• High‑current electrophoresis power supply for gel electrophoresis and western blot protein transfer
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑current electrophoresis power supply for gel electrophoresis and western blot protein transfer
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.

High‑Current Electrophoresis Power Supply for Gel & Western Blot Experiments

No.EP3000
This temperature‑controlled electrophoresis power supply prevents buffer overheating during long‑time experiments. Four parallel outputs drive multiple electrophoresis cells. It has auto‑parameter setting, protein‑gel switch and anti‑diffusion micro‑current. Full safety protection with power‑off recovery for electrophoresis and high‑current Western blot transfer.
$696.53
  • High‑current electrophoresis power supply for gel electrophoresis and western blot protein transfer
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • High‑Current Electrophoresis Power Supply for Gel & Western Blot ExperimentsIlabcarta Technology Co., Ltd.
  • Product Overview

  • Key Features

  • Parameter

  • Product Details

  • How to Choose

  • Download

  • Packaging & delivery

  • FAQ

  • Get a Quote

This high‑current laboratory electrophoresis power supply is built for daily molecular biology lab workflows, supporting both nucleic acid gel electrophoresis and high‑current‑demanding protein SDS‑PAGE experiments. It delivers three core output modes: constant‑voltage, constant‑current and constant‑power. The unit is equipped with transparent outer housing for internal visual inspection, LCD multi‑parameter real‑time display, four‑group parallel output interfaces, programmable method storage, and comprehensive multi‑layer safety monitoring system. It can drive multiple electrophoresis tanks simultaneously, fit for teaching labs and research laboratories where unattended long‑time electrophoresis and high‑throughput gel‑running work are frequently required.
  • Three selectable output modes: constant‑voltage, constant‑current, constant‑power, to satisfy varied nucleic acid and protein electrophoresis conditions.

  • Transparent instrument housing design, allowing operators to observe internal component status without opening the case.

  • Dedicated protein electrophoresis function: automatically switch running parameters from stacking gel stage to resolving gel stage when stacking gel procedure finishes, removing the tedious work of manual re‑setting parameters in the middle of SDS‑PAGE experiment.

  • Auto‑parameter generation function: once users set one constant target value among voltage, current or power, the other two related indicators will generate automatically, effectively avoiding wrong constant‑value setup caused by human mis‑operation.

  • Micro‑current protection function: upon completion of preset timed electrophoresis run, the power supply will switch to micro‑current status automatically. This function prevents sample diffusion caused by timing shutdown, and also keeps samples from over‑running past expected separation point.

  • Full‑range safety monitoring mechanism: real‑time monitoring for over‑voltage, electric‑arc spark, no‑load condition and sudden load change; overload and short‑circuit detection; electric‑leakage protection; open‑circuit alarm trigger. It supports power‑failure auto‑recovery, pause and resume function for interrupted experiments.

  • Integrated LCD screen can show four groups of running data at one single view: real‑time voltage value, current value, power value and remaining timer time, users do not need toggle different display pages.

  • Four‑group parallel output ports are available. Multiple electrophoresis tanks can be connected at the same time to perform parallel gel‑running experiments, improving lab processing throughput.

  • Built‑in programmable memory chip: users can store up to 10 complete experimental methods, and each stored method can contain maximum 2 sequential running steps for multi‑stage electrophoresis protocols

Item Specification
Output Range Voltage:5‑250V;Current:1‑3000mA;Power:1‑300W
Resolution Voltage 1V, Current 1mA, Power 1W
Timer Setting Range 1min‑99h59min
Overall Dimension(L×W×H) 308×242×100mm
Net Weight 3.2Kg
  • This high‑current electrophoresis power supply is constructed with transparent outer shell structure. Lab personnel can directly observe the working condition of inner circuit components during experiment process. Front‑panel LCD display delivers synchronous readout of all real‑time running metrics. Four pairs of parallel output terminals sit on the front panel, users may hook up several electrophoresis tanks simultaneously for batch gel tests.
  • The internal control circuit supports saving multi‑step experimental protocols. For SDS‑PAGE protein electrophoresis, it can realize automatic transition between stacking gel and resolving gel without manual intervention after pre‑configuration. After the scheduled experiment time expires, micro‑current mode activates automatically to protect gel samples.
  • Multiple safety detection circuits are embedded inside the unit. Once abnormal electrical status including short‑circuit, leakage, open‑circuit or voltage surge is detected, corresponding alarm will be triggered. If unexpected power cut happens during experiment, it supports auto‑resume function after power recovers. The compact overall footprint saves valuable bench space for molecular biology labs, suitable for vertical protein tanks and horizontal nucleic acid tanks within instrument output limits
  1. Confirm your primary experiment type: Choose this high‑current power supply if you run protein SDS‑PAGE electrophoresis that requires large‑current output. If you only perform simple nucleic acid agarose gel electrophoresis with low‑current demand, you can compare low‑current power‑supply alternatives.
  2. Confirm quantity of electrophoresis tanks you need to operate: If you want to run multiple gel tanks in parallel for batch sample processing, this unit’s four‑group parallel output can satisfy multi‑tank simultaneous‑running requirement.
  3. Assess your daily operating habit: Select this model if you repeatedly execute fixed electrophoresis protocols. It allows you to store commonly‑used multi‑step experimental programs and recall directly next time, reducing repeated manual input.
  4. Check lab safety requirements: Pick this power supply when your laboratory has strict requirements for comprehensive electrical safety features, such as short‑circuit alarm, leakage protection, open‑circuit warning, power‑failure recovery and pause‑resume function.
  5. Verify parameter matching: Make sure the maximum voltage, maximum current and maximum power required in your actual experiment all fall within this instrument’s output range.
  6. Evaluate unattended‑run demand: If you often leave experiments running without on‑site monitoring, functions including end‑run micro‑current protection and multi‑fault alarm can reduce sample failure risk.
Please get in touch with customer service team for downloadable electronic resources. Available documents and materials contain complete product operation manual, official product specification sheet, high‑resolution product real‑shot photos and product brochure
  • Shock‑proof packaging: Rigid export‑grade carton filled with shock‑absorbing foam material, mitigating impact during long‑distance transportation and avoiding collision‑caused damage to main unit.

