusion, vacuum evaporation and even organic and inorganic synthesis or protein hydrolysis. Safety and reliability. Best microwave hardware, temperature and pressure sensors Performance and throughput. easyTEMP temperature control and advanced rotor technology Ease of use and control. EasyCONTROL operating software Expertise and know-how. 30-years experience at your lab with the Milestone Connect Flexibility. Rotor-based digestion system for hundreds of applications.

Features: Advanced instrument intelligence functionality for GC diagnostics and maintenance helps lab managers better avoid unplanned downtime, minimizing costly operational surprises Color touch screen display provides access to GC setpoint and status information, configuration, and signal plot to confirm that analyses are progressing as intended Browser user interface provides convenient access from a PC or tablet to edit methods and sequences, access advanced intelligence functions, see instrument status, and run diagnostics from any place within reach of your lab network—even from home Unique 6th-generation microchannel-based EPC architecture provides a significant improvement in reliability and longevity against gas contaminants such as particulates, water, and oils over previous generation Agilent GC designs, as well as other GC vendors’ designs Full 8860 electronic pneumatics control (EPC)—available on all inlets and detectors—ensures better repeatability of retention times and peak areas, more consistent results, and less rework Optional helium conservation module reduces the amount of helium used and the associated costs Optional Hydrogen Sensor Module Series 2 detects hydrogen leaks early and shuts off gas flows, continuously monitors status using built-in intelligent diagnostics, and requires calibration only every six months Retention time locking (RTL), available with most Agilent OpenLab CDS software, provides the ability to precisely match chromatographic retention times in any GC system to those in another Agilent GC system with the same method and column Autoranging flame ionization detector (FID) provides a wide dynamic response range, enhances accuracy, and minimizes preparation requirements for samples that contain very high or very low compound concentrations Single-filament thermal conductivity detector (TCD) provides a stable baseline without drift and does not require a separate reference gas or manual potentiometer adjustment