By incorporating state-of-the-art hardware and software technology with key improvements in overall instrument performance and reliability, the CHN628 Series Elemental Determinator makes it possible to achieve fast results in organic matrices from food to fuels. For optimum versatility, this instrument is available in flexible configurations— nitrogen/protein, carbon/nitrogen, and carbon/hydrogen/nitrogen.
Instrument to cover the full spectrum of DNA, gDNA and RNA quality control. Fragment AnalyzerTM does everything from high-resolution analysis to fast DNA separations, across the widest separation range. Dramatically simplify life in the lab with an automated workflow that brings productivity and precision.
Benchtop and console models of the FreeZone® 6L Freeze Dry Systems provide value and flexibility to lyophilization processes with the addition of five model options. Models are designed for use with dry aqueous materials and samples with low eutectic points. Benchtop and Console models available in -50°C and -84°C
This model includes the 6 liter pump (#197101) and 6 liter condenser (#197102), plus top chamber.
HCFC/CFC-free refrigerant for rapid, environmentally-safe cooling
Vacuum control valve maintains setpoint vacuum level to speed freeze dry process
The Glacier™ Polar Edition 25.7 ft3 (728 Liter) -86°C Ultralow Freezer is a freezer that is intended to be used for reliable and long-term storage of research samples. The freezer is handy for labs, hospitals, repositories and anywhere that requires cold storage equipment. The Polar Edition has been specially designed for long-term storage, which means lab workers can use it for keeping biological samples like cord blood, organs, cancer cells and more.
The Glutomatic system is the standardized international method for establishing the qualitative and quantitative characteristics of gluten.
When baking bread and producing noodles or pasta, the flour gluten content and strength will determine the quality of the finished product.
The effect of gluten quantity and quality in the flour used for breads, cookies, crackers, and pasta is dramatic. The wet gluten quantity of the flour strongly influences the volume of the product. Using the glutomatic system, you can determine the baking quality of wheat and flour.
The GC Growth Chamber series reach-in model capacity is 15 ft2.
Construction is all woodless, with painted aluminum surfaces and polymer foam insulation. GC series units utilize an upward airflow design with air uniformly distributed through the aluminum channel floor.
This model come with counterweighted light fixtures for easy fingertip adjustment of position and intensity. Lighting levels range from 980 µmoles to 1470 µmoles (at 6" from lamps) with the standard fluorescent/incandescent arrays.
-Frequently used for research applications such as lighting for vascular plants to facilitate standard plant production, plant pathology research and seedling germination and development
Lighting System
-Intensity programmable up to 900 micromoles/m2/sec of light irradiance measured at 6” from lamps on 4 on/off light events.
Airflow/Circulation
-Uniform air circulation moves across each shelf through air diffusers on the rear wall.
These Percival® Scientific chambers are frequently used for research applications such as lighting for vascular plants to facilitate standard plant production, plant pathology research and seed germination and development. Many other applications exist for this product. Compare your requirements to the specifications listed here.
Applications
-Frequently used for research applications such as lighting for vascular plants to facilitate standard plant production, plant pathology research and seedling germination and development
The H2 Classic GrainGage allows you to collect field data more efficiently than ever. First, its slope and motion sensors work to compensate for machine motion and vibration, whether weighing on-the-go or while stopped. Second, with its new design, the H2 Classic now collects test weight, moisture, and plot weight data simultaneously, letting you move to the next plot much faster—up to 240 plots per hour.
