In the fields of molecular biology and cell engineering, electroporation is an indispensable experimental step. Whether it is transferring plasmids into E. coli, or delivering DNA, RNA, or proteins into mammalian cells, researchers work with electroporators almost every day.
However, stories in the laboratory often go like this:
After finally extracting the plasmid, an electric arc flashes during electroporation, and all cells are lost;
The instrument frequently reports errors, resulting in extremely poor electroporation efficiency;
When the equipment breaks down, you either wait for the manufacturer to send someone for on-site repair or send it back for maintenance, delaying experiments for two to three weeks.
The losses caused by these problems are far more troubling than the price of the instrument itself. Researchers’ needs are actually very simple: We want an electroporator that is stable, safe, easy to use, and backed by reliable after-sales service.
It is precisely to meet such needs that Changsha Shige Yan has launched its brand-new electroporator product.
From the very beginning, the R&D team set three core principles:
Efficiency First: Electroporation must be stable and accurate to ensure that cells truly "accept" exogenous DNA.
Ease of Operation: Researchers do not need to be engineers. An intuitive interface and user-friendly operation are the top priorities.
Assured After-Sales Service: The biggest concern during experiments is not the equipment breaking down, but having no alternative to use when it does. Therefore, we must provide the guarantee of "replacement if broken".
The Shige Yan Electroporator adopts precise pulse control technology, which can provide a stable electric field in a short time. The uniform electric field intensity ensures that the cell membrane opens temporarily without causing massive cell death, thereby improving transfection efficiency.
Voltage, pulse duration, and pulse number can all be freely adjusted. It not only meets the conventional electroporation needs of bacteria and yeast but also fulfills the high-demand electroporation requirements of mammalian cells. Users can save frequently used programs and call them directly next time, saving a lot of operation time.
Built-in overload protection and arc detection functions. In case of abnormalities, the equipment will immediately stop operation to avoid damaging samples or causing hazards.
Equipped with an LCD screen, real-time parameters are visible at a glance. Both touch and button operations are highly intuitive, allowing new researchers to get started quickly.
Supports various electroporation cuvette sizes (1mm, 2mm, 4mm gap), capable of handling both micro-volume samples and large-volume transfections.
Voltage Range: 10 V – 3000 V
Pulse Type: Single pulse / Multiple pulses
Pulse Width: 10 μs – 99 ms
Electric Field Uniformity: Fluctuation less than ±2%
Display Interface: Large LCD screen
Storage Function: Can store ≥ 100 experimental programs
Safety Protection: Arc detection, overload protection, automatic power-off
Compatible Consumables: 1 mm, 2 mm, 4 mm electroporation cuvettes
These parameters are sufficient to cover most needs, from conventional plasmid transfection to complex cell transfection.
What troubles researchers most is not the high cost of equipment, but the lack of support when it breaks down. Shige Yan is well aware of this pain point and has launched the following guarantee:
3-Year Warranty: Covers all non-human-induced damages;
Replacement Instead of Repair: No need to wait for long maintenance procedures—get a replacement directly if broken;
Rapid Response: After-sales support responds within 24 hours of repair application and completes replacement within 72 hours;
Wide Coverage: Covers core components such as power modules, pulse generators, and control panels.
In short: Ensure experiments proceed without interruption.
Molecular Cloning
Plasmid introduction into E. coli
DNA fragment transfer into yeast
Vector preparation for early-stage gene editing
Cell Biology
Protein introduction into mammalian cells
siRNA transfer into cells for gene silencing
CRISPR-Cas9 system transfection
Medical Research
Antigen introduction in vaccine development
Immune cell modification (e.g., CAR-T research)
Nucleic acid transfection in virology research
Agricultural and Food Science
Research on genetically modified crops
Microbial metabolic engineering modification
Strain manipulation in food safety and testing
Researchers’ evaluations of this electroporator mainly focus on three aspects:
"High Efficiency": Transfection success rate has significantly improved, reducing the number of repeated experiments;
"User-Friendly Operation": Intuitive parameter settings make it easy even for students in experimental courses to operate;
"Worry-Free After-Sales": Direct replacement if broken, eliminating concerns about experimental delays.
The electroporator launched by Changsha Shige Yan Biotechnology Co., Ltd. is a device tailor-made for researchers. It not only features stable performance and high transfection efficiency but also provides a highly sincere "3-year warranty with replacement instead of repair" service.
In a research environment, time is the lifeline. Experiments cannot afford delays, and electroporation must not cause interruptions. Choosing the Shige Yan Electroporator means choosing stability, peace of mind, and reliability.
This is more than just a piece of equipment—it is a reliable partner on the journey of scientific research.
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