Craig Bradley

Craig Bradley BSc (Hons), MSc, has a strong academic background in human biology, cardiovascular sciences, and biomedical engineering. Since 2025, he has been working with LabX Media Group as a SEO Editor.

Posts by the Author

The Essential Guide to Medical Device Irritation Testing

By Craig Bradley | Aug 14, 2025

A comprehensive overview of irritation testing for medical devices, from its scientific basis and a tiered testing approach to the regulatory landscape

A laboratory technician in a white coat and safety goggles examines a petri dish under a stereo microscope in a modern lab, with scientific equipment and test tube racks visible in the background.

Scientist in a lab performing liquid handling with a pipette, surrounded by test tubes and lab equipment, with a computer displaying colorful sequencing data.

A Comprehensive Guide to Food Recalls: Understanding the ‘Why’ for Laboratory Professionals

Aug 14, 2025

A group of five laboratory scientists in white lab coats reviews analytical data on a large computer monitor, with graphs and charts visible, in a modern laboratory equipped with advanced scientific instruments.

A Professional’s Guide to Strategic Laboratory Outsourcing (FAQ)

Aug 14, 2025

Alt text: A laboratory scientist works with a transparent cylindrical medical device, overlaid with digital graphics of capsules and energy flows, symbolizing pharmaceutical innovation under the Cures Act.

The Profound Impact of the 21st Century Cures Act on Medical Innovation

Aug 14, 2025

The Critical Role of Reprocessing Medical Devices in Healthcare Safety

Aug 14, 2025

ChatGPT said: The image shows a large industrial facility with an extensive network of metallic air ducts and ventilation systems suspended from the ceiling. At the center is a prominent wall clock, suggesting a structured, timed process environment. This setup is characteristic of automated testing or production lines, potentially used in glass and ceramic manufacturing for quality control, material stress testing, or thermal processing. The symmetrical design and clean layout reflect a highly controlled industrial atmosphere.

The Future is Automated: Boosting Efficiency with Automated Testing for Glass and Ceramics

Aug 7, 2025

Unlock unparalleled accuracy and speed in your lab with automated testing solutions. Discover how robotics and automation are revolutionizing glass and ceramics testing

The image shows a close-up of green glass bottle tops with metal swing-top closures. The focus is on the smooth, reflective surface of one bottle, while others blur into the background. This scene highlights sustainable glass packaging, emphasizing reusability, recyclability, and durability—core features in eco-friendly design for beverages and other consumables.

The Green Revolution: Sustainable Glass and Ceramics Testing for a Brighter Future

Aug 7, 2025

Ensure your products meet sustainability goals. Discover how contract labs test for recycled glass content and measure the environmental impact of ceramics

The image shows a broken windowpane with large, jagged shards of glass still in the frame. This kind of scene is often used in forensic analysis to determine the point and direction of impact and the type of force that caused the breakage.

Shattered Truths: Unlocking Investigations with the Forensic Analysis of Glass and Ceramic Evidence

Aug 7, 2025

Discover how specialized contract labs provide critical forensic analysis of glass and ceramic evidence, revealing key details for criminal investigations

The image shows a close-up, underside view of a large aircraft wing and its engines in black and white. Visible are multiple jet turbines, detailing the nacelles and structural components of the engine mounts. This context highlights the use of ceramics in aerospace engineering, particularly in thermal shielding, engine components, and high-stress zones. Advanced ceramics are commonly utilized here for their high heat resistance, lightweight properties, and durability, which are essential in the demanding environments of aviation and aerospace systems.

High-Performance Ceramics in Aerospace and Automotive: Meeting Extreme Demands with Rigorous Testing

Aug 6, 2025

Discover how high-performance ceramics meet extreme demands in aerospace and automotive applications. Learn about crucial ceramic testing for thermal barrier coatings, engine components, and brake systems

The image shows a close-up scene of a dental procedure in progress. A patient is lying back with their mouth open, while a dentist—wearing white gloves—uses a dental tool, likely for examination or treatment. The brightly lit oral cavity suggests use of focused lighting for visibility. This context implies the application of ceramic materials in medical implants, such as dental crowns, bridges, or fillings, which are valued for their biocompatibility, durability, and aesthetic resemblance to natural teeth.

