MECHANICAL LEVER by Philips

Key Highlights

• The MECHANICAL LEVER by Philips is designed for enhanced operational efficiency in radiology systems, ensuring smooth and reliable performance.
• Compatible with a range of Philips imaging systems, the lever supports various diagnostic applications, making it versatile for clinical environments.
• Built with durable materials, this lever is engineered to withstand the rigors of daily use in busy healthcare settings.
• Installation is straightforward, facilitating quick integration into existing systems and minimizing downtime during procurement.
• Philips' commitment to quality ensures that this lever meets stringent industry standards, promoting patient safety and optimal imaging results.

Compatible Systems & Use Cases

• DIGITALDIAGNOST - Utilized for digital radiography applications.
• OPTIMUS 80 - Suitable for general diagnostic imaging and specialized procedures.
• BUCKY DIAGNOST - Designed for high-quality imaging in various clinical scenarios.
• DIAGNOST BUCKY TH - Ideal for advanced imaging requirements in hospital settings.
• EZ DIAGNOST DIGITAL - Supports efficient workflow in outpatient and emergency departments.
• OPTIMUS - Versatile for both routine and complex diagnostic tasks.
• OPTIMUS 60 - Effective for use in diverse imaging environments.

Technical Specifications

Parameter	Value
Brand	Philips
Part Number	451210435561
Material	Durable Composite
Compatibility	Philips Imaging Systems
Weight	Approx. 1.5 kg

Clinical and Service Value

The MECHANICAL LEVER by Philips enhances procurement strategies by offering a reliable component that integrates seamlessly with various Philips imaging systems. Its compatibility across multiple models allows healthcare facilities to standardize components, simplifying inventory management and reducing the complexity of maintenance protocols. This standardization can lead to improved operational efficiency and reduced training time for staff.

In terms of maintenance, the robust design of the lever ensures longevity and minimizes the frequency of replacements, contributing to a more sustainable operational environment. The ease of installation further supports workflow efficiency, allowing biomedical engineers to quickly replace or upgrade components without significant disruption to imaging services. Overall, the MECHANICAL LEVER stands out as a vital component that supports high-quality patient care through reliable performance and streamlined operations.

Additional notes

MECHANICAL LEVER by Philips