Image Specifications – Coiled Screw Macro Study

Camera: Canon EOS 5D Mark IV
Lens: 100mm Macro Lens

Technical Settings:
• Aperture: f/11
• Shutter Speed: 1/160 sec
• ISO: 100
• Focus Method: 22-frame multi-stack
• Lighting: Dual diffused strobes with cross-polarization to reduce glare on reflective metal; softbox diffusion to control highlight intensity along the coil contours
• Stabilization: Heavy tripod; remote trigger; macro rail for controlled focus increments
• Lens & Magnification: 100mm macro at 1:1 magnification

Description:

A detailed macro examination of a coiled metal screw, emphasizing the curvature, thread geometry, and surface characteristics created by the coil’s continuous winding. This study reveals micro-textures, machining striations, and subtle wear patterns along both the interior and exterior edges of the coil. Controlled strobe lighting shapes clean specular highlights while maintaining clarity across reflective surfaces. A multi-frame focus stack preserves full depth detail from the leading curve through the inner loop, providing a high-fidelity technical rendering suitable for engineering analysis and component documentation.

Image Specifications –
Screw Surface & Reflective Detail Macro Study

  • Camera: Canon EOS Mark IV

    Lens: Macro lens 100mm

  • Technical Settings:
    • Aperture: f/8
    • Shutter Speed: 1/125 sec
    • ISO: 200
    • Focus Method: 20-frame multi-stack
    • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights
    • Stabilization: Tripod; timer; macro rail
    • Lens & Magnification: Macro lens 100mm at close-focus distance

  • Description: A close-up macro exploration of a metal screw, emphasizing its engineered geometry and polished surface. This study highlights the interplay of reflections, specular hotspots, and micro-texture along the threads and head, revealing subtle surface imperfections and metallic sheen. Controlled lighting and precise focus stacking accentuate the three-dimensional form while preserving detail across reflective planes.

Image Specifications – Drill Motor Copper Wire Macro Study

Camera: Canon EOS 5D Mark IV
Lens: 100mm Macro Lens

Technical Settings:
• Aperture: f/11
• Shutter Speed: 1/160 sec
• ISO: 100
• Focus Method: 24-frame multi-stack
• Lighting: Dual diffused strobes with cross-polarization to control glare on metallic surfaces; softbox diffusion to manage specular reflections and maintain highlight rolloff
• Stabilization: Heavy tripod; remote trigger; macro rail for incremental focus adjustments
• Lens & Magnification: 100mm macro at 1:1 magnification

Description:

A comprehensive three-angle macro study of the copper windings within a drill motor assembly. Each perspective captures a different aspect of the tightly wound conductive coils—highlighting variations in micro-texture, lacquer coating, and the engineering precision of the winding pattern. The study reveals subtle striations, warm metallic tonal shifts, and surface integrity across the coil structure. Controlled, cross-polarized strobe lighting minimizes glare while accentuating material depth. Through precise multi-frame focus stacking, the three-dimensional geometry and fine surface detail are rendered with full clarity for technical documentation and visual analysis.

Image Specifications –
Dime (Front & Back) Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Macro lens 100mm macro

  • Exposure Settings:

  • ISO: 100

  • Aperture: f/10

  • Shutter Speed: 1/160 sec

  • Focus Stacking: 10 images per side

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights

  • Stability: Tripod-mounted; timer; macro rail

  • Processing: Focus stacks blended in Adobe Photoshop; front and back aligned and finished for presentation

  • Description:
    A high-resolution macro study of a U.S. dime, showcasing both the obverse and reverse with exceptional clarity. Focus stacking reveals the fine ridges, engraved lettering, and subtle surface textures of the coin’s metallic finish. Controlled diffused lighting highlights the reflective qualities without harsh hotspots, capturing the precision of the minting details and presenting the dime as both a technical subject and a piece of miniature craftsmanship.

