DCM Grading Rubric

Precision grading powered by DCM Optic™ — our proprietary multi-point inspection system with three-pass consensus technology that delivers professional-grade assessments with unmatched accuracy

The DCM Difference

Traditional grading services can take weeks or months. DCM Optic™ combines advanced artificial intelligence with decades of industry grading standards to deliver accurate, consistent results in under 60 seconds.

Every card receives the same meticulous multi-point evaluation with our revolutionary three-pass consensus technology. This means your card is analyzed three independent times, with results averaged and cross-validated to eliminate errors and ensure the highest possible accuracy.

Three-Pass Consensus Technology

Unlike single-pass grading systems, DCM Optic™ performs three complete, independent evaluations of every card. This revolutionary approach significantly improves grading accuracy and reliability.

1

First Pass

Complete evaluation of all corners, edges, surface, and centering with detailed defect documentation.

2

Second Pass

Independent re-examination as if seeing the card for the first time, catching anything that may have been missed.

3

Third Pass

Final independent verification with fresh perspective, followed by consensus calculation.

Why Three Passes Matter

  • Reduces variance: Averaging three independent evaluations produces more consistent, reliable grades
  • Consensus-based defects: Only defects confirmed in 2+ passes affect the final grade
  • Consistency scoring: High agreement between passes indicates higher confidence in the final grade
  • Mimics professional services: Top grading companies use multiple evaluators — our three-pass system achieves the same rigor

Comprehensive Inspection Protocol

Every card undergoes a rigorous multi-phase evaluation examining dozens of individual inspection points across corners, edges, surface, and centering — all performed three times for maximum accuracy.

Phase 0: Pre-Grading Verification

Mandatory verification before condition evaluation begins

Autograph Verification

Distinguishes manufacturer-authenticated signatures from unverified additions

Handwritten Markings Detection

Scans for post-production alterations, stamps, adhesive residue, and markings

Trimming Detection Protocol

Analyzes border proportions and edge patterns to detect trimmed cards

Image Completeness Check

Verifies both front and back images are present and properly oriented

Professional Slab Detection

Identifies PSA, BGS, CGC, SGC, and other graded holders for independent analysis

Phase 1: Image Quality & Confidence Assessment

Establishes grading confidence based on image quality

Regional Visibility Scoring

Assesses visibility of corners, edges, surface, and centering markers

Focus & Resolution Analysis

Evaluates image sharpness and detail clarity for accurate assessment

Lighting & Glare Detection

Identifies reflections and shadows that may affect visibility

Protective Case Detection

Identifies sleeves, top loaders, and slabs affecting inspection

Confidence Letter Assignment

Assigns A, B, C, or D rating based on overall image quality

Phase 2: Card Information Extraction

Identifies card metadata and special features

Card Identification

Extracts player/character, set, year, manufacturer, and card number

Finish Type Detection

Identifies refractor, chrome, holographic, matte, and standard finishes

Special Features Recognition

Detects autographs, memorabilia, serial numbers, and parallels

Authenticity Verification

Confirms official licensing and manufacturer authentication

Phase 3: Centering Evaluation

×3 Passes

Independent front and back centering analysis with PSA-aligned standards

Front Left/Right Measurement

Calculates precise horizontal border ratios

Front Top/Bottom Measurement

Calculates precise vertical border ratios

Back Left/Right Measurement

Independent back horizontal centering analysis

Back Top/Bottom Measurement

Independent back vertical centering analysis

PSA-Aligned Standards: Front 55/45 or better required for Gem Mint 10. Back centering weighted less heavily (75/25 acceptable).

Phase 4: Corner Inspection

×3 Passes

Two-phase protocol examining all 8 corners individually (4 front, 4 back)

Structural Integrity Check

Detects corner lift, tilt, bends, and structural damage

Fiber Exposure Detection

Microscopic analysis for white cardstock showing at corner tips

Corner Geometry Analysis

Evaluates sharpness, rounding, and softening

Impact Damage Detection

Identifies dings, compression marks, and handling damage

Phase 5: Edge Inspection

×3 Passes

Two-phase protocol examining all 8 edges individually (4 front, 4 back)

Edge Roughness/Texture Check

Evaluates factory cut quality and fiber separation

Whitening Detection

Scans entire edge length for white fiber exposure

Chipping Analysis

Identifies coating loss and material damage

Nick & Dent Detection

Finds compression damage and edge irregularities

Phase 6: Surface Inspection

×3 Passes

Systematic 9-zone grid analysis of both front and back surfaces (18 total zones)

