It automates the transfer of patient demographics, examination data, and complex measurements (such as topographer maps or biometry data) directly from the device to a designated storage location or software, eliminating the need for manual data entry. Core Functionalities
: Automatically converts proprietary raw data from Tomey units into standard formats (CSV or XML) for easy viewing in Excel or integration into EMRs. Multi-Protocol Support
| Feature | DATA Transfer | TOMEY Link | | :--- | :--- | :--- | | | Receives and saves measurement data to a PC. | Manages measurement data and supports patient data queries. | | Availability | Included in the device package as standard. | Optional, must be purchased separately. | | Patient ID Usage | Receives and saves the ID with the data file. Cannot search patient data. | Can search and retrieve patient data based on ID. Manages data based on entered ID. | | Data Handling | Data without an ID is saved in a file but may be difficult to trace. | All data without an ID is treated as belonging to a single patient, requiring careful handling. | | Best For | Simple, direct data export for individual PCs. | Advanced, networked data management with server capabilities. | Tomey Data Transfer Software
and other EMR systems by outputting data into standard CSV, XML, or PDF formats. Flexible Communication:
Data transfer can be a two-step process: exporting data in a generic format and then importing it into an EMR. Many EMR systems offer custom connectors for this purpose. | Manages measurement data and supports patient data queries
The software (sometimes referred to as "DATA Transfer") is a specialized inspection data receiving utility designed to bridge Tomey ophthalmic diagnostic instruments and local computers. It serves as a standard communication link for exporting critical measurement data into manageable formats like CSV for integration into Electronic Medical Record (EMR) systems. Core Functionality
: Uses protocols like X-modem or Z-modem to transfer data via cable. | | Patient ID Usage | Receives and
| Feature | Native Tomey Software | Third-Party Middleware (e.g., EyePACS, RetinaLink) | | :--- | :--- | :--- | | | Often included or low-cost license | High recurring fees | | Ease of use | Pre-configured for Tomey devices | Requires custom scripting | | Format support | Excellent for DICOM/Tomey proprietary | Broad (HL7, FHIR, etc.) | | Support | Tomey technical support | Vendor-specific support | | Best for | Single-specialty clinics | Multi-vendor, hospital systems |
| Step | Action | Location | Key Considerations | | :--- | :--- | :--- | :--- | | | Configure output settings | Tomey Device | Set the external communication mode to "DATA Transfer" or "COM" | | 2 | Prepare receiving PC | PC | Launch DATA Transfer software and set a destination folder for incoming data | | 3 | Enter patient ID | Tomey Device | Input the patient ID prior to measurement for proper file association | | 4 | Perform measurement | Tomey Device | Conduct the required diagnostic test (e.g., A-scan, topography) | | 5 | Send data | Tomey Device | Use the device interface to initiate the data transmission | | 6 | Receive and store | PC | DATA Transfer saves a file in the designated folder, typically in CSV format |
: Drastically reduces transcription errors by automating the transfer of complex measurement data.