200ml Polycarbonate syringe mold, PC screw-in Luer head syringe manufacturer
FEATURES
Core Infrastructure & "Hard Power" Foundation
1.1 Mold Machining Equipment
Ansix's manufacturing capability begins with a world-class equipment portfolio that directly translates into customer value:
Five-Axis High-Speed Machining Centers: Equipped with advanced 5-axis high-speed CNC machining centers capable of achieving ±0.002mm precision on complex curved surfaces. This ensures:
Customer Value: Parting lines remain smooth and burr-free, eliminating secondary finishing operations
Cost Savings: Eliminates manual deburring costs estimated at $0.15–$0.30 per unit
Risk Reduction: Consistent precision prevents mold mismatch issues that could scrap entire production batches
Slow-Wire EDM (Electrical Discharge Machining): Capable of machining 0.03mm fine micro-holes and narrow slots. This capability is critical for:
Luer thread precision features
Venting channels that prevent gas entrapment
Thin-wall section avoidance to prevent deformation during molding
Complete Tooling Workshop: Ansix maintains in-house electrode machining centers and EDM workshops, enabling:
Customer Value: Mold repairs and modifications completed without outsourcing
Turnaround: Routine weld repair or insert replacement completed within 24 hours
Cost Avoidance: Eliminates third-party markup and transportation delays
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Mold Description
Product Materials:
PC Polycarbonate
Mold Material:
S136ESR
Number of Cavities:
2
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
42.5s
- The mold manufacturing process and product material selection
Injection Molding Machine Fleet
Ansix operates a comprehensive injection molding machine range from 30 tons to 4,000 tons clamping force, covering the full spectrum of product sizes:
Machine Range Application Customer Value
30–200 tons Precision small components, Luer heads Fine detail control
200–1,000 tons Syringe barrels, medium medical components Stable production
1,000–4,000 tons Large-format medical devices, thick-wall parts Capacity for scale
All-Servo Electric Drive Systems: Every machine features full servo-motor drive technology delivering repetitive precision of ±0.1%:
Customer Value: Every shot is identical to the first—batch-to-batch consistency guaranteed
Energy Savings: Servo systems consume 40–70% less energy than hydraulic equivalents
Process Stability: Precision control eliminates dimensional drift over long production runs
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Inspection & Quality Equipment
Coordinate Measuring Machines (CMM): Every mold undergoes full-dimensional inspection before shipment:
Full Dimension Report: Complete geometric verification against CAD data
Critical Dimension CPK ≥ 1.33: Statistical process capability ensures long-term stability
Customer Value: No surprise dimensional deviations upon arrival
Optical Imaging Systems: High-resolution vision inspection systems for:
Surface defect detection
Thread profile verification
Cosmetic quality assessment
PART TWO: Mold Manufacturing Core Competitiveness
2.1 Mold Steel Selection & Lifespan Guarantee
Ansix's material selection strategy directly addresses the #1 customer concern: mold longevity.
Mold Base: P20 steel—excellent machinability and stability
Core & Cavity Inserts (selection based on application requirements):
Steel Grade Properties Best Application
S136 Superior corrosion resistance, mirror polishability PC medical components, transparent parts
2344 / SKD61 High hardness, excellent wear resistance High-volume production, glass-filled materials
8407 High toughness, thermal fatigue resistance High-temperature PC molding
DC53 Superior toughness vs. SKD11 Thin-wall sections, impact-prone areas
NAK80 Pre-hardened, excellent machinability Prototype and bridge tooling
H13 Hot work steel, high-temperature stability High-cavitation production molds
Lifespan Commitment:
Glass-fiber reinforced materials: Guaranteed 500,000 shots
Unfilled plastics: Guaranteed 1,000,000 shots
Customer Value: Predictable tooling depreciation—no surprise replacement costs
Supporting Documentation: Ansix provides:
Full material certifications (mill test reports)
Heat treatment curves and hardness verification
Microstructure analysis upon request
2.2 Dimensional Tolerance Capability
Component Type Achievable Tolerance Customer Value
General structural parts ±0.05mm Reliable fit and function
Precision gears / medical components ±0.005mm Interchangeable parts, no selective assembly
Luer thread features Thread gauge class 2A/2B Universal connector compatibility
Customer Value Translation: Tight tolerances mean:
No functional failures in the field
No assembly line stoppages due to fit issues
Reduced inspection costs (capable processes require less sorting)
