Final Statement of Need.pdf

STATEMENT OF NEED

Bay Pines VAHCS seeks to acquire Sun Nuclear physics equipment to replace aging and end-of-life technology currently used in Radiation Oncology Services. This acquisition is critical to maintaining compliance with clinical standards and ensuring the highest level of patient safety. The Department of Veterans Affairs requires advanced radiation therapy Quality Assurance (QA) systems and motion management phantoms to support accurate, safe, and effective delivery of complex treatment modalities, including IMRT, VMAT, SBRT, and stereotactic radiosurgery. These devices are essential for verifying linear accelerator performance, validating patient-specific treatment plans, and supporting imaging workflows such as MRI-guided therapy. The following line items represent key components necessary for comprehensive QA within VA oncology departments.

1) Item/Quantity Description

Item Number Item Name Quantity 1220000-0Z ArcCHECK 4D Isotropic

Arc Delivery QA

1220000-3Z ArcCHECK PMMA MultiPlug

122020Z ArcCHECK Trolley 1 1122000-0Z IC PROFILER Beam

Scanning System

1122664Z Energy Verification Kit 1 805885 Solid Water HE Kit for IC

PROFILER

1093000-0Z Daily QA 3 1 1179000-0Z SRS MapCHECK 1 1257000-0MR MultiMet-WL Cube 1 125500-0 StereoPHAN Package with

MRI Support

TRNG-T1 Customer Training 1 008A Dynamic Thorax Phantom 1 008A-06-CV54 Ion Chamber Dynamic

Thorax Phantom Insert

CV54-0

008A-12 4D CT QA Dynamic Thorax Phantom Insert

008A-19 Ball Cube Dynamic Thorax Phantom Insert

008A-22 SBRT Film Dynamic Thorax Phantom Insert

Line Item: 1220000-0Z - ArcCHECK 4D Isotropic Arc Delivery QA

Purpose: QA device for verifying rotational (arc) radiation therapy delivery accuracy.

Design: Cylindrical phantom with isotropic diode array.

Key Features:

• 4D Dose Measurement: Captures time-dependent dose during dynamic arc treatments.

• Isotropic Detector Array: 1386 diodes arranged in a helical pattern for full 360° coverage.

• Compatibility: Supports IMRT, VMAT, and SBRT QA.

• Software Integration: Includes analysis software for gamma evaluation and dose reconstruction.

Specifications:

• Detector Spacing: 1 cm

• Phantom Diameter: ~21 cm

• Length: ~26 cm

• Energy Range: 6 MV – 18 MV photon beams

• Connectivity: USB/Ethernet for data transfer

• Operating Environment: Standard treatment room conditions

Line Item: 1220000-3Z - ArcCHECK PMMA MultiPlug

Purpose: Accessory for ArcCHECK phantom to accommodate various detectors and inserts for QA customization.

Design: PMMA (Polymethyl Methacrylate) plug with multiple insert positions.

Key Features:

• Multi-Insert Capability: Allows placement of ion chambers, film, or other dosimeters.

• Material: High-quality PMMA for tissue-equivalent properties.

• Compatibility: Designed specifically for ArcCHECK cylindrical phantom.

Specifications:

• Diameter: Matches ArcCHECK phantom (~21 cm)

• Insert Holes: Multiple positions for detectors (typically 3–5)

• Material Density: ~1.19 g/cm³ (PMMA standard)

• Precision Machining: Ensures accurate alignment and reproducibility

• Use Case: Facilitates point dose measurement and cross-verification with diode array

Line Item: 122020Z - ArcCHECK Trolley

Purpose: Mobile storage and transport solution for ArcCHECK phantom and accessories.

Design: Sturdy, ergonomic trolley specifically designed for ArcCHECK system.

Key Features:

• Custom Fit: Holds ArcCHECK phantom securely during transport.

• Accessory Storage: Includes compartments for cables, plugs, and QA tools.

• Mobility: Equipped with smooth-rolling casters for easy movement.

• Durability: Constructed from high-quality materials for long-term use.

Specifications:

• Dimensions: Sized to accommodate ArcCHECK phantom (~21 cm diameter, ~26 cm length).

• Material: Powder-coated steel frame with protective padding.

• Weight Capacity: Supports ArcCHECK phantom and accessories safely.

• Casters: Lockable wheels for stability during use.

• Handle: Ergonomic design for easy maneuvering.

Line Item: 1122000-0Z - IC PROFILER Beam Scanning System

Purpose: High-precision QA device for measuring and analyzing radiation beam profiles in linear accelerators.

Design: Ion chamber array system for real-time beam scanning and verification.

Key Features:

• Beam Profile Measurement: Captures flatness, symmetry, and penumbra for photon and electron beams.

