POSITION REGULATION TRANSPORT MOTOR by Konica Minolta
Product Overview
Key highlights
The POSITION REGULATION TRANSPORT MOTOR by Konica Minolta is designed for the DRYPRO 832 imaging system, enhancing the precision and efficiency of film transport during radiographic procedures. Its reliable performance ensures optimal positioning, contributing to improved workflow in medical imaging environments. POSITION REGULATION TRANSPORT MOTOR by Konica Minolta
Key Highlights
- The POSITION REGULATION TRANSPORT MOTOR by Konica Minolta enhances the operational efficiency of imaging systems, ensuring precise positioning during diagnostic procedures.
- Designed specifically for the DRYPRO 832 model, this motor improves workflow by reducing the time required for image acquisition and processing.
- Its robust construction ensures longevity and reliability, making it a vital component in high-demand clinical environments.
- The motor's integration capability with existing systems streamlines maintenance and reduces the need for extensive training for biomedical engineers.
Compatible Systems & Use Cases
This transport motor is compatible with the DRYPRO 832 model, which is utilized in radiology departments for high-quality imaging. Typical use cases include:
- X-ray imaging workflows
- Digital radiography applications
- High-volume imaging scenarios requiring precise motor control
Technical Specifications
| Parameter | Value |
|---|---|
| Model Number | PM2 |
| Compatibility | DRYPRO 832 |
| Motor Type | DC Servo Motor |
| Power Supply | 24V DC |
| Weight | Approximately 2.5 kg |
Clinical and Service Value
The POSITION REGULATION TRANSPORT MOTOR is engineered to support the demanding needs of modern radiology departments. By ensuring accurate positioning, it minimizes the risk of retakes, thereby enhancing patient throughput and optimizing resource utilization. This efficiency is crucial in busy clinical settings where time and accuracy are paramount.
From a service perspective, the motor's compatibility with the DRYPRO 832 allows for seamless integration into existing workflows, reducing the learning curve for staff. Regular maintenance is straightforward, which contributes to sustained operational reliability. Furthermore, the durability of the motor minimizes downtime, ensuring that imaging services remain uninterrupted and effective, ultimately benefiting patient care and departmental efficiency.
Additional notes
POSITION REGULATION TRANSPORT MOTOR by Konica Minolta
Compatible Models
Supported systems
Technical Specifications
Key parameters
Models
DRYPRO 832