Sun Nuclear - Patient Safety Starts Here

Patient Safety Starts Here

Standardize Patient
& Machine QA

Explore SunCHECK

Simplify Workflows
for Patient Setup

See Laser Solutions

For Patient Treatments

Advanced QA for every phase

Learn more

For Delivery
Systems

Efficient QA & Dosimetry for every asset

Learn more

For Diagnostic Devices

Proven QA for CT & beyond

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Daily QA-MR

CT SIM+

MICRO+

MultiMet-WL Cube

SRS MapCHECK

SunCHECK Patient

SunCHECK Machine

Advanced Electron Density Phantom

events

MedPhys Meetup Series // March 17

On-Demand Webinar

Filmless Patient Specific Stereotactic QA

On-Demand Webinar

SRS End-to-End Testing with a High Density Diode Array and Multi-Met WL Phantom

publications

EPID Dosimetry in SunCHECK™ Patient: EPID Calibration, Pre-Treatment QA and In-Vivo Monitoring

On-Demand Webinar

View all on-demand and upcoming webinars >

1: A single monitor chamber was the source of fluctuating linac outputs. Daily QA^TM 3 caught it, protecting patients.¹

~10%: A patient's spinal cord was overdosed by ~10%. The precise reason why was caught by SunCHECK^TM Patient.²

52: A year of weekly trajectory file measurements on 2 linacs found no errors. Concurrent EPID-based data caught many.³

>1 mm: “It has been clinically observed the log-file derived leaf positions can differ from their actual position by >1 mm.”⁴

¹ T. McCaw, et al., When a Good Monitor Chamber Goes Bad: Diagnosing Atmospheric Communication of a Sealed Monitor Chamber, AAPM 2018
² Sun Nuclear SunCHECK user internal testing
³ A. Agnew et al., Monitoring daily MLC positional errors using trajectory log files and EPID measurements for IMRT and VMAT Deliveries, Phys. Med. Biol. 59, (2014)
⁴B. Neal, et al., A clinically observed discrepancy between image-based and log-based MLC positions, Med Phys. 43, 2933 (2016)

Patient Safety Starts Here

Standardize Patient
& Machine QA

Simplify Workflows
for Patient Setup

For Patient Treatments

For Delivery
Systems

For Diagnostic Devices