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  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
  • PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board
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PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board

  • >= 10 Sheets
    $300

Customization:

Customized logo（Min.Order: 1000 pieces）
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PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Tooling for CNC Machining: Designed for high-precision CNC machining applications, enabling the creation of intricate molds, patterns, and prototypes for foundries, automotive parts, and plastic components.
  • Material Versatility: Combines PU foam's lightweight flexibility with plastic durability, ideal for both rough cutting and detailed molding processes.

Key features

  • 1. Lightweight PU Foam Material Technology

    • With lightweight PU foam material, achieve easier handling and reduced machining load compared to traditional wood or metal tooling boards*. This enhances workflow efficiency in CNC applications while maintaining structural integrity.

  • 2. CNC-Compatible Interactive Design

    • With CNC-compatible design, streamline production workflows, enabling 25% faster setup than non-CNC materials* by seamlessly integrating with automated machining systems. Ideal for precise moulding and cutting operations.

  • 3. High-Precision Performance Parameters

    • With a high-density PU foam structure, ensure consistent cutting and moulding precision down to 0.1mm accuracy—outperforming standard foam boards* for intricate CNC applications like automotive prototyping.

  • 4. Versatile Scenario Solutions for Industrial Use

    • Designed for rapid automotive prototyping and foundry pattern creation, this board reduces iteration cycles by 40% versus conventional methods*, supporting both small-batch prototyping and large-scale industrial moulding.

  • 5. Rigorous Quality Control Standards

    • Manufactured under strict quality control protocols, ensuring reliability for industrial and commercial applications*. The brand’s focus on precision processing (CNC, moulding, cutting) aligns with demanding production requirements.

Product details

PU Foam Tooling Board for CNC Machining Applications Cibatool Board Foundry Pattern Pu Foam Plastic Sheet Pattern Pu Board

The PU Foam Tooling Board is a versatile material solution for precision CNC machining, mold prototyping, and foundry applications. Crafted from high-quality PU foam and plastic composites, this tooling board combines lightweight durability with exceptional machinability. Its customizable material properties and smooth surface finish make it ideal for creating intricate patterns, automotive prototypes, and industrial molds.

Technical specifications

FeatureSpecificationBenefit
Material CompositionPU foam blended with plastic additivesLightweight yet rigid for complex designs
Density0.8–1.2 g/cm³ (adjustable)Balances strength and ease of machining
Dimensional Stability±0.5% (after machining)Minimal warping for precise CNC cuts
MachinabilitySmooth surface finish, low tool wearReduces production time and maintenance costs
Thermal ResistanceWithstands 80°C continuous exposureSafe for high-temperature prototyping

Customization guide

Adjustable parameters like density, thickness, and surface texture can be tailored to meet specific machining requirements. For instance, lower-density boards are ideal for rapid prototyping, while higher-density variants suit durable, long-term molds.

Get inspired

Medium-density PU foam boards are perfect for automotive prototype molds, offering a balance between detail retention and durability. The smooth surface ensures clean cuts for intricate patterns, while the lightweight design simplifies handling during assembly.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Density (g/cm³)0.8+15% (0.92)+30% (1.04)*
Tensile Strength (MPa)0.5+20% (0.6)+35% (0.68)
Dimensional Stability±0.5%±0.4%±0.3%
Machinability Rating3/54/55/5

Supplier's note

  1. Technical Breakthroughs:

    • Material Blend: The Pro model’s 30% higher density than standard PU foam ensures structural integrity for complex automotive molds.
    • CNC Compatibility: Reduced tool wear (Advanced/Pro models) cuts production downtime by 20% compared to traditional foam boards.
    • Thermal Stability: The Pro model withstands 80°C heat, enabling safe use in foundry applications.

  2. Version Selection Guide:

    • Base Model: Ideal for small-scale prototyping or educational workshops needing cost-effective solutions.
    • Advanced Model: Suitable for medium-volume production requiring enhanced detail precision (e.g., aerospace components).
    • Pro Model: Best for industrial-scale manufacturing, automotive prototyping, or high-temperature applications. With triple the tensile strength of industry benchmarks, it ensures molds last 50% longer in demanding environments.

*Pro Model’s density exceeds industry standards by 25%.

Frequently asked questions

  • Which PU foam tooling board model is best for intricate CNC machining projects?

  • PU foam vs. traditional plastic sheets: Which is better for CNC prototyping?

  • Can the zs PU foam board be customized to specific dimensions for moulding applications?

  • Is the zs PU foam board compliant with industrial machining standards?

  • How does the zs PU foam board handle high-precision cutting compared to other materials?

  • What makes the zs PU foam board suitable for repeated CNC machining cycles?

  • How does the zs PU foam board’s material composition enhance prototype accuracy?

  • Why choose zs PU foam over traditional materials for rapid prototyping?

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