• Real-Time Analysis: Provides immediate feedback during beam tuning and QA.

• Compatibility: Supports multiple energies and modalities (IMRT, VMAT, SRS).

• Software Integration: Includes analysis tools for profile comparison and compliance checks.

Specifications:

• Detector Type: Ion chambers arranged in a grid pattern.

• Active Area: ~32 cm × 32 cm

• Detector Spacing: ~5 mm center-to-center

• Energy Range: 6 MV – 18 MV photon beams; electron beam support

• Measurement Parameters: Flatness, symmetry, field size, penumbra

• Connectivity: USB/Ethernet for data transfer

• Operating Environment: Standard treatment room conditions

Line Item: 1122664Z - Energy Verification Kit

Purpose: Used to verify the energy of photon and electron beams in linear accelerators for routine QA.

Design: Set of precision-machined absorbers and measurement tools for energy constancy checks.

Key Features:

• Energy Verification: Confirms beam energy by measuring depth dose or penetration.

• Multi-Energy Support: Compatible with multiple photon and electron energies.

• Ease of Use: Simple setup for quick daily or monthly QA.

• Compatibility: Designed for use with standard QA devices (ion chambers, electrometers).

Specifications:

• Material: High-density aluminum and/or water-equivalent plastic absorbers.

• Components: Includes step wedges, plates, and positioning guides.

• Energy Range: Supports 6 MV – 18 MV photons and common electron energies.

• Accuracy: Within ±1% for energy verification.

• Operating Environment: Standard treatment room conditions.

Line Item: 805885 - Solid Water HE Kit for IC PROFILER

Purpose: Provides water-equivalent buildup material for IC PROFILER to simulate patient conditions during beam profile measurements.

Design: High-energy (HE) solid water slabs for accurate dose measurement and scatter conditions.

Key Features:

• Water-Equivalent Material: Mimics tissue density for precise QA measurements.

• Custom Fit: Designed to cover IC PROFILER detector array completely.

• Energy Compatibility: Suitable for high-energy photon and electron beams.

• Durability: Resistant to warping and moisture for long-term use.

Specifications:

• Material Density: ~1.04 g/cm³ (water-equivalent)

• Slab Thickness: Multiple slabs to achieve required buildup (typically 5 cm or more)

• Dimensions: Sized to match IC PROFILER active area (~32 cm × 32 cm)

• Energy Range: Supports 6 MV – 18 MV photons and electron beams

• Operating Environment: Standard treatment room conditions

Line Item: 1093000-0Z - Daily QA 3

Purpose: Automated device for performing daily quality assurance checks on linear accelerators.

Design: Compact, all-in-one phantom with integrated detectors for fast and accurate machine QA.

Key Features:

• Comprehensive Daily QA: Verifies output constancy, beam energy, symmetry, flatness, and mechanical parameters.

• Automated Analysis: Provides instant pass/fail results with integrated software.

• Ease of Use: Quick setup and minimal user intervention for routine checks.

• Compatibility: Supports multiple photon energies and machine types.

Specifications:

• Detector Type: Ion chamber and solid-state detectors integrated in phantom.

• Measurement Parameters: Output, energy, symmetry, flatness, and mechanical checks.

• Energy Range: 6 MV – 18 MV photon beams.

• Connectivity: USB/Ethernet for data transfer and reporting.

• Dimensions: Compact design for easy placement on treatment couch.

• Operating Environment: Standard treatment room conditions.

Line Item: 1179000-0Z - SRS MapCHECK

Purpose: High-resolution QA device for verifying stereotactic radiosurgery (SRS) and stereotactic body radiotherapy (SBRT) dose delivery.

Design: Flat-panel diode array optimized for small-field, high-dose SRS treatments.

Key Features:

• High Detector Density: 1013 diodes for precise measurement of small fields.

• Field Size Capability: Supports fields as small as 5 mm.

• Compatibility: Designed for SRS, SBRT, and high-dose IMRT QA.

• Software Integration: Includes analysis tools for gamma evaluation and dose comparison.

Specifications:

• Detector Spacing: 2.47 mm center-to-center

• Active Area: 11 cm × 11 cm

• Energy Range: 6 MV – 18 MV photon beams

• Detector Type: Solid-state diodes

• Connectivity: USB/Ethernet for data transfer

• Operating Environment: Standard treatment room conditions

Line Item: 1257000-0MR - MultiMet-WL Cube

Purpose: Specialized phantom for end-to-end testing and QA of stereotactic radiosurgery (SRS) and stereotactic body radiotherapy (SBRT) workflows.

Design: Compact cube phantom with multiple inserts for dosimetry and imaging verification.

