This configuration uses an aerosol type of dispensing nozzle that use pressurized air to atomize the fluid passing through the nozzle. This creates a quantitative spray format where a dot or line can be quantitatively generated on a continuous basis. AirJet technology is non-contact, quantitative aerosol dispensing. BioDot's proprietary technology couples any one of the three AirJets with a high resolution syringe pump to meter exact amounts of reagents. This process produces a precise and easy to use method for dispensing microliter quantities of fluids. Unique design features ensure repeatability and allow for disassembly and cleaning without affecting calibration.
Additional Information ...
A system that monitors and automates a biological process by using fluids on the Nanoscale.
The Nanoliter system is an important device of Nano biotechnology. This system monitors and automates a biological process by using fluids on the Nanoscale. The Nanoliter system is used for the purification or separation of biomolecules. The role of the Nanoliter system can be compared with the integrated circuits used in computation. Some common techniques used in the manipulation of fluid in Nanoliter system are: Electro kinetic manipulation, Mechanical valving, Vesicle encapsulation, Micro fluidic tectonics. The surface area of a typical Nanoliter system is almost two square centimeters.
BioDot recognizes the requirement of technical support for the wide range of applications. It is a leader in supplying system tools in the field of Research & Development and commercialization of diagnostic tests.
BioDot has established various application laboratories for the customers all over the world. The laboratories have qualified specialists and the lab is equipped with demonstration equipment. There are various cutting and slitting technologies, dispensing technologies, vision systems and various lamination and assembly technologies found in the lab.
BioDot is the leading manufacturer of Nanoliter dispensing equipment. With his extensive experience BioDot develops the manufacturing process in the protein array industry.
BioDot is the principle supplier of sub-microliter dispenses system. This system is used for the manufacture of microfluidic devices and micro-array. This is used in the Theranostics and Molecular Diagnostics in the emerging markets. This technology has delivered superior products like BioJet Plus in the field of Nano technology. BioJet is a superior dispenser which delivers deposition of small volume drops which is used for the production of BipChips, Biosensors and Cell/Protein arrays.
The task undertaken by BioDot for the performance of arrays using nano liter dispesing technology, keeping in mind the manufacturing perspective is:
- Designing of the array
- Deciding which dispensing system to use
- Deciding the environment for dispensing and choice of substrates
- Choice of reagents and buffers
- Close monitoring on the process design and process parameters
- Cleaning of the system
- Degassing and filtering of the reagents
These process is time consuming and costly. Moreover it requires a lot of monitoring. Biodot has extensive experience in the protein array industry. It provides various data demonstrating solutions and also highlights some of the issues during the process of manufacturing protein arrays using nanoliter dispensing technology.
BioDot is an expert in non-contact and contact cutting, dispensing and laminating business. It has developed range of research and diagnostic tests. The core competency of the company lies in recognition of customer’s requirements. The BioDot team will genuinely help you in your research ideas using nanoliter dispensing technology and will assist you to develop your nanoliter dispensing technology ideas.
The sales team handles the materials and processes in a very professional way. Researchers, scientists and service engineers support the team. BioDot is the leader in developing non-contact dispensing portfolio with nanoliter dispensing technology . This includes the volumes from 50mL to 250mL, which includes reagents with extensive properties. This efficient technology is the part of intellectual property portfolio including nanoliter dispensing technology.. To increase the output and reduce the cost of material handling BioDot has developed various individual modules and workstation. Quality control supports the efficient programs and services.
Proper liquid handling techniques are essential in a biomedical laboratory setting. BioDot carries a vast array of high-quality liquid handling and pipettor devices.
The following tips help ensure proper liquid handling techniques:
- Always double check to ensure the pipette tip is secure before attempting to draw up liquid.
- Use the appropriate pipette style and size for the task that you're performing. The use of an inappropriate pipette or tip can result in contamination or spillage, both of which are major concerns when it comes to liquid handling in the lab.
- When performing a task that involves liquid handling, ensure that vial lids are completely sealed to avoid spillage. Safety equipment such as protective glasses, splash shields and face shields are another very important aspect of proper liquid handling in a biomedical laboratory setting. Trust BioDot to provide only the highest quality liquid handling devices and accessories.
Safety equipment such as protective glasses, splash shields and face shields are another very important aspect of proper liquid handling in a biomedical laboratory setting. Trust BioDot to provide only the highest quality liquid handling devices and accessories.