Advanced Ceramics for Medical Implants: Essential Biocompatibility and Mechanical Testing

Aug 6, 2025

Ensure patient safety and implant longevity. Discover critical biocompatibility and mechanical testing for advanced ceramics in medical implants, including zirconia and alumina for orthopedic and dental applications

The image shows a close-up of a textured surface that resembles a fine, uneven pattern of cracks or folds, often associated with delamination in materials like laminated glass or coated ceramics. The varying light reflections emphasize the roughness and separation of layers, which could indicate internal stress, adhesive failure, or environmental degradation. This pattern is characteristic in studies of material fatigue, structural failure, or quality control for advanced glass or ceramic composites.

Glass Delamination Testing: Ensuring Pharmaceutical Packaging Integrity and Drug Stability

Aug 6, 2025

Protect drug stability and patient safety. Learn about critical glass delamination testing methods for pharmaceutical packaging to prevent container failure

The image shows a close-up view of a surface covered with numerous small water droplets, likely condensation on glass or a glazed ceramic surface. The varying sizes and distribution of the droplets suggest testing or observation of surface wettability, hydrophobicity, or coating performance. This type of visual is commonly used in surface energy analysis or anti-fog/anti-wetting studies for glass and ceramic materials.

Surface Coatings & Treatments on Glass & Ceramics: Testing for Adhesion, Durability, and Functionality

Aug 6, 2025

Evaluate surface coatings and treatments on glass and ceramics for optimal adhesion, durability, and functionality in labs

The image shows a close-up of a white material with a textured, dimpled surface arranged in concentric patterns. This visual closely resembles the microstructure of a porous ceramic surface or a laboratory simulation of ceramic porosity. The uniform depressions indicate a controlled manufacturing or testing process, possibly used to assess porosity levels, mechanical strength, or fluid absorption characteristics in ceramic materials.

Porosity and Density Testing in Ceramics: Impact on Performance and Quality Control

Aug 6, 2025

Master essential porosity and density testing methods for ceramics to optimize performance in filters, refractories, and biomedical implants

The image shows a close-up view of fine, light brown sand or granular material, likely used as a raw component in the manufacturing or analysis of glass and ceramics. The texture is uniform with small, angular grains, indicating high silica content—essential for glass production. This type of material is typically involved in compositional analysis, where elemental or mineral makeup is examined to ensure quality and performance in glass or ceramic products.

Compositional Analysis of Glass and Ceramics: Unlocking Quality from Raw Materials to Finished Products

Aug 6, 2025

Discover essential analytical methods like XRF, ICP-OES, and XRD to ensure material quality and performance

$The image shows a pane of broken glass with a large, jagged hole in the center and sharp radial cracks extending outward. The damage pattern indicates impact stress, likely from a forceful blow. The edges of the break are uneven and fractured, showing typical characteristics of brittle materials like glass or ceramics under mechanical failure. This scene is likely related to impact resistance testing or documentation of breakage behavior in safety or materials research.$

Unraveling Glass & Ceramic Breakage: Advanced Defect Analysis & Failure Investigation for Labs

Aug 6, 2025

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Prevent glass & ceramic product failure. Explore expert defect analysis, microscopy (SEM), and spectroscopy (EDX, FTIR) to identify causes of breakage and ensure product reliability.

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Craig Bradley

Posts by the Author

The Essential Guide to Medical Device Irritation Testing

A Comprehensive Guide to Food Recalls: Understanding the ‘Why’ for Laboratory Professionals

A Professional’s Guide to Strategic Laboratory Outsourcing (FAQ)

The Profound Impact of the 21st Century Cures Act on Medical Innovation

The Critical Role of Reprocessing Medical Devices in Healthcare Safety

The Future is Automated: Boosting Efficiency with Automated Testing for Glass and Ceramics

The Green Revolution: Sustainable Glass and Ceramics Testing for a Brighter Future

Shattered Truths: Unlocking Investigations with the Forensic Analysis of Glass and Ceramic Evidence

High-Performance Ceramics in Aerospace and Automotive: Meeting Extreme Demands with Rigorous Testing

Advanced Ceramics for Medical Implants: Essential Biocompatibility and Mechanical Testing

Glass Delamination Testing: Ensuring Pharmaceutical Packaging Integrity and Drug Stability

Surface Coatings & Treatments on Glass & Ceramics: Testing for Adhesion, Durability, and Functionality

Porosity and Density Testing in Ceramics: Impact on Performance and Quality Control

Compositional Analysis of Glass and Ceramics: Unlocking Quality from Raw Materials to Finished Products

Unraveling Glass & Ceramic Breakage: Advanced Defect Analysis & Failure Investigation for Labs

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