View Enquiry List SCIENTZ Biotech
SCIENTZ, founded in 1989 and listed in 2022, has pioneered the development, manufacturing, and marketing of innovative scientific products for universities, research institutions, the pharmaceutical industry, IVD, food science, and other fields.
The company offers over 200 products and solutions—including ultrasonic homogenizers & cleaners, freeze dryers, water baths & chillers, homogenizers, microplate readers, and dissolution testers—covering needs from R&D to production.
The High Pressure Homogenizer Machine introduced by SCIENTZ Bio is a miniaturized bench-top biological sample processing unit. The instrument has a built-in cooling circulation system to directly cool the homogenizing head and optional homogenizing valves for different applications. It is characterized by high pressure, small size, easy operation, high processing efficiency and large sample output. It is the standard equipment for R&D and production in bioengineering and biopharmaceutical industries.
SCIENTZ Bio's Lab High Pressure Homogenizer is a mini bench - top unit for biological sample processing. With a built - in cooling circulation system for the homogenizing head and optional valves, it offers high pressure, small size, easy operation, high efficiency, and large sample output. It's standard equipment for bioengineering and biopharmaceutical R & D and production.
SCIENTZ08-IIID Non-Contact Ultrasonic DNA Shearing Instrument: It disrupts and mixes samples via an isothermal, non-contact method, enabling sterile, ultra-trace fragmentation and chromosome shearing through centrifuge tubes.
The SCIENTZ08-IIIB Non-Contact Ultrasonic DNA Shearing System processes samples via isothermal and non-contact methods for shearing, homogenization and mixing. It enables sterile and ultra-trace sample disruption and can shear chromosomes directly through centrifuge tubes.
SCIENTZ-IID Probe Sonicator is a multi-functional and multi-purpose instrument that utilizes the cavitation effect of ultrasonic waves to process experimental samples. It is suitable for 100μl-600ml capacity samples, with the advantages of continuously adjustable ultrasonic time and power and is capable of crushing all kinds of animal and plant tissues, cells, bacteria, and can be used for emulsification, separation, dispersion, extraction and accelerated chemical reactions. It is widely used in the fields of life science, material science and environmental protection.
The SCIENTZ-32 High Pressure Cell Homogenizer combines three functions: sample homogenization, cutter head cleaning and sterilization. The SCIENTZ-32 is a multi-tasking, high throughput homogenizer that can handle up to 32 samples at a time, which greatly improves the efficiency of sample pre-processing. For laboratories that process multiple samples per day, it offers the advantages of high throughput, low residue, fast homogenization and high safety. It can be widely used in food safety and biomedical applications.
The SJ-500 handheld gene gun has a special mechanism to generate gas shock wave, which generates gas pressure ranging from 0.5Mpa to 5Mpa. Helium or nitrogen is used as the power source to generate a ‘cold’ gas shock wave to carry DNA micro-bombs into the receptor. Using helium or nitrogen as the power source, the SJ-500 handheld gene gun generates a ‘cold’ gas shock wave to carry the DNA micro-bomb into the receptor, so that the cell damage caused by the ‘hot’ gas shock wave can be avoided, and the high quality of transgenic work can be completed.
The MGC-500 series microbial growth curve analyzer is a fully automated instrument that measures the absorbance of samples to understand the growth of anaerobic microorganisms. It is mainly used for high-throughput comparative culture experiments of anaerobic microorganisms. The instrument provides precise gas concentrations for long-term culture of low-oxygen anaerobic microorganisms through high-precision temperature control and continuous vibration control of microplates. It realizes full-band detection and analysis through integrated pulsed xenon lamps and spectrometers and draws more accurate anaerobic microbial growth curves through advanced denoising algorithms.
