C-arm OEM
A C-arm your brand can own.
Manufacturers and dealers sell this system under their own name. The 3.5 kW specification sheet is below.
Power, image and a workstation the surgeon can see.
3.5 kW · 40 kHz · up to 110 kV
Holds the brightness. A high-frequency generator for fluoroscopy and radiography. Automatic brightness stabilisation keeps the image level as the angle and the anatomy change.
EXPEED 2121P · 210 × 210 mm · 20 / 80 fps
A square field with IGZO TFT and direct-deposition CsI. 140 µm, 1,504 × 1,504, 16-bit, 3.58 lp/mm. DQE 70% at 0.5 lp/mm. MTF 60% at 1 lp/mm. Full area runs at 20 fps. With 4×4 binning the sheet reaches 80 fps, set by the mode and the ROI.
Windows 10/11 · Core i5 · 8 GB · 1,280 × 1,024
A specified PC, and a path into PACS. Dedicated graphics and two medical displays. DICOM export and PACS connectivity are how the run leaves the theatre.
The arc moves. The patient stays put.
125° orbital, ±270° rotation
Swivel ±12.5° and 200 mm of horizontal travel. The range is what lets the C reach the anatomy instead of asking the table to do all the work.
What the radiographer can do during the run.
Live fluoro, a held last image, cine, edge enhancement, noise reduction, and the tools to measure, mark and rotate a frame before it is exported.
| Live fluoroscopy | The run is on the display while the exposure is happening. |
|---|---|
| Last-image hold | The last frame stays up when fluoro stops, so the room can review that view. |
| Cine loop | Play the run back on the workstation. |
| Patient database | The run is kept against the patient. |
| Image enhancement | The published control for the look of the displayed image. The method is the software that comes with the equipment. |
| Window / level | Brightness and contrast of the frame on screen. |
| Zoom | Look closer at the frame that is already acquired. |
| Pan | Move around the frame that is already on screen. |
| Edge enhancement | Sharpen the edges of the frame on the display. |
| Noise reduction | Quiet the grain in the displayed image. It is a control on the fluoro software, named on the 3.5 kW sheet. |
| Measurement | Measure on the image, on the workstation. |
| Annotation | Mark the image before it is exported. |
| Image rotation | Turn the frame on screen so it matches how the room is looking at it. |
| Image export | Take the image off the C-arm workstation. DICOM export and PACS connectivity are on the system sheet. |
Specifications
3.5 kW configuration
Generator
| Generator type | High-frequency |
|---|---|
| Generator frequency | 40 kHz |
| Output power | 3.5 kW |
| Maximum tube voltage | 110 kV |
| Exposure modes | Fluoroscopy and radiography |
| Automatic brightness stabilisation | Yes |
Detector
| Detector | DRTECH EXPEED 2121P |
|---|---|
| Technology | IGZO TFT |
| Scintillator | Direct-deposition CsI |
| Active area | 210 × 210 mm |
| Pixel matrix | 1,504 × 1,504 |
| Pixel pitch | 140 µm |
| A/D conversion | 16-bit |
| Dynamic range | 16-bit |
| Limiting resolution | 3.58 lp/mm |
| DQE | 70% at 0.5 lp/mm |
| MTF | 60% at 1 lp/mm |
| Detector energy range | 40–150 kVpThis is the detector range on the sheet. The 3.5 kW generator on the same sheet is specified to 110 kV. |
| Maximum frame rate | 20 fps at full area (1×1 binning)Up to 80 fps with 4×4 binning. Achievable frame rate depends on the binning mode and ROI configuration. |
Movement
| Orbital rotation | 125° |
|---|---|
| C-arm rotation | ±270° |
| C-arm swivel | ±12.5° |
| Horizontal travel | 200 mm |
| Source-to-image distance (SID) | 980 mm |
| Free space | 780 mm |
System
| Workstation | Medical workstation |
|---|---|
| Displays | Dual medical displays, 1,280 × 1,024 or higher |
| Software | Digital fluoroscopy software |
| Connectivity | DICOM export · PACS connectivity |
WorkstationMinimums on the 3.5 kW sheet.
| Operating system | Windows 10 or 11, 64-bit |
|---|---|
| Processor | Intel Core i5 or higher |
| Memory | 8 GB minimum |
| Storage | SSD recommended |
| Network | Gigabit Ethernet |
| Graphics | 2 GB dedicated |
| USB | USB 3.0 or higher |
The 3.5 kW sheet is published here. Full area is 20 fps; 80 fps is the 4×4 binning rate, set by the mode and ROI. The detector energy range of 40–150 kVp is the detector figure; the generator on this sheet is 110 kV. Panacee confirms the final configuration with you.
Built for these procedures.
The 3.5 kW sheet names these uses.
- Orthopaedics
- Trauma
- Pain management
- Spine
- Urology
- General surgery
- Vascular procedures
- Emergency
- Interventional procedures
C-arm questions.
Can a manufacturer sell this C-arm under its own name?
Yes. The systems are white-label. Manufacturer partners can brand them as their own.
Is 80 fps the full-area frame rate?
Full-area fluoroscopy is 20 fps at 1×1 binning. The sheet reaches 80 fps with 4×4 binning, set by the mode and the ROI.
Which detector is in the C-arm?
The public model name is DRTECH EXPEED 2121P. IGZO TFT, direct-deposition CsI, 210 × 210 mm, 1,504 × 1,504 pixels, 140 µm, 16-bit, limiting resolution 3.58 lp/mm.
Ask about white-label supply.
Tell us the version you are interested in and the volumes you have in mind.
Prefer to talk? Call +91 96509 00190 or WhatsApp.
Build your C-arm line.
Tell us about your company, your market and the configuration you are interested in.