2.3 Mold Type Capabilities
Ansix manufactures multiple mold configurations to match specific production needs:
Hot Runner Systems:
Customer Value: Eliminates runner scrap—saves 15–30% material cost
Zero regrind contamination risk
Faster cycle times (no runner cooling delay)
Stack Molds:
Customer Value: Doubles output per machine without additional floor space
Cost Impact: 40–50% reduction in cost per part
Two-Shot / Multi-Material Molds:
Customer Value: Combines multiple components in one molding cycle
Eliminates secondary assembly operations
Perfect for overmolded Luer fittings
High-Gloss / Mirror-Finish Molds (Ra < 0.05μm):
Customer Value: Transparent PC syringes with optical clarity
No secondary polishing required
Surface Quality: Bubble-free, flow-line-free transparent components
2.4 Gating System & Flow Optimization
Moldflow Analysis Integration: Before any steel is cut, Ansix performs comprehensive Moldflow simulation:
Weld Line Prediction: Identifies and eliminates knit line locations that could compromise seal integrity
Gas Trap Identification: Prevents burn marks and incomplete fill
Fill Balance Optimization: Ensures all cavities fill simultaneously in multi-cavity molds
Gate Location Optimization: Minimizes flow length and pressure drop
Customer Value:
Problem Solved: No "surprise" molding defects after tool completion
Cost Savings: Avoids $10,000–$50,000 in rework costs
Risk Reduction: First-shot success rate increased from 60% to 95%+
2.5 Cooling System Design
Ansix's cooling system design is the hidden driver of productivity:
Conformal Cooling (where applicable): Follows part geometry for uniform heat extraction
Baffled / Bubbler Cooling: Reaches deep core sections
Zone Temperature Control: Core and cavity temperatures maintained within 2°C differential to minimize warpage
Customer Value:
Cycle Time Reduction: Optimal cooling reduces cycle time by 15–30%
Dimensional Stability: Uniform cooling eliminates differential shrinkage
Warpage Elimination: Flat, straight parts that assemble easily
2.6 Standard Lead Times
Mold Complexity Standard Lead Time Expedited (Premium)
Simple molds 10 days 7 days
Medium complexity 25–45 days 20 days
Complex / high-cavitation 45–60 days 35 days
Quality Assurance: Expedited timelines NEVER compromise validation—all verification steps are accelerated through parallel processing, not eliminated.
PART THREE: Injection Molding Process Control
3.1 Process Standardization & MES Integration
MES-Connected Machine Network: Every injection molding machine connects to Ansix's Manufacturing Execution System:
Parameter Locking: Temperature, pressure, speed, and timing settings locked in MES
Engineer-Only Authorization: Only qualified engineers can modify parameters
Real-Time Monitoring: All process variables tracked and logged
First-Article / Last-Article Comparison: Every batch verified against standards
Customer Value:
Problem Solved: Eliminates operator-induced variation
Traceability: Complete production history for every batch
Regulatory Compliance: Meets FDA and ISO 13485 traceability requirements
3.2 Dimensional Stability Control
Key Technology: Mold temperature controllers with zone-specific regulation:
Core/Cavity Temperature Differential: Maintained within 2°C
Result: Warpage minimized, flatness guaranteed
Real-World Validation Data: In a recent production run of comparable components:
Critical hole spacing variation: ≤ 0.02mm across three consecutive production batches
Measurement Period: One week continuous production
Customer Value: Parts that assemble without adjustment—every time
Closed-Loop Process Control:
Ultrasonic Wall Thickness Sensors: Real-time wall thickness monitoring with automatic pressure compensation
In-Mold Temperature/Pressure Sensors: Closed-loop cavity pressure control
Customer Value: Automatic correction before defects occur—zero scrap from process drift
3.3 Surface Quality & Appearance Standards
Ansix achieves cosmetic grades that eliminate secondary finishing:
Product Type Surface Requirement Achieved Standard
Transparent PC (syringe barrels) Bubble-free, flow-line-free Optical clarity grade
Plated / coated components No gas marks, no flow lines Class A cosmetic
High-gloss components Surface roughness Ra ≤ 0.2μm Mirror finish
Printed / decorated parts Print registration accuracy ±0.1mm
Customer Value:
Eliminates secondary polishing (saves $0.10–$0.30/part)
No rejections for cosmetic defects
Ready for immediate assembly or packaging
3.4 Special Material Processing Capabilities
Ansix has extensive production experience with engineering and medical-grade materials:
Material Key Properties Application
PC (Polycarbonate) Clear, impact-resistant, autoclavable at 120°C Syringe barrels, Luer connectors
PC/ABS Impact + chemical resistance Medical device housings