Microscopic Defect Scan

Detects white dots, debris, micro-scratches, and print defects

Reflection Analysis

Multi-angle examination to reveal scratches and surface wear

Finish-Specific Examination

Specialized analysis for refractor, chrome, and holographic cards

Structural Damage Detection

Identifies creases, dents, stains, and surface breaks

Understanding the DCM Grading Scale

DCM uses a 10-point scale with 0.5 precision, aligned with industry-standard grading criteria from PSA, BGS, and CGC. Our evidence-based protocol ensures every deduction is documented and justified.

10

Gem Mint

Zero defects. Sharp corners, pristine surface, perfect centering (55/45 or better). No fiber exposure, no scratches, no whitening.

9.5

Gem Mint

Near-perfect with only microscopic imperfections visible at maximum zoom

9

Mint

Minor imperfections under close inspection. Slight corner softening or minor edge whitening.

8.5-8

Near Mint-Mint

Slight wear visible upon close examination. Minor rounding, light whitening, or small surface imperfections.

7.5-7

Near Mint

Minor surface wear or slight corner/edge wear visible at normal viewing distance

6.5-6

Excellent-Mint

Visible wear on corners or edges, moderate centering issues, but still displays well

5.5-1

Excellent to Good

Significant wear, structural damage (creases, bends), or other issues affecting overall appearance

Grade Caps: Structural damage (creases, corner lift, tears) triggers automatic grade caps regardless of other component scores. This ensures consistency with professional grading standards.

Image Confidence Rating System

Every DCM grade includes an Image Confidence Rating (A-D), Grade Uncertainty Range, and now a Three-Pass Consistency Score. This transparency helps you understand how confident the assessment is based on your submitted photos and how well the three independent passes agreed.

Image Confidence Levels

A95-100% Visibility

Crystal clear images with perfect lighting, sharp focus, and no obstructions. Highest grading confidence.

B85-94% Visibility

Clear images with minor issues like slight glare, card in sleeve/top loader. High grading confidence.

C70-84% Visibility

Acceptable images with moderate glare, card in thick holder/slab, or focus issues. Moderate confidence.

D<70% Visibility

Images with significant issues like heavy glare, blur, or poor lighting. Consider resubmitting for better results.

Grade Uncertainty & Consistency

The uncertainty range indicates how much the actual grade might vary. The consistency score shows how well all three evaluation passes agreed.

±0.25Grade A — High Confidence
±0.5Grade B — Good Confidence
±1.0Grade C — Moderate Confidence
±1.5Grade D — Low Confidence

Three-Pass Consistency

  • High: All 3 passes agree within ±0.5 points
  • Moderate: Passes vary by 0.5-1.0 points
  • Low: Passes vary by more than 1.0 point

Pro Tip: Getting an A-Grade Confidence Rating

  • • Use natural lighting or a bright, diffused light source
  • • Avoid flash photography that creates glare
  • • Keep the card flat and parallel to the camera
  • • Remove from holders if possible for clearest images
  • • Fill the frame with the card, leaving minimal background
  • • Ensure the entire card is in sharp focus
  • • Use a contrasting, solid-color background

Card Type Specialization

DCM Optic™ uses specialized evaluation criteria optimized for each card type

Sports

Baseball, Basketball, Football, Hockey, Soccer, Wrestling

Pokémon

TCG, Japanese, Promos, Full Art

🧙

MTG

Magic: The Gathering, Foils, Borderless

Lorcana

Disney Lorcana TCG

🃏

Other

Yu-Gi-Oh!, One Piece, and more

Powered by DCM Optic™

DCM Optic™ is our proprietary grading engine that combines advanced AI vision technology with industry-standard evaluation criteria. Our evidence-based protocol ensures every assessment is backed by observable, documented findings — no assumptions, no guesswork.

With our revolutionary three-pass consensus system, every card receives not just one evaluation, but three independent analyses that are averaged and cross-validated. This delivers the most accurate and reliable grades possible from photo-based grading.

Independent Passes

8

Component Scores

<60s

Average Grade Time

24/7

Always Available

Have Questions?

Visit our comprehensive FAQ for answers about three-pass grading, image quality tips, pricing, supported card types, and more.

View FAQ

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