Micro Convex Probe for CONTEC CMS600P2 Plus CMS1700A CMS1700B
$5,019.67
Description
Micro Convex Probe for CONTEC CMS600P2 Plus CMS1700A CMS1700B
Designed to elevate diagnostic confidence on CONTEC ultrasound systems, this Micro Convex Probe combines a compact footprint with dependable image clarity to capture small and shallow structures with remarkable detail. Engineered for seamless compatibility with the CMS600P2 Plus and CMS1700A/CMS1700B platforms, it delivers a reliable, plug‑and‑play imaging experience that helps clinicians diagnose faster and with greater precision.
What makes this probe stand out
Among micro convex transducers, this probe stands apart thanks to its careful balance of form and function. Its miniature footprint is optimized for exams on neonates and pediatric patients, enabling close‑up views of tiny organs without compromising patient comfort. The probe’s internal alignment and calibration are designed to stay consistent across compatible CONTEC systems, reducing variability between exams and making longitudinal studies easier to track.
Key features and benefits
- Cross‑system compatibility: Seamless use with CONTEC CMS600P2 Plus, CMS1700A, and CMS1700B ultrasound machines, enabling clinicians to standardize imaging across devices.
- Micro convex geometry: Optimized for high‑resolution images of superficial and small anatomical structures, making it ideal for neonatal abdomen, pediatric neurovascular assessments, thyroid, breast, and other shallow targets.
- Ergonomic and durable design: Lightweight handle and balanced weight distribution reduce operator fatigue during longer exams while withstanding daily clinical use.
- Reliable calibration stability: Engineered to maintain imaging consistency across sessions, supporting accurate follow‑ups and comparative studies.
- Disinfection‑friendly construction: Built to endure routine wipe‑down disinfection, supporting high‑throughput environments without compromising longevity.
Ideal use cases
This probe is especially well suited for settings where small anatomy needs precise visualization and quick, reliable scans are essential:
- Neonatal and infant abdominal and organ assessments in NICU and pediatric clinics
- Pediatric thyroid, neck, and superficial vessel examinations
- Rapid bedside scans for small organ structures in outpatient and urgent care settings
- Short, high‑detail inspections that benefit from a compact probe footprint during limited patient mobility scenarios
How it compares to alternatives
Compared with larger convex or linear probes, this micro convex transducer delivers unusually fine detail for shallow targets while preserving the broader field of view necessary for quick context. Its compatibility with multiple CONTEC systems means clinics can standardize procurement and training around a single transducer family, reducing inventory complexity and ensuring consistent image interpretation across devices.
Care, maintenance, and longevity
To keep performance at its best, follow these practical tips:
- Clean with manufacturer‑approved wipes or solutions, avoiding harsh solvents that could degrade the housing or acoustic stack.
- Dry thoroughly after cleaning to prevent moisture ingress into connectors or cables.
- Inspect the connector and cable for wear before every use and store the probe in its protective holder when not in use.
- Avoid dropping or bending the cable sharply, which can affect image stability and longevity.
Who should consider this probe
Clinicians and sonographers who routinely perform shallow‑depth imaging on small patients or small anatomical targets will benefit from the probe's precise detail and reliable compatibility across CONTEC systems. It’s particularly well suited for busy pediatric clinics, NICUs, and departments seeking a single, versatile micro convex transducer to cover a broad range of shallow imaging needs.
Invest in this Micro Convex Probe to enhance diagnostic clarity, streamline device compatibility, and support confident, efficient patient care across your CMS600P2 Plus and CMS1700 series ultrasound systems.