PPS + 40% GF High temperature, chemical resistance Sterilizable components
PEEK Highest performance, biocompatible Implantable / surgical tools
PA6 + GF30 Strength, dimensional stability Structural medical parts
PBT Electrical properties, chemical resistance Electronic medical devices
PEI / PPS / LCP High-temperature engineering plastics Autoclavable components
LSR (Liquid Silicone Rubber) Biocompatible, flexible Seals, gaskets, overmolding
Special Testing Capabilities:
Flammability: UL94 V-0 certification for electronics housings
Weatherability: UV testing up to 3,000 hours without discoloration
Biocompatibility: ISO 10993 standardized materials
Material-Specific Process Parameters (PC Example):
Parameter Specification
Pre-drying 120°C for 4–8 hours
Cylinder temperature (rear) 260–280°C
Cylinder temperature (center) 270–290°C
Cylinder temperature (front) 270–300°C
Nozzle temperature 270–300°C
Injection pressure 50–150 MPa
Mold temperature 80–120°C
PART FOUR: Full-Process Service & Customer Value
4.1 Early-Stage Design Intervention (DFM Reports)
Ansix provides comprehensive Design for Manufacturability analysis before any financial commitment:
DFM Report Contents:
Draft angle recommendations (prevents ejection issues)
Wall thickness optimization (prevents sink marks)
Gate location and type recommendations
Ejector pin mark location allowances
Shrinkage compensation calculations
Moldflow simulation results
Cooling system design proposal
Cycle time estimates
Customer Value:
Problem Solved: Identifies manufacturing issues before tooling investment
Cost Savings: Prevents "discovery" of unfixable design flaws post-tooling (saves $20,000–$100,000+)
Risk Reduction: Confidence that design is manufacturable before spending money
Time Savings: Reduces development cycle by 3–6 weeks
4.2 Trial Molding & Iterative Validation
T0 to T3 Sample Provision:
T0: First shots—identify initial issues
T1: Corrected samples—verify improvements
T2: Fine-tuned samples—optimization complete
T3: Production-ready samples—customer approval
Each Round Includes:
Comprehensive improvement report
Dimensional inspection data
Photographic documentation
Corrective action recommendations
Quick-Change Insert Capability:
Alternative designs validated with insert changes
Customer Value: No need to rebuild entire mold for design variations
4.3 Small-Batch Validation
Before full production release, Ansix provides 100–500 shot trial production:
Validation Deliverables:
Production yield statistics
CPK analysis for all critical dimensions
Process capability verification
Cosmetic quality assessment
Assembly verification (where applicable)
Customer Value:
Risk Reduction: Confirms production readiness before volume commitment
Cost Savings: Identifies and resolves issues on small quantities (not millions of parts)
Confidence: Data-driven go/no-go decision
4.4 Maintenance & Spare Parts Program
Standard Deliverables:
Complete set of spare wear parts (ejector pins, core inserts) delivered with mold
Comprehensive maintenance schedule and instructions
Maintenance Commitment:
Every 200,000 shots: Scheduled mold maintenance
Lifelong Repair: Repair service at cost (no markup)
24-Hour Emergency Response: Critical repairs completed within 24 hours
Customer Value:
Problem Solved: No production interruptions due to mold failure
Cost Savings: No expensive emergency rush charges
Peace of Mind: Predictable maintenance costs
PART FIVE: Competitive Differentiation & Pain Point Resolution
5.1 Direct Solutions to Common Industry Complaints
Customer Complaint Ansix's Solution Customer Value
Frequent mold repairs disrupting orders 2,000-shot aging test before delivery; wear report provided; 3-year structural warranty (excluding normal wear parts) No unplanned downtime; predictable tooling costs
Excessive flash requiring costly secondary operations 0.005mm fit precision on parting surfaces; self-locking clamp force compensation; flash controlled to <0.03mm Eliminates manual deburring; saves $0.10–$0.25/part
Inconsistent dimensions batch-to-batch Ultrasonic wall thickness sensors with automatic pressure compensation; in-mold temperature/pressure sensors with closed-loop control Zero dimensional rejects; parts that always assemble
Long repair cycles In-house electrode machining and EDM workshop; 24-hour standard repair turnaround Minimal production interruption
High total cost of ownership Predictive maintenance schedule; spare parts included; cost-based repair pricing Lower total cost over mold life
Regulatory compliance concerns ISO 13485-compliant quality system; full traceability; process validation (IQ/OQ/PQ) Audit-ready documentation; regulatory confidence
5.2 The "Mold as a Revenue Generator" Philosophy
Ansix's core philosophy: "A mold is not a piece of steel—it is a money-printing machine."
