Custom protocols
Create protocols with up to 50 sections using different frequencies, voltages, pulse widths and timing parameters.
MyoPULSE is controller software for DMT CS4+ and CS8 stimulators. It enables researchers to create, modify, save, load and monitor flexible stimulation protocols with multiple frequencies, voltages, stimulus widths and timing sections.
MyoPULSE is designed for laboratories that need to move beyond simple fixed stimulation settings and create longer, structured and repeatable protocols across one or more stimulation channels.
Create protocols with up to 50 sections using different frequencies, voltages, pulse widths and timing parameters.
Add, delete or adjust individual protocol sections without rebuilding the complete stimulation sequence.
Review the complete protocol structure in one interface before starting the experiment.
Use the progress bar to see the active protocol position during long or complex stimulation sequences.
Load different stimulation protocols efficiently across multiple stimulator channels when the study requires separate conditions.
Configure targeted single-twitch stimulation alongside longer continuous or train-based stimulation workflows.
Each protocol can contain multiple stimulation sections with different parameter combinations. Researchers can review the full structure, modify individual sections and follow the protocol during the experiment.
Protocols can be saved and reused, helping standardize stimulation conditions across operators, experimental days and study groups.
The interface is structured around the practical tasks of building, reviewing, loading and running DMT stimulation protocols.
Configure stimulation sections and adjust frequency, voltage, pulse width and related protocol settings.
Review the stimulation sequence and monitor progress during longer or more complex experiments.
MyoPULSE supports muscle, vascular and tissue workflows where controlled electrical input is part of the biological endpoint.
MyoPULSE combines flexible parameter control with clear protocol visibility and repeatable channel loading.
Build extended protocols with multiple stimulation stages and parameter combinations.
Configure different stimulation frequencies within the same protocol sequence.
Assign appropriate voltage settings to individual stimulation sections.
Adjust pulse width according to the preparation and experimental objective.
Load separate protocols across stimulator channels for comparative or multi-condition studies.
Select the interface appearance that best fits the laboratory and user preference.
Support targeted twitch-response studies alongside longer stimulation sequences.
The optimized interface is designed around practical stimulation workflows and experimental oversight.
Confirm the computer, operating system, USB connection and display requirements before installation or software upgrade.
MyoPULSE is designed for DMT CS4+ and CS8 constant-voltage stimulators. The appropriate system depends primarily on the number of stimulation channels required.
A compact four-channel constant-voltage stimulator for focused muscle, vascular and tissue stimulation workflows, pilot studies, teaching and protocol development.
View CS4+An eight-channel stimulation platform for larger multi-preparation workflows and studies requiring additional parallel stimulation capacity.
View CS8Use the confirmed DMT pages below to review software availability, compatible stimulation hardware and setup support.
Find available DMT software installers and related software resources.
→ CS4+Review the four-channel DMT constant-voltage stimulator.
→ CS8Review the eight-channel DMT stimulation platform.
→ 840Review a DMT muscle strip workflow where stimulation protocols may be relevant.
→ 820Review organ bath workflows where controlled electrical stimulation may be used.
→ SUPSupport stimulator setup, software onboarding and protocol workflow training.
→ TECHRequest assistance with software installation, communication or stimulation setup.
→ DMTAsk DMT about MyoPULSE compatibility, upgrades and stimulator configuration.
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