Radiography 7300 C
FutureProof 20
Benefit now from Radiography 7300 C’s 20-year Expected Service Life1 via FutureProof 20
In today’s healthcare environment, we understand that maintaining high equipment performance, managing costs while providing uninterrupted patient care, and long-term reliability are essential to success and peace of mind. FutureProof 20 is our commitment to support Radiography 7300 C for 20 years, helping you keep the system performing for decades, reducing TCO over the long run, and allowing for focusing on the patient. Radiography 7300 C is designed for the rigors of today and engineered for longevity. Be confident in knowing that your equipment remains fully functional for years to come.
Demonstrated results of Radiography 7300 C & FutureProof 20
Lower TCO
Save on TCO by using the system for longer[1]
Reduce your TCO compared to conventional practices with FutureProof 20. FutureProof provides continuity of operations. Improve your TCO and ROI and benefit from two decades of service support, a longer depreciation period, reduced CAPEX, and budget flexibility by not having to replace for 20 years.
Read more40% less emissions
Significantly reduce lifecycle and supply chain emissions by 17% and 40%
Radiography 7300 C can use up to 70% less energy, potentially saving up to 5132 kWh per year[2]. With FutureProof 20, over 20 years, reduce the lifecycle and supply chain emissions of Radiography 7300 C by 17% and 40% respectively, equivalent to the annual CO₂e uptake of over 600 trees[3].
Save 35 seconds
Smart Collimation Thorax reduces exam time up to 35 seconds[4]
Avoid position and collimation errors that may lead to image rejection with AI-enabled Smart Collimation Thorax, which adjusts detector height and proposes collimation for each upright adult chest patient individually based upon data from a 3D camera.
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Reduce risk and gain peace of mind knowing equipment is reliable and will stand the test of time
As of 2025, of all Philips' fixed digital radiography systems (installed between 1998 and 2014), over 65% are still operational[6]. No longer do you need to worry about using a system beyond its serviceable life. Radiography 7300 C is built to last and remains supported for years to come.
Bring AI and automation to your current X-ray room
For DigitalDiagnost and BuckyDiagnost rooms, modular upgrades deliver much of the same workflow and performance as Radiography 7300 C — without the cost and disruption of a full new installation. Get the latest features with a near-full system replacement to Radiography 7300 C whilst simultaneously reducing reconstruction necessities by reusing key components via the Catalyst upgrade program and add AI-enabled functionality to streamline upright chest exams, whilst adding five years of system life via the SmartPath upgrade to DR Smart Workflow.
Decrease unnecessary X-ray exposed area and gain uniformity with Smart Collimation Thorax
Smart Collimation Thorax proposed collimations show a significant decrease in unnecessary X-ray exposed area for Posterior Anterior as well as Lateral views[7] and show more uniformity for Posterior Anterior views [8].
Image gallery
Footnotes
- The previous Expected Service Life of Radiography 7300 C comprised 12 years.
- Compared to DigitalDiagnost Rel. 4 up to 39% less annual energy consumption, potentially saving up to 1300 kWh per year. Compared to DigitalDiagnost Rel. 3 up to 70% less annual energy consumption, potentially saving up to 5132 kWh per year. Based on 84 patients per day. Actual results in other cases may vary.
- Calculations based on LCA in line with ISO14040/44 and using ReCiPe2016, EcoInvent3.9.1 database, COCIR standard for energy consumption and global average energy mix. Based on a comparison of lifecycle emissions (kg CO₂e) and material use (kg) over a 20-year time period for Radiography 7300 C with the new 20-year Expected Service Life and the old 12-year Expected Service Life. Emissions and material use have been estimated on a pro-rata basis for a second system under a 12-year Expected Service Life, considering only 8 years of usage. Service maintenance including parts replacement has not been considered in the lifecycle assessment. The selected tree is a 35-year-old Oak tree (Quercus Prinus).
- Compared to not using SCT on the Radiography 7300 C, validated by 12 clinicians in a Philips’ development environment. Daily time saving calculation based on 35 adult upright chest patients per day. Results may vary. The average time saving is 8.1 secs.
- Data on File / Extracted July 2025 - Total global installed base (DigitalDiagnost R1, R2, R3, and R4 systems) that are 10+ years amounts to 5561. Active installed base that is 10+ years amounts to 2614. Active is defined as in touch with Philips through a service contract or time and material expenses in the last 18 months.
- Data on File / Extracted Nov 2025 - Fixed digital radiography systems; DigitalDiagnost Release 1.x up to and including Release 4.x
- As compared to 644 PA and 474 LAT collimations made during normal clinical use on DigitalDiagnost C90 systems. Statistical significance PA and LAT P<0.0001. The algorithm for SCT was developed and validated using data from European and USA centers respectively. Unnecessary X-ray exposed area is defined as the area exposed beyond the minimal lung field.
- As compared to 644 PA collimations made during normal clinical use on DigitalDiagnost C90 systems. Overall uniformity measure 0.8239; 95% CI (0.7562; 0.8837). The algorithm for Smart Collimation Thorax was developed and validated using data from European and USA centers respectively. Collimation is defined to be uniform if the distances from the respective collimation border to the respective minimal lung field border are similar.
Disclaimer
No rights can be derived from the indicated TCO savings. The potential TCO savings identified estimates the avoidance of replacing equipment over a 20-year useful life of a DXR system and compares it to that of a DXR system with a useful life of 12 years. There can be no guarantee that all customers will achieve such a result.