Beacon Innovation International Inc (BIII) products
BII Brand Products
BII - Model CLF-2 - Cathodoluminescence System
Cathodoluminescence system is becoming a new collection of analytical tools for material science research, geology and pharmaceutical application. Our innovative design model CLF-2 makes it possible to perform cathodoluminescence analysis rapidly, automatically and accurately, and to generate clear structural information of the material.
Bill - Model S151 - Lab Spray Dryer
The Lab Spray Dryer is a useful laboratory equipment that can turn liquid solution into dry powder quickly and safely without causing damage to the sample. A simple but smartly designed system, it has many outstanding features including high efficiency, easy to set-up, easy to operate and control the drying process. It can be operated continuously and efficiently. The equipment can safely work with solutions in most available organic solvents. Many users testified its easy operation, safety and other features. The equipment can be used in many areas, such as drying the solutions of natural products, cosmetics and aroma, pharmaceutical active ingredients (API), heat-sensitive bio-pharmaceuticals, or petroleum, etc. Its outstanding features greatly extend the area of application that is possible with a spray drying process.
Bonna-Agela
BIII Bonna-Agela - HPLC Columns
Bonna-Agela HPLC columns cover a broad field of chemistry to meet nowadays challenging needs of rapid HPLC analysis, LC-MS application, separation in extreme pH conditions as well as conventional applications in pharmaceutical, environmental and food industries. Our HPLC columns are manufactured with innovative technologies in both media manufacturing and column packing steps for unique selectivity and unsurpassed reproducibility. Bonna-Agela HPLC columns are classified into eight catogories:
BIII Bonna-Agela - Clarinert Syringe Filters
BIII Bonna Agela - Solid Phase Extraction (SPE) Technology
Solid phase extraction (SPE) is one of the most used techniques in sample preparation. It is replacing the conventional time-consuming liquid-liquid extraction (LLE) method. The process of SPE is a miniature version of liquid column chromatography. SPE, utilizing the same type of stationary phases as used in liquid chromatography columns, are practiced in different mechanisms including normal phase, reversed phase, ion-exchange, affinity chromatography and mixed-mode in the fields of agricultural and food, bio-analytical, environmental and forensic applications. Bonna-Agela as a leader of chromatographic media products offers a variety of polymer and silica based SPE products.
DLab - Liquid Handling
BIII - Mechanical Pipette
.0302E+19: 0.1-2.5μl. 7.0302E+19: 0.5-10μl. 7.0302E+19: 2-20μl. 7.0302E+19: 5-50μl. 7.0302E+19: 10-100μl. 7.0302E+19: 20-200μl. 7.0302E+19: 50-200μl. 7.0302E+19: 100-1000μl. 7.0302E+19: 200-1000μl.
Scientific Systems
BII - Model MS1 - Microscope Stage Slice Chamber
The MS-1 chamber has been designed for use with fixed-stage upright-type microscopes. The particular feature of this chamber is the profiled contour that allows the microscope objective to sweep across the preparation when changing magnification, without having to adjust the focusing. In this way the specimen and any pre-positioned microelectrodes remain par-focal. This is particularly useful for confocal microscopy where it is the intention to combine electrophysiology and precise localisation of structures. In addition this chamber can be utilised with microscopes that have front to back swing objective turrets. Adaptor plates are available for various microscope stages.
BII - Model TCKG - Organ and Tissue Chambers
The TCKG Tissue chamber has been designed to support various types of preparations in experimental test media and allow recordings to be made from nerves arranged across a grease gap, facilitated by a removable partition between the nerve and associated preparation.
BII - Model PTC03 - Proportional Temperature Controller
The PTC03 is a proportional temperature control unit for use in conjunction with our brain slice chambers, perfusion solution heaters and an increasing range of other systems currently under development . A low voltage direct current output with low noise characteristics is used to power heating elements together with a sensor for feedback proportional control.