Design Philosophy:
Every mold design simultaneously optimizes:
Rheology: Material flow characteristics
Venting: Gas evacuation paths
Thermal Balance: Temperature uniformity
Structural Integrity: Long-term durability
End-User Benefit: Molds arrive at customer facilities ready for immediate production:
No debugging required
Minimal flash
Extended lifespan
Customer Value: Faster time-to-market; lower startup costs
PART SIX: Comprehensive Cost Reduction Strategy
6.1 Material Cost Optimization
Strategic Material Sourcing:
Volume purchasing power for medical-grade resins
Supplier partnerships with major resin manufacturers
Customer Value: 10–20% material cost savings vs. spot market
Hot Runner Implementation:
Eliminates runner scrap (15–30% material savings)
Zero regrind contamination risk
Customer Value: Direct material cost reduction
Wall Thickness Optimization:
DFM analysis identifies minimum functional wall thickness
Cooling time proportional to thickness²—thinner walls = faster cycles
Customer Value: 20–40% cycle time reduction
6.2 Process Efficiency Optimization
Cycle Time Reduction:
Optimization Impact Customer Value
Conformal cooling design 15–30% faster cooling More parts/hour
Hot runner systems 10–20% faster cycles Lower cost/part
Servo-electric machines 40–70% energy savings Lower operating cost
Automated part handling 20% labor reduction Lower labor cost
Scrap Reduction:
Closed-loop process control reduces scrap to <1%
AI-assisted process optimization reduces early-production scrap by 10–17%
Customer Value: 10–17% more saleable parts from every production run
6.3 Manufacturing Cost Per Part Reduction
Industry benchmark data shows Ansix's efficiency advantages:
Cycle time reduction: Up to 30% vs. industry standard
Output increase: Approximately 33% higher
Cost per part reduction: 20%+ vs. conventional manufacturing
PART SEVEN: Quality Assurance & Process Validation
7.1 ISO 13485 Quality Management System
Ansix operates under ISO 13485 certification—the global standard for medical device quality management:
Key Requirements Met:
Risk management throughout product lifecycle
Documented quality procedures
Traceability from raw material to finished product
Continuous improvement processes
Regulatory compliance documentation
7.2 Process Validation (IQ/OQ/PQ)
Full validation services provided:
Validation Phase Activity Customer Value
IQ (Installation Qualification) Equipment installation verification Ensures correct setup
OQ (Operational Qualification) Process parameter window definition Defines acceptable operating range
PQ (Performance Qualification) Production runs with statistical verification Validates long-term capability
7.3 In-Process Quality Control
Every Production Batch:
First-article inspection (dimensional + cosmetic)
In-process sampling (statistically controlled)
Last-article comparison (confirms consistency)
Full dimensional report with CPK analysis
Critical-to-Quality (CTQ) Dimensions:
Dedicated inspection methods for each CTQ feature
Calibrated pin gauges for Luer feature verification
Lot traceability maintained throughout production
PART EIGHT: Delivery & Logistics
8.1 Standard Delivery Commitments
Service Level Commitment
Mold delivery (standard) As per agreed timeline
Mold delivery (expedited) 20–30% faster
Spare parts Included with mold delivery
Emergency repairs 24-hour turnaround
8.2 Packaging & Protection
Anti-rust coating applied to cavity and core surfaces
Anti-rust oil on exterior surfaces
Secure export packaging
Full documentation package included
Summary: The Ansix Value Proposition
What Ansix Solves:
Design uncertainty: DFM reports eliminate "surprises"
Production inconsistency: MES-controlled processes guarantee uniformity
High scrap rates: Closed-loop control minimizes waste
Long mold repair cycles: In-house capability = 24-hour response
Regulatory compliance anxiety: ISO 13485 system = audit-ready
Unpredictable costs: Fixed pricing, predictable lifespan
What Ansix Saves:
Material costs: 10–20% through hot runner systems and strategic sourcing
Labor costs: 20%+ through automation
Energy costs: 40–70% through servo-electric machines
Scrap costs: 10–17% reduction through AI-assisted optimization
Cost per part: 20%+ overall reduction
What Ansix Guarantees:
Mold lifespan: 500,000–1,000,000 shots (depending on material)
Dimensional stability: CPK ≥ 1.33 on critical dimensions
Surface quality: Class A cosmetic or optical clarity
Delivery: On-time, every time
Support: Lifelong technical support and maintenance
For customers seeking a manufacturing partner who understands that a mold is not merely a tool but the foundation of a profitable production line, Ansix Tech delivers engineering excellence, process reliability, and unwavering quality—transforming technical specifications into tangible business value.
Ansix Tech Co Ltd
If you have any plans related to 200ml Polycarbonate syringe mold, PC screw-in Luer head syringe manufacturer , you can contact us at any time. We will turn your ideas into reality, let you realize your dreams, and obtain large orders from the market. Our contact information is info@ansixtech.com. Or contact our CTO, mail: stephen@ansixtech.com
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