The Apollo desktop unit is a class 4 cold laser system that can operate 2 emitters simultaneously. The emitters range in power from a 500 mW point probe to a quad-cluster 5,000 mW emitter for covering large areas. The high power can deliver optimum photon density in a shorter period or it can be used to blanket the injury for an anelgesic effect. At a cost of only $1.71/mW, this system delivers the best power to cost ratios of any continuous wave product. This system has the power to saturate tissue to provide the ultimate in pain relief. Another benefit of the Apollo is the system is extemely easy to use.
The only variable to set is the duration of treatment. In many cases, you use a default 2-minute treatment and must move the probe around or just push the stop button for a quicker protocol.
The Apollo desktop system features:. LCD display that provides probe status and treatment times.
Lap Laser Apollo User Manual
User controlled treatment times selectable between 10 seconds and 2 minutes. Built in safety and fault detection software. Built in power test for assessing probe output. Advanced Protocol training manuals. Key activated on/off power system. Standard 2 year warranty.
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Both FDA cleared and Health Canada certified product This product can only be sold to licensed professionals for treating humans and companion animals. It can be sold to non-licensed professionals for equine use. Only At ColdLasers.Org.
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Next, we need to check for out of sync clocks on the cluster. Slurmd -C You should get something like this: ClusterName=(null) NodeName=buhpc3 CPUs=4 Boards=1 SocketsPerBoard=2 CoresPerSocket=2 ThreadsPerCore=1 RealMemory=7822 TmpDisk=45753 UpTime=13-14:27:52 The firewall will block connections between nodes, so I normally disable the firewall on the compute nodes except for buhpc3. Systemctl stop firewalld systemctl disable firewalld On the server node, buhpc3, I usually open the default ports that Slurm uses: firewall-cmd --permanent --zone=public --add-port=6817/udp firewall-cmd --permanent --zone=public --add-port=6817/tcp firewall-cmd --permanent --zone=public --add-port=6818/tcp firewall-cmd --permanent --zone=public --add-port=6818/tcp firewall-cmd --permanent --zone=public --add-port=7321/tcp firewall-cmd --permanent --zone=public --add-port=7321/tcp firewall-cmd --reload If the port freeing does not work, stop the firewalld for testing. Ways to install windows 7.
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™. ™. Copyright 2016 ColdLasers.Org ColdLasers.Org sells cold laser systems and accessories. We have aggregated information from many manufacturer to help consumers learn about all their options. This information is for reference only and is not medical advice. The information provided through this web site should not be used for diagnosing or treating a health problem or disease. If you have or suspect you may have a health problem, you should consult your local health care provider.
Lap Laser Manual
Lap laser dorado manual October 31, 2017 Lap laser dorado manual Download Read Online lap laser astor manual lap laser remote control manual LAP Room Lasers No more manual adjustments. High Precision Remote Dorado CT 1-1: moving sagittal line, two fixed lateral crosshair crosshair. 1 Sep 2017 The characteristic features of LAP laser systems are Also available as DORADO 1 or DORADO 3: manually adjustable and red laser color 11 May 2017 You can use Google search for manuals.group to find quickly the right manual The DORADO laser system together with the LAP laser control LAP has been delivering state of the art patient alignment laser systems for Also available as DORADO 1 or DORADO 3: manually adjustable and red laser DORADO Laser Marking System is part of the scanner The LAP IsoMark software makes patient marking consuming and potential error prone manual.
LAP has been delivering state of the art patient alignment laser systems for The DORADO laser system together with the LAP laser control supports this crucial Lap Laser Dorada - patient alignment in radiation therapy and simulation, laser systems multimodality DORADO Laser Systems For Simulation CT, PET-CT, MRI, SPECT This system eliminates the need for manual couch movements. Our DORADO laser system together with the LAP laser control supports this crucial and important marking process and conforms to your department's workflow. LAP is the world leader in laser systems for simulation and treatment room applications in radiation therapy. LAP has been delivering state of the art patient Search LAP Lasers company's catalogues and technical brochures. Catalogues LAP Lasers.
LAP Lasers logo Stand: LAP Lasers DORADO brochure.,.
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APOLLO room lasers are high precision tools for patient setup and improved treatment quality. Precise, accurate and reproducible patient positioning is paramount to the success of radiation therapy treatments. Combined with on board imaging systems the patient positioning lasers provide an interface between the patient and the treatment delivery system. Room lasers are necessary tools for aligning the patient, daily reference isocenter adjustments, and assuring optimized isocenter accuracy for your linear accelerator. The LAP APOLLO lasers deliver the highest precision, accuracy and reproducibility: with their long lines and 6 degrees of remote controlled freedom they are ideally suited for today’s advanced treatments. Key points of APOLLO room lasers.
Longer laser lines for improved patient positioning. Clockwork precision motors and gears. Full 6 degrees of freedom adjustment via wireless IR RC. Compact design combined with the finest optoelectronics. Superior aluminium construction, extruded and CAM machined LAP room lasers are equipped with extremely stable highly polished and extra flattened plane glass windows. They have a very low and constant dispersion to assure a fine and sharply edged laser line. The glass is anti-reflective to avoid interference from the beam. Crouzet millenium 2 software download free.
LAP APOLLO avoids the pitfalls of two separate lines forming a cross by using one singular element: a prism, manufactured to split one beam into two perpendicular lines. This configuration allows LAP APOLLO room lasers to use one window only, making them the most compact systems.
Lap Laser User Manual
As the beam forming takes place before the prism, and its surface antireflection coating is selected for the laser’s wavelength, focussing of the crosshair has virtually no influence on rectangularity or brightness distribution – a real superprism. Due to the singular prism, focussing of both lines of the laser cross is handled by a single adjustment drive.
During the installation of the treatment machine the APOLLO lasers are adjusted so that their respective laser lines precisely intersect the isocenter. If over time further adjustments are required to achieve accuracy and performance related to the true isocenter of the treatment machine, the APOLLO lasers offer an advanced remote controlled system that provides fast and simple adjustments from a convenient handheld remote control.
FULL FUNCTION REMOTE CONTROL. Line rotation clockwise and counterclockwise. Parallel line translation right/left and up/down. Plane tilt horizontally and vertically. Focus control APOLLO lasers come standard with adjustable tilting brackets allowing for rotation up to 45°. Due to its very small size LAP lasers are ideal for mounting in small and hard to reach places.
Specifications Line Width Up to 4 m Distance.
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