100mm Neck Wide-Mouth Plastic Preform PET Transparent Preform
FEATURES
Key Product Advantages
Optimized for Large-Mouth Containers: The 100mm neck diameter enables easy access and filling for thick or chunky products.
Superior Clarity & Gloss: Premium virgin PET resin combined with mirror-finished mold cavities ensures exceptional preform transparency, producing bottles with high aesthetic appeal.
Excellent Mechanical Properties: Engineered to provide superior top-load strength, burst resistance, and dimensional stability.
Recyclability & Sustainability: PET is one of the most widely recycled plastics globally, supporting circular economy initiatives.
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Mold Description
Product Materials:
PET PETG
Mold Material:
S136ESR
Number of Cavities:
12
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
22.5s
- The mold manufacturing process and product material selection
Common Preform Weights for 100mm Wide-Mouth Applications
The wide-mouth preform category (38mm–63mm neck finishes) typically covers weight ranges from 25g to 70g. For the specific 100mm neck finish, which falls into the large-diameter wide-mouth segment, preform weights generally range from 75g to 180g depending on the target container volume and wall thickness requirements.
Preform Weight Range Typical Final Container Volume Common Applications
75–90g 500ml – 1.0L Small food jars, condiments
90–110g 1.0L – 1.5L Standard wide-mouth jars
110–140g 1.5L – 2.0L Large food storage containers
140–180g+ 2.0L+ Industrial or heavy-duty containers
Note: Specific weights can be customized based on container design, pressure requirements, and material distribution needs. Ansix Tech provides tailored weight optimization to reduce material consumption without compromising performance.
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Customer-Centric Core Value Framework for 100mm Wide-Mouth PET Preform Manufacturing
At Ansix Tech, we transform technical expertise into measurable customer value across five critical dimensions:
1. Hard Power Infrastructure: Building Customer Trust Through Capability
Mold Processing Equipment – Precision That Protects Your Product Quality
Five-Axis High-Speed Machining Centers: We process complex mold geometries with ±0.002mm accuracy, ensuring your 100mm wide-mouth preform's parting lines are smooth and burr-free. *Customer value: Eliminates post-molding trimming operations, saving you $0.01–0.02 per part in secondary finishing costs.*
Slow Wire EDM Machines: Capable of machining fine micro-holes and narrow slots down to 0.03mm, preventing thin-wall deformation. Customer value: Zero risk of structural weakness in thin sections—no field failures.
High-Precision CNC Grinding & EDM: Achieves surface finish Ra ≤ 0.05μm essential for transparent PET preforms. Customer value: Crystal-clear bottles, premium brand presentation.
Injection Molding Machine Fleet – Consistency You Can Count On
Clamping force range: 30 tons to 4000 tons, covering all 100mm wide-mouth preform sizes from small 75g to heavy-duty 180g+
All-servo electric drives: Delivering ±0.1% repeat accuracy—every shot identical to the last, shift after shift. Customer value: Predictable production. No dimensional drift. No surprises.
Premium machine brands: Japan's Fanuc, Sumitomo, Toshiba; Germany's Arburg liquid silicone two-color injection molding machines. Customer value: Minimum downtime from machine failures.
Inspection & Metrology – Proof, Not Promises
Coordinate Measuring Machines (CMM): Full dimensional inspection for every mold before shipment
Optical Imaging Systems: Real-time surface quality verification
Full dimensional report + CPK ≥ 1.33 for all critical dimensions. Customer value: Zero specification surprises during customer validation—every preform meets your print the first time.
2. Mold Manufacturing Core Competencies: Measurable Customer Benefits
Metric Technical Excellence Customer Value Translation
Mold Life S136/420ESR quenched steel (48–52 HRC) for cavities; H13 for hot runners with PVD titanium coating 50–100万+ cycles for glass-filled materials; 1 million+ cycles for standard PET. Your mold keeps running when competitors' molds break. No unplanned downtime. No emergency tooling costs.
Dimensional Tolerance Standard structural: ±0.05mm; Precision PET threads: ±0.01mm; Critical sealing surfaces: ±0.005mm Preforms drop into your blow molder perfectly every time. No jams. No rejected bottles from out-of-spec necks.
Mirror Surface Finish Optical-grade polish to Ra ≤ 0.025μm Exceptionally clear wide-mouth jars that showcase your product beautifully. Premium shelf presence that drives sales.
Mold Types Hot runner systems (reduces regrind), stack molds (doubles output), high-cavitation (96+ cavities) Lower unit cost. Faster output. Less waste.
Gate Design Balanced hot runner with sequential valve-gating; CAD/CAM + Moldex3D flow analysis validation No weld lines. No sink marks. No gas traps. Eliminates quality rejects before they happen.
Lead Time Standard: 10–25 days; Rush: 15–20 days (with full validation preserved) Get to market faster. Capture seasonal demand windows.
