From material validation to final packaging, every part we deliver goes through a standardized, fully traceable workflow. Our process is designed to eliminate risks, improve stability, and guarantee reliable performance for aerospace, automotive, medical, motorcycle, and industrial applications.
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Why a Standardized Production Process Matters

Precision in CNC machining doesn't come from machines alone—it comes from a disciplined and repeatable process.
REKO's 13-step production workflow ensures your parts are made the right way, every time.
Many customers chose us because we solved problems that other suppliers ignored—problems that caused delays, failures, and costly rework.

13-Step Standard Production Process

Below is the fully structured English version you can place directly on your website.

production_step_01_analysis_meeting
01. Analysis Meeting
What we do:

Conduct DFM review, tolerance analysis, risk assessment, and process planning.

Why it matters:

Prevents misunderstanding, reduces rework, and ensures feasibility before machining.

What customers experienced before:

Previous suppliers skipped this step, leading to deformation, poor tolerance control, or design misinterpretation.

Clients told us: "REKO was the first supplier who actually helped us optimize our design."

production_step_02_raw_material
02. Custom Raw Material
What we do:

Purchase certified materials, record batch numbers, and maintain traceable material inventory.

Why it matters:

Material quality determines machining performance, finishing quality, and structural stability.

Customer issue before:

Incorrect materials, inconsistent hardness, and unstable surface treatment results with other suppliers.

production_step_03_material_inspection
03. Incoming Material Inspection
What we do:

Check dimensions, hardness, material reports, and isolate nonconforming batches.

Why it matters:

Defective materials can cause hidden risks or full-batch failure later in production.

Customer issue before:

Suppliers skipped incoming inspection → resulting in porosity, mixed materials, or low strength.

production_step_04_cnc_programming
04. CNC Programming
What we do:

Professional CAM programming, toolpath simulation, collision avoidance, and deformation control.

Why it matters:

Accuracy, surface quality, and efficiency depend on correct programming logic.

Customer issue before:

Improper toolpaths caused tool marks, overcutting, broken edges, and assembly issues.

production_step_05_tool_management
05. Cutting Tools Management
What we do:

Use branded cutting tools, track tool life, and select tools based on tolerance and material type.

Why it matters:

Tool condition directly impacts surface roughness and precision consistency.

Customer issue before:

Cheap tools caused burrs, inconsistent dimensions, and unstable quality.

production_step_06_tool_calibration
06. Automatic Tool Calibration
What we do:

Use probing systems to measure tool length, compensate tool wear, and ensure repeatable precision.

Why it matters:

Keeps accuracy stable during long machining cycles.

Customer issue before:

Manual tool setting led to size variation and shape deviation in batch production.

production_step_07_cnc_machining
07. CNC Machining
What we do:

Perform multi-axis machining, control temperature, optimize clamping force, and prevent deformation.

Why it matters:

Determines dimensional stability, surface quality, and part performance.

Customer issue before:

Thin-wall parts were deformed, tolerance drifted, or surfaces showed heavy tool marks.

production_step_08_in_process_quality
08. In-Process Quality Control (IPQC)
What we do:

First-article inspection, sampling inspection, and critical tolerance verification during production.

Why it matters:

Catches deviations early and prevents batch defects.

Customer issue before:

Other suppliers only inspected at the final stage → causing large-scale failures.

production_step_09_parts_inspection
09. CNC Parts Inspection (CMM)
What we do:

Full inspection using CMM, height gauges, micrometers, projectors, and custom gauges. FAI and PPAP reports available.

Why it matters:

High-precision parts require high-precision measurement.

Customer issue before:

Reports from previous suppliers were incomplete, unprofessional, or inaccurate.

production_step_10_surface_check
10. Pre-Surface Treatment Visual Check
What we do:

Before anodizing, plating, or sandblasting, we check every part for:

  • scratches
  • abnormal tool marks
  • trapped oil or chips
  • machining defects that will worsen during finishing
  • Why it matters:

    Surface treatment amplifies flaws—small scratches can turn into visible defects after finishing.

    Customer issue before:

    Suppliers sent parts to finishing without checking → leading to color difference, rough surfaces, and full-batch rework.

    Why customers chose REKO:

    We identify risks before finishing, preventing costly scrap.

    production_step_11_surface_treatment
    11. Surface Treatment
    What we do:

    Perform anodizing, plating, blasting, polishing, and other finishing processes with trusted partners, while our QC team monitors every batch.

    Why it matters:

    A consistent finish is critical for appearance, corrosion resistance, and assembly functionality.

    Customer issue before:

    Color inconsistency, thickness deviation, and surface defects were common with previous vendors.

    production_step_12_final_inspection
    12. Final Inspection
    What we do:

    100% appearance check, critical tolerance re-verification, cleaning, and surface inspection after finishing.

    Why it matters:

    Ensures parts look perfect and are ready for assembly.

    Customer issue before:

    Received scratched parts, dirty surfaces, or mixed batches.

    production_step_13_packaging_shipping
    13. Packaging & Shipping
    What we do:
  • Individual protection for delicate parts
  • Foam inserts and vibration-proof layouts
  • Clear labels and full traceability
  • Why it matters:

    Improper packaging causes scratches, dents, and damage during transit.

    Customer issue before:

    Suppliers used thin bags, causing parts to collide and get damaged.

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    Why Customers Choose REKO

    Full process traceability ensures every part is tracked, verified, and accountable from raw material to final delivery.

    Every step of our workflow exceeds industry standards, not just meets them.

    We proactively detect risks early and communicate with customers before issues escalate.

    Over 10 years serving global markets gives us a deep understanding of international expectations and quality norms.

    To learn more about our capabilities
    Contact Us Today
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