NuTrace NUX-20NG 1064nm MOPA Fiber Laser
The most flexible, efficient, low cost, complete ready to use surgical instrument laser marking process in the world.
NuPossibilities
NuSimplicity
NuAffordability
UDI Surgical Instruments
The migration of surgical instruments in healthcare is a wellknown problem. It is extremely difficult to determine which
instrument belongs where, or which instrument goes to a set when they all look alike.
| HUMAN READABLE | DATAMATRIX UDI |
|---|---|
| For hospitals currently without a surgical instrument tracking software, we have developed a different ways to permanently laser identify any surgical instruments. By immediately removing the old and dangerous tape, we have added a visual identification that professionals in SPD/OR will easily be able to identify the owner of each instrument. | For hospitals currently using a tracking system capable of tracking at the instrument level, we have developed a unique sequence of numbers recognizable for each tracking system. Each instrument, regardless of color or material, will be easily identifiable within your sterile processing supply chain. |
Laser Marking /Reading Capabilities.
EXTREME COMPONENTS (MOPA)
A remarkably simple construction, yet the most powerful synergy between the NuTrace M7+ MOPA (Master Oscillator Power Amplifier) laser, the NuTrace R+ Max and the ultra-easy, ready to use templates from the NuTrace CAD computer program. The MOPA M7+ laser reaches the required performance
in terms of linewidth, wavelength tuning range, beam quality and pulse duration cleaner and faster when compared with other lasers.
EXTREME CAPABILITIES
After laser marking hundreds of thousands of surgical instruments
(UDI/human identifiable), NuTrace completely understands the exact
needs of SPD and OR. The SPD and the OR require the ability to uniquely identify each surgical instrument in the current supply chain. From the biggest retractors, or smallest Titanium eye instruments, to the complex specialized Neuro instruments; the NUX-20NG will
deliver the ID mark that you need.
EXTREME FLEXIBILITY
The legacy of the NUX-20 taught us that space in healthcare is extremely tight. By keeping the limited space challenges in mind, we not only reduced the NUX 20NG cabin size by half, but we made it a full CFR Class 1/4 laser without sacrificing internal any space. Go ahead and mark the long Da Vinci instruments without the need to open side doors. You can also choose to work standing up, or comfortably seated while marking surgical instruments.
It is cost-effective
to have instruments
marked, avoiding
mistakes not only
with hospital-owned
instruments, but with
loaners as well.
NUX-20NG AT A GLANCE
INDEPENDENT LASER MODULE
NuTrace M7+ Laser Module:
– 20W 1064nm MOPA air cooling laser. 110/220V 50/60Hz 10Amp.
– Marking Area: 105mm X 105mm.
– 5 ft fiber cable for easy module
location.
– Top handle for easy carrying.
Module Dimensions:
13.5” X 11” X 6”
Laser Module Weight: 24 Pounds.
Cabin Dimensions:
12” X 24” X 14” Max. Marking height 8”
Laser Cabinet Weight: 32 Pounds.
LASER CFR CLASS 1 – 4 CABINET
All that you need in just one place
– Spacious cabin to accommodate large surgical instruments.
– Manual Z-axis for ultra-quick and
precise laser marks. (Hover table)
– Built-in Windows Microsoft tablet
with all the needed templates inside
NuTrace CAD, no learning curve.
– NuTrace R+ Max built-in for quick
DataMatrix verification.
– Multiwave length (OD8-1064nm) glass protections front for easy instrument positioning and viewing.
INSTRUMENT MICRO CLEANING
The Passivation Process
NuTrace developed Ratero an acidfree solution currently used by dozens of hospitals to clean and remove microparticles left on the surface quickly and efficiently after laser marking.
Passivation is an expontaneous process that happens all the times, Chromium produces a thin layer of oxide on the surface of the steel CrO2 the “Passive” layer, that prevents surface corrosion.
Ratero removes any particles that could become trapped under that passive layer.
