Delivery method
TruePulse™ Technology
A Pro 1 Laser pulse-control and beam-delivery feature on the DioLase Titanium platform, intended to deliver energy consistently across each pulse.
TruePulse™ describes the DioLase Titanium's collimated beam delivery and pulse control, intended to direct emitted energy consistently to the target area.
What TruePulse™ describes
TruePulse™ is Pro 1 Laser’s beam-delivery and pulse-control feature on the DioLase Titanium platform. It combines collimated beam delivery — see FAC collimated beam — with pulse control, intended to direct emitted energy consistently to the target area.
It is a delivery specification, not a wavelength. What energy is delivered is described by the platform’s wavelengths; TruePulse™ describes how that energy is shaped and delivered.
Why delivery consistency matters
Selective photothermolysis holds that heat confinement depends on the relationship between how quickly energy is delivered and how quickly the target sheds it. Pulse behaviour is therefore not incidental — it is half of what determines whether energy stays where it lands.
A pulse that varies from shot to shot makes that relationship vary too. Consistency is what allows a provider to work from training and expect the platform to behave the same way each time, and it is part of why two platforms with comparable wavelength and power specifications can feel different in use.
Consistency between operators matters commercially as much as clinically. A platform whose behaviour is predictable is easier to train staff on and easier to deliver a standardised service with — which affects how confidently a clinic can schedule and price the work.
Two dimensions of delivery
A delivery system shapes energy in space and controls it in time. Collimation addresses the first; pulse control addresses the second. TruePulse™ covers both, which is why it is described as a delivery feature rather than an optic or a pulse setting.
When comparing platforms, it is worth separating these. A system may be well engineered on one dimension and ordinary on the other, and a single marketing term can obscure that.
Where the specifications live
Specific figures for beam delivery on the DioLase Titanium — including how much of the emitted beam density is directed to target tissue — are documented on the product page, which is the authoritative record.
This page describes what the feature is and why the underlying property matters. The DioLase Titanium product page carries the device’s specifications, licensing, and regulatory status.
Treatment parameters are provider-directed decisions governed by training and clinical judgement, and are not published here.
TruePulse™ and DioLase Titanium are marks of Pro 1 Laser Corp.
Devices using this technology
Related technologies
FAQs
What is TruePulse™?
It is Pro 1 Laser's collimated beam delivery and pulse-control feature on the DioLase Titanium platform, intended to direct emitted energy consistently to the target area. The product page documents its specifications.
Is TruePulse™ a wavelength or a delivery feature?
A delivery feature. Wavelength describes what the energy is; TruePulse™ describes how the platform shapes and delivers it. The two are separate specifications.
Why does consistent pulse delivery matter?
Because confinement of heat depends on how energy is delivered over time, not only on wavelength. Consistent delivery makes a platform's behaviour more predictable between pulses and between operators.