ACD4mk5 – Automatic Block Cutting Unit

Designed for use in:

ACD4mk5 – Automatic Block Cutting Unit

Description:

The ACD4mk5 is an extremely reliable and compact automatic radiotherapy block cutter designed to meet the demands of modern, Dicom-networked departments. This maintenance-free unit offers support for a wide range of applications, including electron, photon, and proton shielding filters, as well as TBI and eye shields. Its design prioritizes high accuracy and ease of use, ensuring an efficient and streamlined workflow for creating patient-specific filters. The system’s advanced software and fast cutting speed significantly reduce the time required for setup and production, boosting clinic productivity and ensuring seamless work-flow.

Automatic Radiotherapy Block Cutter

The ACD4mk5 is a cutting-edge computerized block cutting system that stands out for its compact size and exceptional reliability. It is built as a maintenance-free version, making it a dependable solution for continuous clinical use. The system features a unique, extremely thin hotwire that ensures high cutting accuracy and minimizes fumes, allowing the unit to operate without the need for a separate exhaust system. With a full DicomRT network interface, the ACD4mk5 seamlessly integrates into a department’s existing network, using shared folders or a built-in FTP client for data transfer. The intuitive software automates repetitive functions, enabling users to begin cutting radiotherapy shielding blocks quickly after a successful import.

 

How It Works

The ACD4mk5 simplifies the process of creating custom patient filters. Users can import patient data and treatment plans through the DicomRT network interface. The system’s software, designed for ease of use, allows for precise adjustment of the hotwire temperature via a touch display. Block loading is quick and secure, thanks to dedicated guides and a single-hand rotate lock feature. Once the parameters are set, the unit automatically cuts the styrofoam block with high precision, creating a mold for a patient-specific alloy filter.

 

Benefits

  • Increased Efficiency: The automated software and intuitive design reduce the time required to create filters.
  • Enhanced Accuracy: The precision hotwire ensures that block shapes are highly accurate, leading to better patient outcomes.
  • Improved Workflow: Seamless network integration and quick block loading streamline the process from planning to cutting.
  • Safer Environment: The low-fume output of the thin hotwire allows for operation without an exhaust system.
  • Low Maintenance: The maintenance-free design reduces downtime and long-term operational costs.

 

Clinical Scenarios

The ACD4mk5 is an essential tool in any radiotherapy mould room. It is particularly valuable for:

  • High-Volume Departments: Its speed and automation make it ideal for clinics with a high patient load, reducing setup times.
  • Advanced Treatment Modalities: The ability to create filters for electron, photon, and proton therapy makes it a versatile asset for a wide range of treatment protocols.
  • Precision Radiotherapy: Its cutting accuracy is critical for creating precise filters for complex cases requiring sub-centimeter margins.

 

Why Choose the ACD4mk5?

The ACD4mk5 is a smart investment for any modern radiotherapy department seeking to enhance its mould room capabilities. It combines advanced automation and precision with a compact and reliable design. As a premier medical styrofoam cutter, its ability to support a wide range of treatment types and its seamless network integration make it a flexible and future-proof solution. By choosing the ACD4mk5, clinics can improve their workflow efficiency, reduce errors, and deliver a higher standard of care through accurate and reproducible patient filters.

Key Features:

-Compact & Reliable: A small, extremely reliable, and maintenance-free design.

-High Accuracy: An extremely thin hotwire provides a cutting accuracy of less than 0.05 cm.

-DicomRT Integration: Full DicomRT network interface for seamless integration into clinical workflows.

-Ergonomic Design: Quick block loading with guides and a single-hand lock feature.

-Intuitive Interface: A touch display offers access to routine features and precise temperature control.

-Versatile Applications: Supports electron, photon, and proton shielding filters, including TBI and eye shields.