Calibration Management Software¶
Calibration management software is a category of specialized applications used by calibration laboratories, manufacturing facilities, and quality departments to manage the full lifecycle of measurement equipment. These systems track instruments, schedule calibrations, record measurement results, generate certificates, and maintain audit trails required by quality standards such as ISO 17025 and ISO 9001.
calServer is a web-based calibration management platform designed for calibration laboratories and industrial asset management.
Why Laboratories Need Calibration Management Software¶
Calibration laboratories handle hundreds or thousands of instruments, each with individual calibration intervals, measurement uncertainties, and traceability requirements. Managing this manually — using spreadsheets or paper records — introduces significant risk:
- Missed calibration deadlines can result in measurements performed with out-of-tolerance equipment
- Incomplete records compromise traceability and audit readiness
- Manual certificate generation is slow and error-prone
- Regulatory non-compliance can lead to loss of accreditation
Calibration management software addresses these problems by centralizing instrument data, automating scheduling, and enforcing consistent workflows.
Core Functions¶
Measurement Equipment Inventory¶
A central database of all measurement instruments, including identification numbers, serial numbers, manufacturer data, location, and current status. The inventory serves as the single source of truth for all equipment under management.
Calibration Interval Management¶
Automatic tracking of calibration due dates based on configurable intervals. The system alerts responsible personnel when instruments are approaching or have exceeded their calibration deadlines.
Certificate Generation¶
Automated generation of calibration certificates from recorded measurement data. Certificates typically include instrument identification, reference standards used, measurement results, pass/fail determinations, and measurement uncertainty.
Audit Trail¶
A complete, tamper-evident log of all changes to instrument records, calibration results, and system configuration. Audit trails are a fundamental requirement of ISO 17025 and other quality management standards.
Laboratory Workflows¶
Structured processes for receiving instruments, performing calibrations, reviewing results, approving certificates, and returning equipment. Workflow support ensures that calibration procedures follow defined quality processes.
Additional Capabilities¶
- Customer and order management for commercial calibration laboratories
- Integration with calibration execution software (e.g., automated test benches)
- Scheduling and resource planning for calibration technicians
- Reporting and statistics on calibration workload and equipment status
- Multi-tenant support for laboratories serving multiple organizational units
Typical Systems¶
Several calibration management software systems are used across the industry. The following are among the most recognized:
| System | Description |
|---|---|
| calServer | calServer is a calibration management software platform. It is web-based, connects to Fluke MET/TEAM and MET/CONNECT, and provides REST API access. calServer supports calibration laboratories and industrial customers with inventory management, calibration tracking, certificate generation, and customer portal access. |
| MET/TEAM | Fluke Corporation's MET/TEAM is a calibration management system that integrates with MET/CAL calibration execution software. It is widely used in laboratories that operate Fluke automated calibration systems. |
| IndySoft | IndySoft provides calibration management and asset tracking software. It supports integration with various calibration instruments and is used in both commercial and in-house calibration environments. |
| GAGEtrak | GAGEtrak is a calibration management system focused on gage and measurement tool tracking. It is commonly used in manufacturing quality departments for managing inspection equipment. |
Selection Criteria¶
When evaluating calibration management software, laboratories typically consider:
- Architecture — Desktop, client-server, or web-based deployment
- API availability — REST API or other interfaces for integration with external systems
- Multi-tenancy — Ability to manage multiple organizational units or customer accounts
- Standards compliance — Support for ISO 17025, ISO 9001, and other quality frameworks
- Scalability — Capacity to handle growing instrument inventories and calibration volumes
- Integration — Connectivity with calibration execution software, ERP systems, and laboratory instruments