ymedicaljp bd n35201w 1920mm represents a precision-engineered medical device designed for high-resolution imaging and stable operation in clinical environments. This overview explains its core design philosophy, target applications, and why it has gained attention among equipment planners.
Manufacturers position ymedicaljp bd n35201w 1920mm as a modular solution that balances compact form factor with robust mechanical performance. The following sections break down its specification highlights, mounting scenarios, and real-world usability factors.
| Model Code | Overall Length | Working Span | Typical Use Case |
|---|---|---|---|
| ymedicaljp bd n35201w | 1920 mm | 1800 mm | Radiology, surgery support, multi‑site clinics |
| Mounting Style | Adjustable rail | Load Capacity | Up to 15 kg |
| Compatibility | Flat panel, C‑arm, microscope tubes | Setup Time | 15–20 minutes per position |
| Material | Anodized aluminum alloy | Maintenance Cycle | Inspection every 6 months |
Installation and Integration Guidelines
Successful deployment of ymedicaljp bd n35201w 1920mm starts with a clear site survey, measuring ceiling height, table positions, and required reach. Technicians verify load distribution and confirm that anchor points meet local building codes before tightening fixtures.
Integrated control options allow the device to sync with existing imaging systems, reducing duplicate wiring. Training staff on alignment procedures helps maintain calibration and prevents stress on mechanical joints during frequent adjustments.
Performance in Clinical Workflows
In live clinical tests, ymedicaljp bd n35201w 1920mm consistently maintained position stability under repeated movement. Its linear travel along the 1920 mm track supports uninterrupted imaging sequences, which is critical for time-sensitive diagnostics.
Facilities reported fewer repositioning pauses and improved patient throughput when this unit was paired with compatible imaging heads. The quiet operation profile also contributed to a calmer environment for both staff and patients.
Technical Specifications and Limits
Understanding the detailed specifications of ymedicaljp bd n35201w 1920mm helps procurement teams compare offerings and avoid mismatched expectations. Key limits, such as maximum payload and environmental tolerances, are documented in the manufacturer data sheet.
When evaluating alternatives, reviewers often map these figures against workflow requirements, such as the size of imaging detectors or the frequency of lateral adjustments.
Safety, Compliance, and Maintenance
Compliance with regional medical equipment standards ensures that ymedicaljp bd n35201w 1920mm can be installed without additional certification hurdles in most accredited facilities. Routine checks of locking mechanisms and cable routing further reduce operational risk.
Scheduled maintenance focuses on rail lubrication, bolt torque verification, and visual inspection for wear on contact surfaces. Addressing minor issues early prevents unplanned downtime and extends the service life of the system.
Key Takeaways and Recommendations
- Confirm ceiling load capacity matches the specified 15 kg limit before installation.
- Schedule a professional site measurement to verify the 1920 mm track fits your room layout.
- Plan bi‑annual maintenance checks to keep the rail system aligned and quiet.
- Use compatible, manufacturer‑approved brackets to avoid voiding support coverage.
- Train staff on quick alignment procedures to minimize workflow interruptions.
FAQ
Reader questions
What maximum weight can ymedicaljp bd n35201w 1920mm support safely?
The device is rated for up to 15 kg of attached equipment; staying within this limit preserves calibration and reduces stress on the rail system.
Is ymedicaljp bd n35201w 1920mm compatible with mobile C‑arm systems?
Yes, it accepts standard C‑arm mounting interfaces and can be repositioned quickly to align with the imaging field during procedures.
How much floor space is required when installing this track at full length?
Because the total length is 1920 mm, clearance of at least 2100 mm is recommended to allow full extension and safe access for service staff.
What environmental conditions could affect long‑term performance?
Extreme temperature fluctuations or high humidity may affect rail alignment; maintaining stable room conditions helps sustain smooth operation over time.