Customization of PEEK shaped parts

Customization of PEEK shaped parts

Core Features

  • Bespoke Geometry & Prototyping: Complete custom manufacturing to exact client CAD specifications. This includes complex asymmetric shapes, proprietary fluidic manifolds, custom gears, and highly specialized structural housings that cannot be sourced from standard catalogs.
  • Multi-Axis CNC Machining & Molding: Utilizing state-of-the-art 5-axis CNC machining for low-volume precision prototypes and tight-tolerance components, alongside advanced injection molding for high-volume, cost-effective production runs.
  • Advanced Material Matrices: Beyond standard virgin PEEK, custom parts can be machined from Carbon-Fiber Reinforced (CF-PEEK) for extreme stiffness, Glass-Filled (GF-PEEK) for dimensional stability, or PTFE-blended PEEK to drastically lower friction coefficients for dynamic moving parts.
  • Micro-Tolerance Control: Strict quality assurance ensuring sub-millimeter tolerances for critical assemblies, which is absolutely essential for ultra-high vacuum environments or high-pressure fluidic seals.
  • Core PEEK Advantages Maintained: Regardless of the complex geometry, the final product retains PEEK’s signature continuous operating temperature of 250°C (482°F), absolute chemical inertness, and exceptional wear resistance.

At Kriloha Ltd., we understand that frontier engineering rarely fits into a standard product catalog. When off-the-shelf components limit your mechanical or chemical design parameters, our Customization of PEEK Shaped Parts is our engineered answer for “Geometry-Without-Limits” and “Application-Specific-Solutions.” As a premier provider of advanced polymer components, Kriloha has developed a dedicated custom-fabrication division that bridges the gap between your conceptual CAD models and physical, high-performance reality.

The engineering of our custom PEEK program is based on Micro-Precision and Material-Optimization. By utilizing advanced CAM software and multi-axis machining, we ensure that complex undercuts, proprietary internal fluid channels, and ultra-fine surface finishes are executed flawlessly. At Kriloha, we verify the structural integrity of every custom geometry, creating a “Failure-Resistant” specialized component that seamlessly integrates into your proprietary system, replacing heavy or easily corroded metal parts.

Manufacturing these advanced polymer components involves strict Dimensional, Thermal, and Material Verification. We collaborate directly with your engineering teams to determine whether virgin PEEK, Carbon-Filled, or Glass-Filled matrices are required to meet your specific load and temperature requirements. Whether you are prototyping a single bespoke manifold for an aerospace payload or scaling up injection-molded production for a proprietary medical device, Kriloha provides the exact environmental durability and custom geometry your facility demands. By choosing Kriloha Ltd., you are investing in a “Future-Proof” manufacturing partnership that brings your most complex innovations to life.

Primary Use Cases

  • Proprietary Aerospace Components: Developing ultra-lightweight, high-strength specialized brackets, wire-routing guides, and avionic housings for experimental drones and commercial aircraft.
  • Medical & Biocompatible Devices: Custom-machining complex, radiolucent (X-ray transparent) structural parts for diagnostic imaging beds, specialized surgical instruments, and implantable device components.
  • Semiconductor & Wafer Handling: Creating bespoke vacuum chucks, custom wafer carriers, and highly specific clean-room components that require zero outgassing, high thermal stability, and absolute chemical purity.
  • Analytical Chemistry Instrumentation: Manufacturing unique manifold blocks, custom high-pressure liquid chromatography (HPLC) pump heads, and specialized sensor housings resistant to aggressive reagents.
  • Oil, Gas & Chemical Processing: Reverse-engineering and upgrading legacy metal impellers, valve seats, and custom backup rings to high-performance PEEK for highly corrosive and high-temperature environments.

Frequently Asked Questions

  1. What is the difference between CNC Machined and Injection Molded custom parts?

CNC machining involves cutting the part out of a solid block or rod of PEEK. It is ideal for low-volume production, rapid prototyping, and achieving extremely tight tolerances. Injection molding involves injecting melted PEEK into a custom-tooled metal mold. It requires an upfront investment in the mold but is vastly more cost-effective for high-volume, mass-production runs.

  1. Can Kriloha reverse-engineer an existing metal part into a PEEK part?

Yes. If you have an obsolete metal part or a component that is failing due to chemical corrosion, our engineering team can take the physical part, reverse-engineer its dimensions into a 3D CAD model, and remanufacture an exact, high-performance PEEK replacement.

  1. What file formats do you accept for custom PEEK manufacturing?

For the most accurate and rapid quoting and manufacturing, we prefer standard 3D CAD files such as .STEP (.stp) or .IGES (.igs). However, we can also work with 2D technical drawings (.PDF, .DWG) to build the necessary models for you.

  1. Can I customize the mechanical properties as well as the shape?

Absolutely. If virgin PEEK does not offer the rigidity or thermal conductivity your application requires, we can machine or mold your custom part using specialized formulations, such as 30% Carbon-Fiber PEEK (which massively increases tensile strength and stiffness) or Bearing-Grade PEEK (optimized for low friction and high wear).

  1. What is the Minimum Order Quantity (MOQ) for custom shaped parts?

Kriloha Ltd. is highly flexible. We support R&D departments with low-volume CNC prototyping runs (even single units for proof-of-concept), and we can seamlessly scale up to thousands of units using advanced injection molding once your design is validated and enters mass production.

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