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Medical Diagnostic Equipment Injection Mold

Jinlong Electric serves the medical device industry with precision injection molds for diagnostic equipment components — producing plastic parts for blood glucose meters, blood pressure monitors, pulse oximeters, and other diagnostic healthcare devices. Our precision mold manufacturing for medical diagnostic equipment combines micron-level machining accuracy with rigorous quality documentation required by the healthcare industry.

Medical diagnostic equipment components demand precise dimensional control, consistent material properties, and clean production environments. Jinlong's precision manufacturing capabilities — including advanced inspection equipment and cleanroom-configured production areas — enable us to meet the stringent requirements of medical diagnostic device manufacturers.

product details

Technical Specifications

Parameter	Specification
Product Application	Medical diagnostic equipment components
Mold Type	Precision injection mold
Mold Size	Up to 3,200 × 1,800 × 1,800mm
Mold Steel	S136, 718H, P20 (per requirement)
Dimensional Tolerance	±0.01mm
Surface Finish	Medical-grade precision finish
Expected Mold Life	100,000 – 1,000,000+ shots
Quality Documentation	FAI report, CMM report, material certificate
Design Software	SolidWorks, Pro/ENGINEER, UG, CATIA, Moldflow

Technical Process

Step 1: Inquiry & Diagnostic Device Requirements Review

Customer submits diagnostic equipment component drawings with medical-grade material specifications and tolerance requirements. Jinlong's team evaluates precision needs, material compliance requirements, and production volume targets before providing a quotation within 3 business days.
Step 2: Medical-Grade DFM Analysis

Jinlong conducts a medical-focused DFM analysis — reviewing dimensional tolerance stack-up for assembly, thin-wall sections for housing components, and material flow for medical-grade engineering plastics. Special attention to sink mark prevention on visible housing surfaces and ejection strategy for precision-fit components.
Step 3: Precision Mold Design

Mold designs developed using SolidWorks, Pro/ENGINEER, UG, or CATIA with medical device precision standards. Attention to parting surface design for clean mold release, ejection system placement for housing aesthetics, and gating strategy for weld line-free surfaces. Designs submitted for customer approval.
Step 4: Precision Machining

Molds manufactured using high-speed CNC (up to 42,000 RPM) for smooth precision surfaces, Charmilles EDM for intricate housing features, and slow-speed wire-cut for core/cavity inserts. In-process dimensional checks performed on all critical features before assembly.
Step 5: Trial & Medical Inspection

Mold trials conducted in Jinlong's dedicated production areas. Samples inspected on CMM and vision measuring system for dimensional compliance. Material verification and process parameter documentation prepared for medical quality requirements.
Step 6: Documentation & Approval

Complete quality documentation package prepared — including FAI report, CMM measurement records, material certificates, and process specifications. Samples and documentation submitted for customer approval.
Step 7: Medical After-Sales Support

Ongoing support for design modifications, spare parts, and production troubleshooting for medical diagnostic device programs.

Customization Capabilities

Jinlong offers comprehensive customization options for medical diagnostic equipment mold projects:

Category	Options
Mold Steel	S136, 718H, P20, SKD11
Dimensional Tolerance	±0.01mm standard (tighter tolerances available)
Surface Finish	Medical-grade polish, smooth housing finish, textured
Cavity Layout	Single-cavity, multi-cavity for volume production
Materials	PC, PP, PA66, medical-grade engineering plastics
Gate System	Hot runner, pinpoint gate, submarine gate
Quality Documentation	FAI report, CMM reports, material certificates, traceability
Mold Size Range	Up to 3,200 × 1,800 × 1,600mm

Quality Assurance

ISO 9001:2016 certified quality management system

CMM (Coordinate Measuring Machine) inspection with traceable records

Vision measuring system for surface inspection

FAI report included with every mold

Material certificates for all mold steels

Back to Medical & Precision Molds

Medical Diagnostic Equipment Injection Mold

Technical Specifications

Technical Process

Step 1: Inquiry & Diagnostic Device Requirements Review

Step 2: Medical-Grade DFM Analysis

Step 3: Precision Mold Design

Step 4: Precision Machining

Step 5: Trial & Medical Inspection

Step 6: Documentation & Approval

Step 7: Medical After-Sales Support

Customization Capabilities

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