  • Full set package contents: electrophoresis power main unit, printed operation manual, factory quality certificate.

  • Reference package dimension & gross weight: referenced to product dimension 308×242×100mm, net weight 3.2Kg.

  • Lead‑time statement: In‑stock standard products will be shipped within 3‑10 working days; delivery date for customized‑request products needs mutual negotiation.

Q1: Can multiple electrophoresis tanks be connected and work at the same time?
A1: Yes. This power supply is equipped with four‑group parallel output terminals, supporting several electrophoresis tanks to operate simultaneously. Please keep total load within instrument’s output limit.

Q2: What kinds of output modes are supported by this power supply?
A2: Constant‑voltage, constant‑current and constant‑power three output modes for different electrophoresis experiment needs.

Q3: What practical effect does micro‑current function bring to my experiment?
A3: After the preset timing procedure finishes, power supply shifts to micro‑current mode automatically. It can prevent sample diffusion when no staff stays in lab, and avoid samples running over expected separation endpoint.

Q4: How many experimental programs can be stored inside this device? How many steps for one single program?
A4: Up to 10 independent experimental methods can be saved, each method can support maximum 2 sequential running steps for multi‑stage electrophoresis.

Q5: What safety protection functions does this power supply integrate?
A5: It includes over‑voltage monitoring, electric‑arc detection, no‑load and sudden‑load‑change monitoring, overload & short‑circuit protection, electric‑leakage protection, open‑circuit alarm, power‑failure auto‑recovery, experiment pause and resume function.

Q6: The instrument triggers open‑circuit alarm during running, what are common causes?
A6: It usually results from poor contact between power cords and electrophoresis tank terminals, or insufficient buffer liquid level inside gel tank. Please inspect cable connection status and add adequate electrophoresis buffer solution.

Q7: What scenario is the auto‑switch from stacking gel to resolving gel designed for?
A7: This function is designed for SDS‑PAGE protein electrophoresis. After pre‑setting parameters for two gel stages, the power supply can switch parameters automatically without manual adjustment in‑between.

Q8: What is the maximum configurable timer value?
A8: Timer can be adjusted from 1 minute to maximum 99 hours and 59 minutes, which covers long‑time low‑speed electrophoresis scenarios.

Q9: When I set one constant value, will other related parameters generate automatically?
A9: Yes. Once one constant target (voltage / current / power) is set, the other two corresponding indicators will generate automatically, lowering human‑induced parameter‑setting errors.

Q10: Will transparent outer shell affect electrical performance or safety performance of the power supply?
A10: No. Transparent housing only provides visual access for internal component observation, and does not change original electrical output and safety‑protection performance of the instrument.

Q11: What should I do if power supply cuts off unexpectedly in the middle of electrophoresis run?
A11: This unit supports power‑failure auto‑recovery. When power supply restores, it will resume unfinished experiment program, no need to reset all parameters manually.

Q12: Can I pause ongoing experiment and continue later?
A12: Yes, pause & resume function is available. You can pause running process temporarily, and resume the remaining experimental procedure afterwards.
  1. Send procurement needs through email, online consultation, message board and WhatsApp.
  2. Provide purchase quantity, delivery address and customized requirements for accurate quotation.
  3. The business team will issue a formal quotation including unit price, delivery time and trade terms within 24 working hours.
  4. Bulk procurement can enjoy preferential price and priority delivery arrangement.
Applications 应用场景模块

Applications

Applications

Supporting diverse laboratory and industrial environments with practical instrument solutions.

Research Laboratories

Research Laboratories

Conduct SDS-PAGE protein separation, nucleic acid electrophoresis and molecular specimen analysis for life science research..

Universities and Education

Universities & Education

Complete protein & gene electrophoresis experiments for biotech, biology and chemistry course training.

Pharmaceutical and Chemical

Pharmaceutical & Chemical

Analyze target protein, separate biological ingredients and test biopharmaceutical sample purity.

Food Environmental and Industrial Testing

Food, Environmental & Industrial Testing

Identify microbial nucleic acid and detect protein composition in food and environmental samples..

Leave a message
Name *
Email *
Whatsapp/Phone
Message *
Verification Code *
Verification Code
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.