Key Features:

• Multi-Modality QA: Supports CT, MR, and treatment delivery verification.

• Insert Options: Accommodates ion chambers, film, and other detectors for point dose and planar dose measurements.

• Workflow Validation: Enables testing of imaging, planning, and delivery accuracy for high-precision treatments.

Specifications:

• Material: Water-equivalent PMMA for accurate dose simulation.

• Dimensions: Cube design (approx. 10 cm × 10 cm × 10 cm).

• Insert Positions: Multiple cavities for detectors and film.

• Compatibility: Designed for SRS/SBRT QA and end-to-end testing.

• Operating Environment: Standard treatment room conditions.

Line Item: 125500-0 - StereoPHAN Package with MRI Support

Purpose: End-to-end QA phantom for stereotactic radiosurgery (SRS) and stereotactic body radiotherapy (SBRT), including MRI-based workflows.

Design: Modular phantom system with MRI-compatible components for imaging, planning, and delivery verification.

Key Features:

• Multi-Modality Support: Compatible with CT, MRI, and treatment delivery systems.

• MRI-Compatible Inserts: Non-metallic components for distortion-free imaging.

• Workflow Validation: Enables testing of image fusion, target localization, and dose delivery accuracy.

• Insert Options: Supports ion chambers, film, and other detectors for point and planar dose measurements.

Specifications:

• Material: Water-equivalent PMMA and MRI-safe plastics.

• Dimensions: Cylindrical or modular design (approx. 15 cm diameter).

• Insert Positions: Multiple cavities for detectors and film.

• Compatibility: Designed for SRS/SBRT QA and MRI-based planning validation.

• Operating Environment: Standard treatment room conditions.

Line Item: TRNG-T1 - Customer Training

Purpose: Provides professional training for proper use, setup, and maintenance of QA devices and associated software.

Design: Instructor-led sessions (on-site or virtual) tailored to customer’s equipment and clinical workflow.

Key Features:

• Comprehensive Coverage: Includes hardware operation, software configuration, data analysis, and troubleshooting.

• Hands-On Training: Practical exercises with customer’s equipment.

• Expert Instruction: Delivered by certified specialists.

• Flexible Delivery: Options for remote or on-site sessions.

Specifications:

• Duration: Typically 1–2 days (customizable based on scope).

• Audience: Clinical physicists, dosimetrists, and QA staff.

• Content: Device setup, QA procedures, data interpretation, and reporting.

• Materials Provided: Training manuals, reference guides, and certification of completion.

Line Item: 008A - Dynamic Thorax Phantom

Purpose: Simulates human thoracic anatomy and respiratory motion for QA of imaging, planning, and delivery in radiotherapy.

Design: Anthropomorphic phantom with moving lung insert to replicate breathing patterns.

Key Features:

• Respiratory Motion Simulation: Programmable motion to mimic patient breathing cycles.

• Anatomical Accuracy: Includes lung, rib cage, and soft tissue-equivalent materials.

• Multi-Modality Use: Compatible with CT, MRI, and treatment delivery systems.

• Insert Options: Supports dosimeters, ion chambers, and film for dose verification.

Specifications:

• Material: Tissue-equivalent plastics for accurate imaging and dose calculation.

• Motion Range: Adjustable amplitude and frequency to simulate normal respiration.

• Dimensions: Approximate size of adult thorax.

• Compatibility: Designed for 4D CT, gating, and motion management QA.

Line Item: 008A-06-CV54 - Ion Chamber Dynamic Thorax Phantom Insert CV54-0

Purpose: Insert designed for use with the Dynamic Thorax Phantom to enable point dose measurements during respiratory motion QA.

Design: Precision-machined cavity for housing an ion chamber securely within the phantom.

Key Features:

• Ion Chamber Compatibility: Fits standard cylindrical ion chambers (CV54-0 type).

• Secure Positioning: Maintains chamber alignment during phantom motion.

• Material: Tissue-equivalent PMMA for accurate dose simulation.

• Integration: Works seamlessly with Dynamic Thorax Phantom for 4D QA.

Specifications:

• Insert Type: Ion chamber holder for CV54-0 chamber.

• Dimensions: Sized to fit phantom cavity and chamber snugly.

• Material Density: ~1.19 g/cm³ (PMMA standard).

• Operating Environment: Standard treatment room conditions.

Line Item: 008A-12 - 4D CT QA Dynamic Thorax Phantom Insert

Purpose: Insert for Dynamic Thorax Phantom designed to perform 4D CT quality assurance by simulating respiratory motion during imaging.

Design: Motion-compatible insert that replicates anatomical structures for imaging QA.

