Field performance records
Track tool actuation, pump pressure, flow rate, torque, pass-through, wear, and operation result.
The field feedback loop brings real downhole tool performance back into R&D, manufacturing, and testing, turning maintenance teardown, test records, job parameters, and customer feedback into inputs for the next tool configuration and product improvement.
Track tool actuation, pump pressure, flow rate, torque, pass-through, wear, and operation result.
Evaluate tool condition through cleaning, disassembly, component inspection, and wear analysis.
Review tool performance by pressure testing, function check, dyno testing, or jar evaluation as needed.
Convert review conclusions into material, structure, assembly, tool-string configuration, or parameter suggestions.
Convert one field application into tool-selection and parameter advice for similar well conditions.
Use teardown and testing to decide whether a tool is ready for redeployment or needs improvement.
Feed field issues back to R&D and manufacturing to improve structure, material, and process.
Record job parameters, tool behavior, abnormal points, and result metrics.
Complete cleaning, teardown, component inspection, and maintenance judgment.
Perform pressure, function, power, or evaluation testing by tool type.
Create maintenance suggestions, product-improvement direction, and similar-well configuration advice.
Review field applications and operation results.
Connect tool maintenance, retesting, and delivery records.
Review component-to-tool record traceability capability.
Job objective, tool string, key parameters, abnormal signs, returns, tool wear, and operation result.
For maintenance judgment, future tool configuration, similar-well advice, and product improvement.
Customer well data and sensitive parameters are managed through project communication; public pages show approved case summaries and capability statements.
Share field parameters, tool string, abnormal signs, and operation result. ASBR can help evaluate maintenance, testing, and optimization direction.