PicoWay vs PicoSure is one of the most common comparisons in picosecond laser equipment.
Both systems are used for tattoo removal and pigment treatments. However, their wavelength options, handpieces, and system designs are different.
Those differences matter clinically.
They also matter when you buy, service, or evaluate a used machine.
Here is how we compare them from the service bench.
PicoWay vs PicoSure: Start With the Wavelengths
The biggest difference is the wavelength lineup.
Current PicoWay configurations can include:
- 532 nm
- 730 nm
- 785 nm
- 1064 nm
PicoSure is centered around 755 nm Alexandrite. Current configurations can also include 532 nm and 1064 nm options.
Therefore, these are not simply two versions of the same machine.
Their wavelength choices give each platform a different set of tools.
PicoWay Offers a Broad Wavelength Range
PicoWay uses several wavelength options for tattoo removal and pigment treatments.
Its current lineup includes 532, 730, 785, and 1064 nm.
The Zoom handpiece provides 532 and 1064 nm.
Meanwhile, 730 and 785 nm use dedicated applicators.
This gives the platform several options for different tattoo colors and treatment needs.
For example:
- 532 nm is used for colors such as red, yellow, and orange
- 730 nm can target blue and green
- 785 nm can also target blue and green
- 1064 nm is widely used for darker tattoo inks
However, the exact configuration matters.
Not every used PicoWay includes every available handpiece or wavelength.
PicoSure Is Built Around 755 nm
PicoSure takes a different approach.
Its main wavelength is 755 nm Alexandrite.
Depending on the configuration, 532 nm and 1064 nm delivery options may also be included.
The platform also offers Focus lens technology for pigment and skin applications.
Therefore, when shopping for a used PicoSure, do not ask only:
“Is it a PicoSure?”
Ask:
“Which wavelengths and handpieces are actually included?”
That answer changes what the machine can do.
Configuration Matters More Than the Logo
This point is important in any PicoWay vs PicoSure comparison.
Two PicoWays may not have the same handpieces.
Likewise, two PicoSure systems may not have the same wavelength options.
Before buying, physically confirm:
- Wavelengths
- Handpieces
- Spot sizes
- Focus or fractional accessories
- Distance gauges
- Delivery systems
- Other included accessories
Do not price the machine by model name alone.
Price the configuration you are actually getting.
Both Systems Use Articulated Arms
Both platforms deliver energy through articulated-arm systems.
That means arm condition matters.
An articulated arm contains mirrors that guide the beam from the laser to the treatment handpiece.
If the arm is damaged or misaligned, energy can be lost before it reaches the patient end of the system.
Therefore, the evaluation should not stop inside the console.
The complete delivery path matters.
Test Output at the End of the Delivery Path
A machine can produce energy internally while losing part of it before the handpiece.
Because of that, output testing should include the actual treatment path where appropriate.
A technician may compare:
- Selected energy
- Metered energy
- Output before and after parts of the delivery path
- Different handpieces
- Different wavelengths
This helps identify whether a loss is coming from the source, arm, handpiece, or another optical part.
A good reading inside the machine does not automatically prove good output at the patient end.
Test Every Installed Wavelength
Do not test one wavelength and assume the others are fine.
This matters on both platforms.
Different wavelengths can depend on different optical parts or delivery components.
As a result, one wavelength may perform properly while another does not.
Our field evaluations have found machines where one wavelength tested well while another needed attention.
That is why every installed wavelength should be checked separately when the test setup allows it.
One good wavelength does not certify the entire machine.
Do Not Assume Converted Wavelengths Fail First
You may hear that a converted wavelength will always weaken before the primary wavelength.
That is too broad.
Different optical paths and conversion components can develop problems, but there is no universal rule saying one wavelength must fail first.
Instead, measure them.
Testing provides a better answer than assumptions.
Handpieces Need Their Own Inspection
The handpieces are part of the machine’s value.
Inspect each one for:
- Windows
- Optics
- Housing damage
- Connectors
- Spot-size controls
- Recognition or sensing where applicable
- Physical wear
Also confirm that every handpiece actually works with the machine being sold.
A handpiece sitting beside the console is not proof that it belongs to the system.
Look at the Arm Carefully
The articulated arm deserves a physical inspection too.
Check:
- Movement
- Joints
- Exterior damage
- End connections
- Stability
- Signs of impact
Do not force or disassemble an arm during a buyer inspection.
However, look closely at how it moves and how it has been treated.
These are precision optical delivery systems.
Moving and shipping them also requires care.
What We Look At on a Used PicoWay
A used PicoWay evaluation may include:
- 532 nm output
- 1064 nm output
- 730 nm output if equipped
- 785 nm output if equipped
- Articulated-arm performance
- Zoom handpiece
- Resolve handpieces
- Other included applicators
- Pulse counts
- Error history
- Cooling
- Physical condition
Again, the exact test depends on the installed configuration.
A base PicoWay and a fully equipped PicoWay should not be evaluated or priced the same way.
What We Look At on a Used PicoSure
A used PicoSure evaluation may include:
- 755 nm output
- 532 nm output if equipped
- 1064 nm output if equipped
- Articulated-arm performance
- Zoom and fixed handpieces
- Focus lens accessories
- Error history
- Usage information
- Cooling
- Physical condition
Older and newer PicoSure configurations can also differ.
Therefore, identify the exact version before setting a value.
Service History Matters on Both
Both machines are high-energy optical systems.
As they age, service history becomes important.
Look for records showing:
- Preventative maintenance
- Optical repairs
- Handpiece repairs
- Output testing
- Cooling service
- Error history
- Major component work
Missing records do not automatically make the machine bad.
However, they increase the number of unknowns.
That should affect the inspection and the purchase decision.
Do Not Judge Either Machine by Pulse Counts Alone
Pulse counts are useful.
However, they are only one part of the story.
A machine with higher counts may still be in excellent condition.
Meanwhile, a lower-use system may have poor storage history, optical damage, or other problems.
Therefore, combine pulse counts with:
- Output
- Physical condition
- Service history
- Handpieces
- Cooling
- Optical condition
The whole machine matters.
Which Platform Is Right for Your Practice?
The PicoWay vs PicoSure decision should begin with what you want to treat.
Look at:
- Tattoo colors
- Patient population
- Pigment treatments
- Handpiece options
- Skin applications
- Treatment volume
- Staff preference
- Service support
- Purchase price
Then compare the actual machines available to you.
A well-equipped, verified machine is very different from the same model with missing handpieces or poor output.
Choose the Platform, Then Inspect the Machine
Both PicoWay and PicoSure are established picosecond platforms.
Their biggest difference is not simply which logo is on the console.
It is how their wavelengths, handpieces, and treatment options fit your practice.
After that, condition decides the purchase.
Verify every wavelength.
Inspect the handpieces.
Check the arm.
Review the records.
Measure the output.
Choose the wavelength lineup for your treatments. Choose the individual machine by measurement.
Considering PicoWay or PicoSure?
Call The Laser Professionals at 561-203-9776 or email [email protected].
We service, evaluate, source, install, and maintain both platforms nationwide.
The Laser Professionals — Technicians First. Sellers Second.
