SPT Labtech Japan List of Products and Services

The Dragonfly Discovery is a new non-contact dispenser that employs both positive displacement technology and disposable syringes. With its high versatility and user-friendly software, it can accommodate various assays and research with just one unit. ● Positive Displacement Technology This method uses a piston to push out the liquid. It allows for accurate dispensing of various solutions, such as those with viscosity and surface tension, without the need for class settings for each liquid. Examples: 80% glycerol, 50% EtOH, cell suspensions, etc. ● Supports Various Assays With intuitive dedicated software, you can easily design dispensing for biochemical assays, cell-based assays, bead-based assays, and more. It is also possible to control dispensing time, perform normalization, and dispense in a gradient-like manner. ● No Contamination Using disposable syringes eliminates the risk of carryover and cross-contamination. This dispensing machine has high versatility, suitable for DoE (Design of Experiment), ELISA, three-dimensional cell culture, protein crystallization assays, and more.

The dragonfly discovery is a new non-contact dispenser that employs both positive displacement technology and disposable syringes. Unlike a standard reservoir (capacity: 10mL), which requires manual refilling of the solution, the AFR draws from the recirculating solution, eliminating the need for refilling. It is a useful option when you want to dispense multiple plates in conjunction with a stacker.

"mosquito Genomics" is a robust nanoliter-scale dispensing device that employs a positive displacement method. It can perform accurate aspiration and dispensing, as well as precise mixing, making it suitable for various applications. By minimizing the sample volume in sample management workflows and genomics research, it contributes to cost reduction. ● Reduction of running costs through miniaturization and low dead volume The accurate dispensing mechanism allows for the handling of precious samples and expensive experimental reagents in small volumes, while also minimizing dead volume, significantly reducing running costs. ● Reduction of hands-on time and improvement of reproducibility through automation With rapid and precise operation, it eliminates dispensing errors and cross-contamination caused by human error, enhancing reproducibility. ● Improvement of data reliability through increased sample size The benefits of miniaturization extend beyond mere cost savings; it enables multiple experiments to be conducted in parallel, thereby improving data reliability. ● User-friendly The easy-to-use software makes the protocol creation process very simple.

The "mosquito HTS" is a robust nanoliter-scale dispensing device that employs a positive displacement method. It not only allows for precise aspiration and dispensing but also enables accurate mixing, making it suitable for various applications. By minimizing the sample volume in sample management workflows and genomics research, it contributes to cost reduction. ● Cost reduction through miniaturization and low dead volume With its accurate dispensing mechanism, it handles precious samples and expensive reagents in small volumes while minimizing dead volume, significantly reducing running costs. ● Reduced hands-on time and improved reproducibility through automation With rapid and precise operation, it eliminates dispensing errors and cross-contamination caused by human error, enhancing reproducibility. ● Improved data reliability through increased sample size The benefits of miniaturization extend beyond mere cost savings; it allows for multiple experiments to be conducted in parallel, thereby enhancing data reliability. ● User-friendly The easy-to-use software makes the protocol creation process very simple.

The "mosquito X1" is a robust nanoliter-scale dispensing device that employs a positive displacement method. It allows for precise aspiration and dispensing, as well as accurate mixing, making it suitable for various applications. By minimizing the amount of sample handled, it contributes to cost reduction in sample management workflows and genomics research. ● Reduction of running costs through miniaturization and low dead volume The accurate dispensing mechanism enables the handling of precious samples and expensive reagents in small volumes, while also minimizing dead volume, significantly reducing running costs. ● Shortening hands-on time and improving reproducibility through automation With rapid and precise operation, it eliminates dispensing errors and cross-contamination caused by human error, enhancing reproducibility. ● Improved data reliability through increased sample size The benefits of miniaturization go beyond mere cost savings; it allows for multiple experiments to be conducted in parallel, thereby improving data reliability. ● User-friendly The easy-to-use software makes the protocol creation process very simple.

Dragonfly Crystal (for protein crystallization) This is a new non-contact dispenser that employs both positive displacement technology and disposable syringes. It allows for the rapid dispensing of crystallization buffers prepared from multiple components directly onto crystallization plates with low dead volume, and can seamlessly transition to the mosquito. It is also convenient for dispensing Master Mix and other solutions into PCR plates. ● Positive Displacement Technology With a unique non-contact dispensing method, it dispenses various viscous solutions with high precision. Since it uses disposable tips, there is no need for troublesome cleaning, eliminating the risk of contamination and clogging. ● User-Friendly Dedicated Software The dedicated software allows for easy setup of conditions such as combinations of precipitants, buffers, salts, concentration gradients, and pH gradients, all through intuitive operation.

MX One Mixer Directly stirs the solutions in a 96 (384) well microplate, which are difficult to agitate or mix with an orbital shaker or vortex, using 96 disposable pin tools.

The mosquito Xtal3 is a versatile and robust nanoliter-scale dispensing device that employs a positive displacement method. It allows for the miniaturization of rare protein sample volumes and enables reproducible high-throughput experiments. In addition to precise aspiration and dispensing, it can also perform accurate mixing, accommodating various applications in protein crystallization.

The mosquito LCP is a nanoliter dispensing machine for membrane protein crystallization, equipped with a dedicated dispensing head for the LCP crystallization method, in addition to the functions of the Xtal3 model. It allows for the miniaturization of rare protein sample amounts and enables reproducible high-throughput experiments. We also offer a precision humidification chamber (optional) to mitigate the effects of drying in miniaturized experiments. This is a mosquito-specific chamber that controls the humidity around the dispensing deck. The LCP model comes in two types: a 2-way type that can accommodate two crystallization plates and a 4-way type that can accommodate four plates. In cases where you want to use the mosquito for purposes other than crystallization, we may recommend the 4-way type. For more details, please contact us.