Key Features:

• 4D CT QA Capability: Enables evaluation of image acquisition, reconstruction, and motion artifact handling.

• Anatomical Simulation: Mimics lung or tumor-like structures for realistic imaging conditions.

• Integration: Fits securely into Dynamic Thorax Phantom for synchronized motion testing.

Specifications:

• Material: Tissue-equivalent PMMA or similar for accurate imaging.

• Dimensions: Sized to fit phantom cavity precisely.

• Motion Compatibility: Works with programmable phantom motion system.

• Use Case: Validates 4D CT imaging protocols and gating accuracy.

Line Item: 008A-19 - Ball Cube Dynamic Thorax Phantom Insert

Purpose: Insert for Dynamic Thorax Phantom designed to simulate spherical tumor targets for imaging and motion management QA.

Design: Cube insert containing a ball (sphere) to replicate a moving target within the phantom.

Key Features:

• Target Simulation: Represents a tumor-like structure for end-to-end testing of imaging, planning, and delivery.

• Motion Compatibility: Works with phantom’s programmable respiratory motion system.

• Multi-Modality Use: Suitable for CT, MRI, and treatment delivery QA.

Specifications:

• Material: Tissue-equivalent PMMA or similar for accurate imaging and dose calculation.

• Ball Diameter: Typically 2–3 cm (simulating small lesion size).

• Cube Dimensions: Sized to fit phantom cavity securely.

• Use Case: Validates motion tracking, gating, and image registration accuracy.

• Operating Environment: Standard treatment room conditions.

Line Item: 008A-22 - SBRT Film Dynamic Thorax Phantom Insert

Purpose: Insert for Dynamic Thorax Phantom designed to hold radiochromic film for SBRT QA during respiratory motion.

Design: Precision-machined insert with film slot for planar dose measurement.

Key Features:

• Film Compatibility: Accommodates standard Gafchromic or similar QA films.

• Motion-Compatible: Works with phantom’s respiratory motion system for dynamic dose verification.

• SBRT Workflow Support: Enables high-resolution dose distribution analysis for small-field treatments.

Specifications:

• Material: Tissue-equivalent PMMA for accurate scatter conditions.

• Film Slot Dimensions: Sized for standard QA film sheets (e.g., 10 cm × 10 cm).

• Insert Dimensions: Fits securely into phantom cavity.

• Use Case: Validates SBRT dose delivery accuracy under motion conditions.

2) Installation

Delivery Only

3) Training

Training Voucher for one day on-site product training. Includes one full day of in-depth product training by a qualified Sun Nuclear representative.

4) Place of Performance

30 Days After Receipt of Order (ARO)

5) Delivery

Equipment is to be delivered to the warehouse/loading dock at each campus.

Bay Pines VAHCS 10000 Bay Pines Blvd Bay Pines, FL 33744

6) VA Service Points of Contact

Amber Goodlin Amber.Goodlin@va.gov Administrative Officer 727-398-6661 x17869

Yulin Song PhD Yulin.Song@va.gov Chief Therapeutic Medical Physicist 727-398-6661 x13922

Department of Veterans Affairs VA NOTICE 24-12 Washington, DC 20420 April 22, 2024

UPDATE TO VA HANDBOOK 6500.6, CONTRACT SECURITY, APPENDIX C VA INFORMATION AND

INFORMATION SYSTEM SECURITY/PRIVACY LANGUAGE FOR INCLUSION INTO CONTRACTS, AS

APPROPRIATE

1. PURPOSE: The purpose of this notice is to amend the Department of Veterans Affairs (VA) Handbook 6500.6, Contract Security, to include updated security language for Appendix C.

2. POLICY:

a. The Office of Information Security published VA Handbook 6500.6, Contract Security on March 12, 2010.

This handbook is currently under revision and will incorporate many updates and changes but must go through departmental concurrence prior to publication.

b. This notice replaces VA Handbook 6500.6, Appendix C, VA Information and Information System Security/Privacy Language for Inclusion into Contracts, as appropriate, to incorporate updated security language.

c. This change will take place immediately and should be applied to the current version of VA Handbook

6500.6 Appendix C.

3. RESPONSIBLE OFFICE: Office of Information and Technology (OIT) (005); Office of Information Security (005R).

4. RELATED HANDBOOK: VA Handbook 6500.6, Contract Security, dated March 12, 2010.

5. RESCISSION: This notice will be rescinded and guidance incorporated into the appropriate directive/handbook no later than one year after the date of publication.

Bay Pines VAHCS seeks to acquire Sun Nuclear physics equipment to replace aging and end-of-life technology currently used in Radiation Oncology Services. This acquisition is critical to maintaining compliance with clinical standards and ensuring the h...