Medical Grade 1.2083 Mold Inserts | Precision Pipette & Syringe Core Pins

Product Overview

1.2083 Plastic Mould Parts Pipette Core Inserts and Mold Cavity Inserts for Syringe are precision-manufactured components designed for medical injection moulds requiring corrosion resistance, dimensional stability, and repeatable accuracy. Produced by Senlan Precision, all parts are supplied on a custom / OEM / Built-to-Print basis to meet stringent medical tooling requirements.

Key Features & Advantages

• DIN 1.2083 stainless mould steel for corrosion resistance

• Suitable for medical-grade injection mould environments

• High dimensional stability for small, thin-wall geometries

• Consistent cavity-to-cavity repeatability in multi-cavity moulds

• Fine surface finish for smooth demoulding and reduced wear

• Long service life under continuous production cycles

Applications / Industry Use

• Pipette injection moulds

• Syringe mould core and cavity systems

• Medical consumables and disposable mould tooling

• Precision small-part injection moulds

• High-cavitation medical mould assemblies

Mould Structure & Design Description

These components are typically used as:

• Pipette core inserts

• Syringe mould cavity inserts

• Precision medical mould inserts

1.2083 material provides inherent corrosion resistance, making it suitable for medical moulds exposed to cleaning agents or humid environments. All inserts are manufactured strictly according to customer drawings, ensuring correct fit, alignment, and interchangeability within existing mould bases.

Manufacturing Capability & CNC Machining

Senlan Precision applies controlled machining and finishing processes to ensure medical-grade consistency:

• High-precision CNC milling

• CNC turning for concentric and axial features

• Precision grinding for critical tolerances

• EDM processing for micro features and complex profiles

• Controlled polishing to achieve specified surface roughness

Advanced equipment from MAKINO and HARDINGE supports stable production quality and export-level dimensional control.

Custom Development / OEM Cooperation Process

1. Drawing and specification review

2. Material and heat treatment confirmation

3. CNC machining and EDM processing

4. Precision grinding and surface finishing

5. Dimensional inspection and documentation

6. Secure packaging and shipment

All mould components are produced as Built-to-Print OEM parts, with no standard sizes.

Quality Control & Export Experience

• ISO-based quality management system

• Incoming raw material inspection

• In-process dimensional verification

• Final inspection before shipment

• Long-term export experience supplying medical and packaging mould components

Related Products

• Medical mould core pins and inserts

• Syringe mould cavity components

• Multi-cavity medical mould inserts

• Precision stainless steel mould parts

• Custom CNC machined mould components

FAQ – Technical & Purchasing

Q1: Why is 1.2083 material suitable for medical mould inserts?
1.2083 offers corrosion resistance and stable mechanical properties, making it suitable for medical moulding environments.

Q2: Can these inserts be used for high-cavitation syringe moulds?
Yes. They are suitable for multi-cavity mould systems when manufactured to the correct tolerance and alignment requirements.

Q3: Are samples or drawings required for quotation?
Technical drawings are preferred. Samples can be evaluated if drawings are unavailable.

Q4: Do you provide standard inserts?
No. All parts are custom-manufactured on a Built-to-Print basis.

Request a Quote

For pricing and lead time on 1.2083 Pipette Core Inserts and Syringe Mold Cavity Inserts, please submit your drawings or technical specifications.
Senlan Precision supports OEM manufacturing of precision mould components for medical and packaging injection moulds.