Saxsons Group — India's trusted nuclear medicine, radiotherapy, oncosurgery, dosimetry and cyclotron supplier since 1986
DoseView 3D water phantom for linac commissioning and annual QA
±0.1 mm
per-axis accuracy
3-axis
Cartesian system
Auto
detector align
DICOM
TPS export
Annual
& commissioning

Authorised Indian Distributor

Saxsons Group

New Delhi, India · Since 1997

SX
RadiotherapyRT-008

DoseView™ 3DWater Phantom System

Better hardware. Better software. Better data. A rigid Cartesian frame, automatic detector alignment and powerful analysis software for reliable linac commissioning and annual QA.

Key Features

  • Rigid aluminium frame with stainless steel leadscrews
  • ±0.1 mm accuracy per axis — no rotational error
  • Automatic Detector Alignment System — swap detectors without resetting isocenter
  • 3-point precision leveling for repeatable daily setup
  • Intuitive SmartSelect automated scan queue setup
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All Features

  • Rigid aluminium frame with stainless steel leadscrews
  • ±0.1 mm accuracy per axis — no rotational error
  • Automatic Detector Alignment System — swap detectors without resetting isocenter
  • 3-point precision leveling for repeatable daily setup
  • Intuitive SmartSelect automated scan queue setup
  • Multiple scan comparison: visual overlays, gamma, dose difference
  • Isodose curve PDF report generation built-in
  • Fast export to all major Treatment Planning Systems
  • Annual QA and full linac commissioning capability
  • Multi-machine comparison workflow support
  • Compatible with all standard ionisation chamber detectors
  • Cartesian design eliminates rotational positioning errors

Technical Specifications

Accuracy±0.1 mm per axis
Coordinate systemCartesian (no rotational errors)
Frame materialRigid aluminium with stainless steel leadscrews
Detector alignmentAutomatic Detector Alignment System (ADAS)
Leveling3-point precision system
SoftwareDoseView3D with SmartSelect automation
Scan comparisonVisual overlays, gamma, dose difference
ReportsIsodose curve PDF; multi-format export
TPS compatibilityAll major TPS via standard export formats
ApplicationsAnnual QA, commissioning, multi-machine comparison
Detector compatibilityAll standard cylindrical ionisation chambers

Applications

From commissioning to annual QA — one system

Linac Commissioning

Complete beam data acquisition for TPS commissioning. Automated scan queues reduce setup time by hours compared to manual acquisitions.

Annual Machine QA

Full photon and electron beam characterisation for TG-51 / TRS-398 annual QA. Reproducible setup via precision Cartesian frame.

Multi-Machine QA

Compare beam profiles across multiple linacs. Overlay and gamma analysis tools identify deviations instantly.

TPS Beam Model Validation

Export measured data directly into Eclipse, Monaco, RayStation and Pinnacle. ADAS eliminates systematic errors from detector swaps.

Reference Dosimetry

Absolute dose measurement at reference conditions. Compatible with standard Farmer-type and compact ionisation chambers.

FFF Beam Characterisation

Supports high dose-rate flattening-filter-free beam measurements for TrueBeam and Versa HD commissioning.

Why DoseView™ 3D?

±0.1 mm
Guaranteed accuracy

Cartesian coordinate system eliminates rotational errors inherent in other designs. Every axis independently verified to ±0.1 mm — no cumulative uncertainty.

ADAS
Zero resetting

Swap detectors mid-session without returning to isocenter. The Automatic Detector Alignment System locks detector position relative to the phantom geometry.

SmartSelect
Faster commissioning

Automated scan queue setup reduces commissioning time from days to hours. Queue, walk away, return to complete beam data — no babysitting required.

Catalogs & Resources

Catalogs and marketing material for DoseView 3D. White papers and comparative evidence live on the Knowledge Hub — link above.

Videos

Walkthroughs and software demonstrations for DoseView 3D.

DoseView™ 3D

More for this product

Each card opens a focused post for a specific specialty — peer-reviewed evidence and clinical workflow, written for the persona you select.

FAQ

Water phantom, linac commissioning, annual QA — questions we hear from Indian medical-physicist teams

Why linac commissioning takes so long on legacy tank-and-scanner systems, how the DoseView 3D self-alignment removes that overhead, which linac makes it fits, and how the system is supplied across India.

Q.Why do medical physicists spend two to three weeks commissioning a new linac?

Linac commissioning captures the full beam-data set — PDDs, profiles, output factors, wedge factors — that the treatment planning system needs to calculate patient dose. Every energy, every field size, every wedge, every applicator has to be measured in a large water phantom under standardised conditions. On older tank-and-scanner systems, the mechanical alignment of the detector arm, hand-levelling of the water surface and manual detector positioning consume most of that time; the actual dose measurement is fast.

Q.How does DoseView 3D shorten the commissioning window?

DoseView 3D removes the manual-alignment overhead. The scanner arrives on the linac couch, drops into place, self-levels using integrated sensors, auto-detects the detector at ±0.1 mm accuracy, and drives Cartesian scans across the full 500 × 500 × 415 mm tank without operator intervention between scans. Physicists commissioning a new machine report a commissioning cycle in days rather than weeks — the same beam-data set at higher spatial resolution, with fewer re-scans caused by alignment drift.

Q.Is DoseView 3D just for commissioning, or does it also cover annual QA?

Both. The AAPM TG-51 addendum + IAEA TRS-398 reference dosimetry protocols require an annual re-verification of beam output and depth-dose curves. Running that annual QA on the DoseView 3D takes a fraction of the time of a legacy tank-and-scanner because the detector alignment and water-surface flatness carry over from the commissioning baseline — the physicist runs the scan schedule and reads the deltas.

Q.Can DoseView 3D be used on any linac make and model?

Yes. The tank is a manufacturer-agnostic water phantom — Varian TrueBeam / Halcyon / Ethos, Elekta Versa HD / Infinity, Accuray Radixact, and older linacs all sit on the same couch interface. The Cartesian scan frame and detector library cover the beam-data acquisition workflow every commissioning protocol expects.

Q.How is DoseView 3D supplied and supported in India?

DoseView 3D is distributed across India by Saxsons Group under SKU RT-008. Supply covers the tank, Cartesian frame, detector library and control software; commissioning support, applications training and annual-QA workflow setup are handled directly by Saxsons.

DoseView 3D supplier in India — Saxsons Group

Saxsons Group has supplied radiotherapy equipment to over 1,000 Indian hospitals since 1988. Every consignment of DoseView 3D ships with cold-chain logistics, AERB import documentation, CDSCO registration references and a Certificate of Analysis delivered before dispatch — the paperwork your radiation-safety and procurement teams need, pre-assembled.

  • Nationwide delivery footprint — every metro and tier-2 city in India, scheduled to your treatment / procedure calendar.
  • AERB & CDSCO documentation — import licence, radiation-safety paperwork and RSO briefing pre-assembled for the audit file.
  • 40+ years in Indian oncology — long-standing supply relationships with AIIMS, Tata Memorial, and hundreds of tertiary-care centres.
  • Single point of accountability — one purchase order, one delivery contact, one after-sales team across the whole product family.
Available through Saxsons Group

Commission your linac with confidence

Contact Saxsons Group for pricing, demo arrangement, AERB import documentation and installation support.

Medical Physicists

Dosimetrist's dossier: ADAS, SmartSelect, ±0.1 mm Cartesian and the peer-reviewed Akino 2014 comparison

Five workflow sections, two embedded Manufacturer webinars and a one-glance specification table — for the physicist evaluating an annual-QA tank.

Medical Physicist's Dossier →