STAVAX Micro Core Pins are ultra-precision mold components designed for thin-wall medical injection molding applications that require extremely small core diameters and high dimensional stability. These pins are primarily used to form micro holes, narrow channels, and fine internal structures in medical plastic components.

Manufactured from STAVAX ESR stainless mold steel, these micro core pins provide excellent corrosion resistance, superior polishability, and stable mechanical properties during high-cycle injection molding production. Their ultra-fine geometry enables molds to produce micro-scale plastic features with consistent accuracy and surface quality.

STAVAX micro core pins are widely used in thin-wall medical consumable molds, laboratory plastic molds, and high-precision micro injection molding tools.

Thin-wall medical plastic products often contain extremely small holes or narrow internal channels. To form these features, molds require micro core pins with very small diameters and excellent straightness.

Because these pins operate under high injection pressure and repeated thermal cycles, both material quality and machining precision are critical.

STAVAX ESR stainless mold steel is widely used in medical mold tooling due to its:

• Excellent corrosion resistance
• Superior polishability
• High dimensional stability
• Good wear resistance for long production cycles

Our STAVAX micro core pins are produced using advanced precision turning, micro grinding, and fine polishing processes to achieve ultra-small diameters while maintaining structural strength and stability.

• Manufactured from STAVAX ESR stainless mold steel
• Designed for micro feature formation in thin-wall molds
• Excellent corrosion resistance for medical environments
• Ultra-smooth surface finish for high-quality molding
• High straightness and dimensional stability
• Suitable for micro injection molding and high-cavity molds
• Custom diameters, lengths, and head structures available
• Machining tolerance up to ± 0.005 mm

These features ensure reliable performance in precision medical injection mold systems operating at high production volumes.

STAVAX micro core pins are primarily used in thin-wall medical injection molds and micro precision plastic molding tools.

Used for molds producing lightweight medical plastic parts with very thin wall structures.

Applicable in molds producing diagnostic consumables, micro plastic tubes, and small laboratory parts.

Ideal for molds forming micro holes or narrow internal channels.

Used in molds producing small precision plastic components for pharmaceutical packaging.

Ensures stable micro-feature production across multi-cavity molds.

We manufacture high-precision medical mold components using advanced equipment and strict inspection standards.

• High-precision CNC turning and micro machining
• Micro grinding for ultra-small diameters
• Precision mirror polishing
• Professional vacuum heat treatment
• Precision measurement and inspection systems
• Machining tolerance up to ± 0.005 mm

Special attention is given to pin straightness, concentricity, and surface finish, which are critical for micro core pins used in thin-wall injection molds.

Micro core pins allow molds to create very small holes and internal channels required in medical plastic components.

Mirror-polished STAVAX material helps produce smooth molded surfaces and reduces friction during demolding.

STAVAX ESR stainless steel protects mold components from corrosion caused by moisture or aggressive plastics.

Precision machining ensures consistent micro feature accuracy across long production runs.

Wear-resistant stainless mold steel improves durability and reduces maintenance frequency.

To provide an accurate quotation for custom STAVAX micro core pins, please provide:

• 2D drawings or 3D CAD files
• Required core pin diameter and length
• Tolerance requirements
• Surface finishing requirements
• Material specification (STAVAX or equivalent)
• Quantity required
• Mold application details

Our engineering team will review your drawings and provide suitable manufacturing recommendations.