Battery Cyclers
We offer a range of battery cyclers and formation systems together with ancillary products and materials. Cyclers range from single channel to high channel counts, uA up to 1,000’s of kiloamps.
Note, that this page is focused on cyclers and higher power potentiostats which are often used for cycling and often with impedance. Many of our broader range of potentiostats are also used in battery labs and materials research labs and can be found on our potentiostats page here.
Battery Cyclers
32 independent 5A/6V test channels each with 200nA precision and temperature input).
To 20 channels each with 6V / 80A (800A in parallel mode. Energy recycling and regeneration.
Regenerative multichannel regenerative cycler delivers up to 1000A (2,400A in parallel operation) up to 6V.
NEW! Regenerative battery cycler offers 16-channels with ±16A per channel and ±5V (or -1 to +9V). The regenerative design minimises heat dissipation, energy consumption and space required to house the system.
32 independent potentiostat / cycler channels each with impedance / EIS. Modules from 30mA to 3A and to ±10V. Systems can be combined to 256 channels.
NEW! 10-channel, 250mA / 11V regen battery cycler with simultaneous full & half cell measurements and independent EIS per channel.
Best for coin cells, small and medium size pouch cells, 18650s, 21700s, 28850s, and 4680s.
A modular potentiostat system with modules up to ±10A and ±20V (±15V Applied). Ideal for applications including electrochemistry and battery research.
8-channel Cycler/Potentiostat/Galvanostat/ZRA, stackable to 128 channels each with independent FRA/EIS. To 15A/128A with OctoBOOST. 30mA, 200mA, 5A versions. Runs and saves data without pc controller.
8-channel booster with EIS over 10µHz-10kHz and 16A per channel, parallelable up to 128A. For use with OctoStat or Ivium single channel potentiostats used either singly or with multiple single channel instruments.
Regenerative system offering voltages to 1500V and currents up to 1000A at a maximum power of 500kW. A Battery safety (BSD) is integrated in the system and many additional options are possible.
A compact, easy-to-use high density and multichannel 200mA battery cycler designed to test standard 2032 and 2025 coin cells (also lower power pouch cells) in the laboratory environment.
Regenerative test system offering voltages to 80 V and currents to 540A (1500A in parallel operation) delivered by a modern switched mode design ensures high energy efficiency with reduced cooling required to run this system.