Medical Grade Mold Inserts | Precision Tooling for Tablet Packaging Injection Molds

Product Overview

Tablet compression tooling inserts for plastic injection molds are precision-manufactured components designed for applications requiring stable geometry, surface integrity, and repeatable performance. These inserts are produced strictly according to customer drawings and technical specifications, supporting consistent forming accuracy, controlled tolerances, and reliable operation in high-cycle tooling environments.

Core Features & Technical Advantages

• Built-to-Print manufacturing based on customer drawings

• High dimensional stability under repetitive molding cycles

• Precision-machined profiles for accurate tooling fit

• Controlled surface finish to reduce wear and friction

• Suitable for tight tolerance mold assemblies

• Designed for long service life and predictable replacement

Applications & Industry Use

Tablet compression tooling inserts are widely applied in:

• Precision plastic injection mold assemblies

• Mold systems requiring stable insert geometry

• Industrial tooling for medical and packaging-related components

• High-cycle mold environments with frequent insert replacement

• Export-oriented mold and tooling projects

All applications are industrial and tooling-related, with no consumer branding involved.

Mold Structure & Design Description

Within an injection mold, tablet compression tooling inserts typically function as:

• Functional forming elements integrated into the cavity or core area

• Replaceable wear components in critical molding zones

• Precision reference parts for maintaining repeatable mold geometry

Design considerations include:

• Accurate fit with surrounding mold plates

• Uniform load distribution during molding cycles

• Compatibility with mold cooling and venting layouts

• Ease of assembly, maintenance, and replacement

Manufacturing Capability & CNC Machining

Senlan Precision manufactures tooling inserts using advanced CNC equipment, including MAKINO (Japan) and HARDINGE (USA) machining centers.

Key processes include:

• CNC milling and turning

• Precision surface and profile grinding

• EDM machining for complex geometries

• Coordinated heat treatment when required

• In-process and final dimensional inspection

These capabilities ensure stable accuracy and repeatable quality across batches.

Custom Development & OEM Cooperation Process

All tablet compression tooling inserts are supplied on a customized / OEM / Built-to-Print basis.

Standard cooperation process:

1. Drawing and specification review

2. Material and tolerance feasibility evaluation

3. Precision machining and finishing

4. Quality inspection and verification

5. Packaging and export delivery

Prototype and batch production are both supported.

Quality Control & Export Experience

Quality control measures include:

• Incoming material verification

• Dimensional inspection at key process stages

• Surface finish and geometry checks

• Final inspection prior to shipment

Senlan Precision has extensive experience supplying precision mold parts to international customers with stable quality and export documentation compliance.

Related Products

• Injection mold core inserts

• Mold cavity inserts

• Precision mold wear parts

• Custom tooling inserts for multi-cavity molds

All related products are available as custom / OEM solutions.

Technical FAQ

Q1: Do you offer standard inserts from stock?
No. All tooling inserts are manufactured strictly according to customer drawings.

Q2: Can you support tight tolerance requirements?
Yes. Tolerances are controlled based on drawing specifications and verified during inspection.

Q3: Are heat treatment or surface treatments available?
Yes. Heat treatment and surface finishing can be applied as specified in the drawing.

Q4: What is required to request a quotation?
2D/3D drawings, material requirements, tolerance specifications, and order quantity.

Request a Quotation

For custom tablet compression tooling inserts and plastic injection mold parts, please submit your technical drawings and requirements.
Our engineering team will review your project and provide a detailed quotation based on your specifications.