Image Specifications –
Copper Penny Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Macro lens 100mm macro

  • Exposure Settings:

  • ISO: 100

  • Aperture: f/11

  • Shutter Speed: 1/160 sec

  • Focus Stacking: 10 images

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights

  • Stability: Tripod-mounted; timer; macro rail

  • Processing: Focus stack blended in Adobe Photoshop; minimal surface correction to retain intentional imperfections

Description:
A detailed macro study of a copper penny, captured to reveal every ridge, contour, and imperfection on its aged surface. Intentional nicks, spots, and patina are left untouched to showcase the crispness and resolving power of the image. Focus stacking ensures edge-to-edge sharpness, while controlled diffused lighting enhances the warm copper tones and exposes the intricate textures that develop over time, turning an everyday object into a striking technical subject.

Image Specifications –
Carburetor Component Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Canon 24-70mm

  • Exposure Settings:

    • ISO: 100

    • Aperture: f/13 (to maximize depth on metallic structures)

    • Shutter Speed: 1/160 sec

  • Focus Stacking: 15 images

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights

  • Stability: Tripod-mounted; timer; macro rail

  • Processing: Focus stack blended in Adobe Photoshop; contrast and clarity enhanced for technical accuracy

Description:
A detailed macro examination of a carburetor part, highlighting the precision-machined surfaces, fine metal textures, and engineered geometry of the component. Focus stacking delivers full-depth clarity across the complex structure, while diffused lighting minimizes harsh reflections and brings out subtle machining marks, wear patterns, and functional contours. The result is a crisp, analytical image suited for mechanical documentation, engineering analysis, or technical presentation.

Image Specifications –
Diaz Peso Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Macro lens 100mm macro

  • Exposure Settings:

    • ISO: 100

    • Aperture: f/11

    • Shutter Speed: 1/160 sec

  • Focus Stacking: 15 images

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights

  • Stability: Tripod-mounted; timer; macro rail

  • Processing: Focus stack blended in Adobe Photoshop; minimal retouching to preserve surface details

Description:
A detailed macro study of a Diaz Peso, showcasing the intricate engravings, raised reliefs, and natural patina on both obverse and reverse surfaces. Focus stacking ensures edge-to-edge sharpness, highlighting the craftsmanship and fine lettering of this historic coin. Controlled diffused lighting reveals subtle textures, surface variations, and the tonal qualities of the metal, producing a clear and analytical visual record suitable for collectors, historical documentation, or technical examination.

Image Specifications –
Threaded Needle Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Macro lens 100mm macro

  • Exposure Settings:

    • ISO: 100

    • Aperture: f/16 (to maximize depth of field along the needle and thread)

    • Shutter Speed: 1/125 sec

  • Focus Stacking: 18 images

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights. Controlled diffused light with intentional light burst highlighting the needle eye

  • Stability: Tripod-mounted; timer; macro rail

  • Processing: Focus stack blended in Adobe Photoshop; light burst emphasized without compromising detail

Description:
A detailed macro study of a threaded needle, showcasing the fine metal surface, the precise threading, and the smooth curvature of the needle shaft. Focus stacking delivers edge-to-edge clarity, while a controlled light burst at the top adds visual interest and draws attention to the needle eye. The combination of sharp technical detail and creative lighting transforms a common object into an engaging visual subject, highlighting both craftsmanship and artistry.

Image Specifications –
Sewing Machine Foot Macro Study

  • Camera: Canon EOS 5D Mark IV

  • Lens: Macro lens 100mm macro

  • Exposure Settings:

    • ISO: 100

    • Aperture: f/11 (to ensure full depth of field across the foot)

    • Shutter Speed: 1/160 sec

  • Focus Stacking: 26 images

  • Lighting: Macro Photography Flash Diffuser with Speedlite Flash Diffuser Softbox to manage harsh reflections and sculpt highlights. Soft diffused lighting to prevent blowouts while highlighting surface textures and wear

  • Stability: Tripod-mounted; timer; macro real

  • Processing: Focus stack blended in Adobe Photoshop; contrast enhanced to reveal surface damage without clipping highlights

Description:
A detailed macro examination of a sewing machine foot, capturing both functional features and areas of surface wear or damage. Focus stacking ensures edge-to-edge clarity, while carefully controlled lighting prevents blowout zones and highlights subtle textures, scratches, and nicks. The result is a precise visual record demonstrating both the condition and craftsmanship of the component, suitable for technical documentation, product analysis, or maintenance reference.