Delivering advanced products across power monitoring and biopharmaceutical sectors, our solutions combine precision engineering and intelligent diagnostics to ensure safer energy systems and efficient life science processes worldwide.
The VEC-PD100P is a portable partial discharge (PD) testing instrument designed to detect UHF and ultrasonic signals generated by partial discharge in the insulation of high-voltage equipment. It supports acoustic-electrical combined PD location to accurately analyze the insulation condition of HV assets.
VEC-PD600H wireless intelligent multifunctional partial discharge detector, designed with intelligence, accuracy and portability in mind, employs wireless sensors to integrate multiple detection methods including ultra-high frequency, ultrasonic (contact/non-contact), high frequency and transient earth voltage. It offers outstanding sensitivity, linearity and dynamic range, making it suitable for live partial discharge detection on the vast majority of high-voltage equipment.
VEC‑JSMS‑X supports configurable multi‑stage seed culture vessels, providing a reliable solution for bioprocess research, development and optimization. It greatly saves labor and time, supporting efficient process validation and scale‑up for microbial and cell culture production.
VECTOR laboratory type high pressure homogenizer is meticulously designed for experimental research and development. With minimum batch size of 10 ml, stable operating pressure of 1,800 bar, it is an ideal choice for all types of laboratories.
Serving diverse industries with advanced technologies and reliable solutions, we help improve operational efficiency, safety, and performance across global energy and life science sectors.
Founded in 2011, Vector Science&Technology is a high-tech manufacturer providing complete solutions for the power monitoring and biotechnology industries. Committed to our value “ Make power monitoring&life science easier” . Dedicated to providing the most precise, efficient and intelligent solutions for the global market. Located in Qingdao, Vector has R&D centers in Suzhou and Shanghai. Possesses an independent technical and software development team alongside a comprehensive quality management system.
Years of Industry Experience
Production Facility
R&D Centers Nationwide
Global Project Cases
Recognized as an expert in comprehensive solutions of smart grid online monitoring , intelligent diagnosis, operation and maintenance of power equipment.
Vector has mature R&D and production experience in the field of power monitoring including various multifunctional PD detector, portable PD detector, GIS and transformer PD online monitoring system, cable fault early warning and location system, cable online monitoring system, etc.
Upholding the core value of "Smart Sensing, Secure Energy" , Vector is dedicated to eliminating equipment hazards and safeguarding operations for global power grids, energy, mining, chemical, and utilities industries.
Recognized as an expert in comprehensive solutions of smart grid online monitoring , intelligent diagnosis, operation and maintenance of power equipment.
Vector has mature R&D and production experience in the field of power monitoring including various multifunctional PD detector, portable PD detector, GIS and transformer PD online monitoring system, cable fault early warning and location system, cable online monitoring system, etc.
Upholding the core value of "Smart Sensing, Secure Energy" , Vector is dedicated to eliminating equipment hazards and safeguarding operations for global power grids, energy, mining, chemical, and utilities industries.
Our strengths are built on deep industry expertise, advanced R&D capabilities, and a comprehensive solutions portfolio. By integrating intelligent technology with strict quality control and professional service support, we deliver reliable, efficient, and innovative solutions to meet the evolving needs of global power and life science industries.
Industry-leading capacity: 80,000 tons of yellow medicine and 10,000 tons of black medicine annually, with efficient global delivery.
Supported by multiple R&D centers and an independent software development team for continuous innovation and customization.
From intelligent power monitoring systems to biopharma equipment, offering complete and scalable product solutions.
Strict quality management system with experienced technical and service teams ensuring stable performance and global support.
Explore how Vector Science & Technology supports global clients with advanced technologies, reliable equipment, and integrated solutions that improve operational efficiency, safety, and long-term performance.
Browse commonly asked questions to better understand our solutions and how we can support your business needs.
Sure, no problem. All Vector products can be customized according to customer requirements. However, customers need to provide necessary technical parameters and specifications.
The warranty period is 12 months from the date of shipment.
The MOQ is 1 unit. Lead time depends on the model: 4-6 weeks on average
We provide comprehensive after-sales support, including remote technical guidance, local agent service, and on-site service by our technical engineers overseas.
Our products are certified with CE, ISO, ASME, etc. and we provide complete 3Q validations and documentation, FAT and SAT validations and documentation.
For overseas transportation, we use multi-layer packaging:Internal parts are wrapped with bubble film and the whole unit is packed in plywood wooden case or flight case. Custom packaging is also available upon request.
Stay updated with the latest company developments, industry trends, and technological innovations in power monitoring and life science sectors.
In the industrialization track of synthetic biology, most startup teams encounter a common yet fatal misunderstanding: focusing solely on expression titer in lab-scale trials, while ignoring equipment capabilities in pilot tests and batch stability in mass production. Many R&D personnel regard manual and automatic fermenters as merely a difference in labor cost and manual parameter adjustment. In actual production scenarios involving recombinant proteins, collagen, polypeptides, probiotics and small-molecule biosynthesis, the two types of equipment deliver completely differentiated results in strain activity, protein spatial structure, batch yield and industrial compliance.
In the fields of recombinant proteins, enzyme preparations and active ingredients for medical aesthetics, Pichia pastoris is undoubtedly the leading eukaryotic expression platform.
With the rapid advancement of life science technologies, gene and cell therapies are emerging as major areas of innovation in modern medicine. By regulating patient cell function, repairing or replacing defective genes, and utilizing engineered cells to deliver therapeutic effects, these advanced therapies offer new avenues for treating complex diseases that are difficult to manage effectively with traditional treatments.
Sodium hyaluronate (hyaluronic acid)—an essential raw material for skincare, dermal fillers, orthopedics, and ophthalmology—has long since moved beyond the era of scarcity when it was extracted from chicken combs and bovine eyes.
Many people new to fermentation have a misconception: the more data points displayed on a fermenter, the greater their control over the entire cultivation process. However, what truly determines the success or failure of the process is not the amount of data recorded by the system, but whether that data accurately reflects the actual state of the microbial culture. All online data initially comes from various sensors installed on the fermenter. These sensors detect physical and chemical parameters within the culture system; this data then passes through transmitters, data acquisition modules, and control systems to ultimately form the curves we see. Understanding these sensors involves more than just grasping their operating principles; it is even more important to know when they are prone to distortion, when they are prone to drift, and when they may mislead process decisions.
Stirring operations are applied across an extremely wide range of industries. Even within the biomanufacturing sector alone, beyond upstream fermentation and cell culture, stirring is extensively used in solution preparation, downstream purification, pre-harvest processing, formulation manufacturing, and environmental treatment.
In practical spray drying operations, collection efficiency is one of the core metrics for evaluating equipment performance and process compatibility. It is defined as the ratio of the mass of dry powder actually collected to the theoretical powder mass calculated from the total solid content of the feed liquid. For laboratory-scale spray dryers, the target collection efficiency is generally required to reach 85% to 95% or higher.
Optical pigments are a class of functional pigments with unique optical structures. Thanks to their colour-shifting properties, high gloss and excellent weather resistance, they are widely used in high-end cosmetics, automotive coatings, and printing and packaging. Their core value lies in the unique visual effects they produce through the refraction and reflection of light, whilst the dispersion state of the particles directly influences the product’s final optical performance and stability.
In industrial fermentation for biopharmaceutical production, process stability, batch-to-batch reproducibility, and high product yield are core quality control objectives.
In today’s era of rapid advancements in biomanufacturing and synthetic biology, microorganisms serve as highly efficient ‘cellular factories’, and their performance directly determines the yield and economic viability of the target products—be they pharmaceuticals, chemicals, fuels or food additives.
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