Inspection & Scanning Systems
AI-powered drill bit inspection. Scan in 30 seconds. Full IADC dull grading in under 10 minutes.
Overview
BitXaminer is a cutting-edge hardware and software solution engineered to revolutionize drill bit dull grading. Developed to meet and exceed modern IADC standards, it combines custom-built hardware and AI-powered software to scan a drill bit in just 30 seconds and deliver full dull grading within 10 minutes.
With its intuitive large touch table interface, BitXaminer enables operators to analyze scan results effortlessly, advancing decision-making and enhancing operational efficiency.
The Challenge
Full bit life cycle analysis remains an industry gap. Traditional dull grading is subjective, inconsistent, and time-consuming, leading to suboptimal bit selection and increased drilling costs.
Conventional inspection relies on manual visual assessment, which varies between inspectors and lacks the detail needed for data-driven decisions. Critical wear patterns are often missed or mischaracterized.
Poor bit selection and inadequate grading lead to premature bit pulls, unnecessary trips, and reduced rate of penetration. The cumulative cost impact across a drilling campaign can reach millions of dollars.
Key Benefits
Custom-built hardware paired with advanced AI software. The in-house engineered hardware is optimized for uniform lighting and high-resolution scanning, ensuring consistent capture quality every time.
Scans and grades drill bits with precision in under 10 minutes. From scan initiation to final IADC dull grading report, the entire workflow is streamlined for rapid turnaround on the rig floor or in the shop.
Ensures objective, repeatable grading results. AI-powered analysis eliminates human subjectivity, delivering standardized dull grading that meets and exceeds modern IADC standards across every inspection.
Provides comprehensive analysis for bit selection optimization. Detailed blade-by-blade analysis, cutter wear diagnostics, and historical comparison support data-driven decisions for future well planning.
Reduces operational expenses by improving bit selection and lifecycle management. Better grading leads to better bit selection, fewer trips, and improved rate of penetration across drilling campaigns.
Specifications
Optimized for uniform lighting and high-resolution scanning. The controlled environment ensures every scan captures consistent, high-quality imagery regardless of bit condition or ambient lighting.
Combines 3D photogrammetry reconstruction and machine learning-based dull grading. The software reconstructs a full 3D model of the drill bit and applies trained neural networks to identify and classify wear patterns.
Large, interactive touch table for intuitive navigation of results. Inspectors can rotate 3D models, zoom into individual cutters, and navigate between blades with natural gestures.
30-second scan, complete reports in less than 10 minutes. The hardware captures all required imagery in a single rapid scan cycle, while the software processes and grades in the background.
Suitable for diverse operational and research needs. From rig-site inspections to R&D laboratories, BitXaminer adapts to different environments and workflows with minimal setup required.
Augmented reality visualization on smartphones. Share 3D drill bit models with remote teams who can view them in AR, enabling collaborative analysis without physical access to the bit.
Key Capabilities
Full 3D model reconstruction of drill bits from multi-angle high-resolution imagery. Models can be rotated, measured, and inspected from any angle with texture, mesh, and wireframe visualization modes.
AI-generated dull grading reports with detailed blade-by-blade analysis. Automatic classification of wear types, severity, and location following IADC standards, with summary statistics and detailed blade tables.
High-resolution imagery of individual cutters for forensic wear analysis. Zoom into any cutter on any blade to assess damage type, wear pattern, and remaining cutter life with unprecedented detail.
Comprehensive dashboard with scan statistics, report progress, and manufacturer IADC statistics. Track inspection campaigns, compare results across bit types, and identify trends in wear patterns.
Mobile 3D viewer with "View in your space" augmented reality. Share drill bit scans with remote decision-makers who can inspect the 3D model on their smartphone as if the physical bit were in front of them.
Applications
Drill bit grading for on-site and remote operations. Deploy at the rig site for immediate post-run inspection or in a centralized facility for batch grading campaigns.
Forensic analysis of cutter wear for damage diagnostics. Identify root causes of premature failure, impact damage, thermal wear, and abrasion patterns to inform bit design improvements.
Data-driven bit selection for enhanced drilling performance. Build a comprehensive database of grading results to inform future bit selection decisions based on actual wear data rather than subjective assessments.
Optimizing drilling in oil, gas, and geothermal applications. BitXaminer's technology applies equally to conventional petroleum drilling and emerging geothermal energy operations.
Compliance with modern IADC dull grading standards. Every report generated meets or exceeds IADC requirements, ensuring data quality and interoperability across the industry.
Field Results
BitXaminer has undergone three successful field trials. During the most recent inspection campaign (January–February 2024), the technology was used to successfully scan 460 drill bits, demonstrating the system's efficiency, reliability, and scalability in real-world operational environments.-- Field Trial Results, 2024
Get Started
Technology is licensed to MODUS Oilfield. Contact us to discuss deployment options for your operations.