Specific Mold Material Selection for 100mm Wide-Mouth Preforms:
Cavities (mold core/cavity bodies): S136/420ESR stainless steel (48–52 HRC) – superior corrosion resistance, ultra-high mirror finish, dimensional stability under continuous high-cycle production.
Hot Runner System Components: H13 tool steel (48–52 HRC) + PVD titanium coating – excellent thermal stability at PET processing temperatures, anti-PET carbonization properties.
Ejector Pins & Wear Components: Powder metallurgy steel (ASP-23) – abrasive resistance life of 1.5 million cycles.
Cooling Channel Optimization: Integration of gradient cooling technology ensures cavity temperature differential ≤3°C.
Full Disclosure Commitment:
Material composition certificates for all mold steel (traceable to mill certifications)
Complete heat treatment records and curves
Third-party metallurgical testing for critical components
3. Smart Manufacturing & Process Integration: Efficiency That Lowers Your Unit Cost
Industry 4.0 Production Environment
Ansix Tech's production facilities integrate advanced automation and real-time monitoring to maximize throughput while minimizing variability:
Full-Servo Electric Machines: All-servo-driven injection units provide precision control, reduced energy consumption, and consistent shot-to-shot repeatability.
Automated Material Handling Systems: Integrated dehumidifying dryers maintain PET resin moisture content below 50 ppm, preventing hydrolysis-induced defects such as splay, bubbles, and IV loss.
High-Cavitation Capability: Ansix Tech supports high-cavitation 48-cavity and higher PET molds. Achieving a stable 10-second injection-to-ejection cycle time including cooling, delivering 20%+ energy savings compared to conventional systems.
Robot Integration: Automated takeout systems with post-mold cooling stations reduce cycle times by up to 40% compared to manual or free-drop operations.
End-to-End Process Workflow for 100mm Wide-Mouth PET Preforms:
Phase Activities Technology Enablers Customer Value
1. Material Preparation Resin drying (160–170°C, 3–6 hrs to <50 ppm moisture), masterbatch blending Dehumidifying dryers, automated dosing systems Eliminates haze, bubbles, and IV degradation—consistent clarity batch after batch
2. Injection Molding Melt temp: 260–290°C, Mold temp: 20–40°C, Optimal parameters: 260°C melt, 70°C mold, 120MPa holding pressure, 15s cooling All-servo injection machines, real-time process monitoring Minimal cycle times without quality compromise—maximum cavity output
3. Cooling Turbulent-flow cooling channels, precision mold temperature control (±2°C across all cavities) Mold temperature controllers, chilled water systems Uniform preform wall thickness, no warpage or dimensional variation
4. Ejection & Handling Automated part extraction, post-mold cooling stations (3+ stations) Servo robots, conveyor systems Reduced handling damage, faster mold open-close times
5. In-Line Quality Inspection Real-time optical inspection for surface defects, dimensional gauging, weight verification Automated vision systems, CMM sampling, polarized light inspection for stress birefringence Every preform meets spec—zero defective parts reach your blow molding line
6. Packaging Automated counting and bagging, palletization Integrated packing stations, stretch wrappers Damage-free delivery, ready-to-use packaging
Process Efficiency Gains Delivered:
Performance Metric Industry Standard Ansix Tech Achieves Customer Benefit
Cycle time (per 100mm preform) 15–25 seconds 10–15 seconds 30–40% higher output from same machine hours
Energy consumption per preform Baseline 20%+ savings Lower utility bills, lower carbon footprint
Scrap rate (typical) 1–3% ≤ 0.5% 80% less material waste—savings of $5,000+ per 1M preforms
Machine uptime 85–90% 95–98% Reliable supply, no production interruptions
Cavity-to-cavity weight variation ±0.5–1.0% ±0.2–0.3% Uniform preforms, consistent blowing results
4. Quality Assurance & Validation: Eliminating Your Downstream Risk
Comprehensive Quality System
Defect Concern Root Cause Ansix Tech Control Eliminated Risk
Bubbles/Voids Moisture in PET (<50 ppm target) Karl Fischer moisture testing every batch; real-time dryer monitoring No weak spots, no bottle blow-out failures
Haze/Opacity Improper drying or thermal degradation Controlled drying (160–170°C); melt temp monitoring (260–290°C) Crystal-clear wide-mouth jars every time
Black Specks Contaminated resin or burnt material Cleanroom production environment (ISO 8); material screening No visual rejections, no brand reputation damage
Flashing Mold misalignment or excessive clamp pressure High-precision mold fit (0.005mm parting line) + servo-controlled clamp force No secondary trimming—direct-to-packaging
Splay/Silver Streaks Moisture or volatiles Pre-drying verification; inert gas purge Perfect surface finish, premium presentation
Short Shots Insufficient fill or low pressure Real-time cavity pressure monitoring Every preform fully formed—zero underweight parts
Crystallization (Whitening) Inadequate cooling Optimized cooling channel design (all cavities ±2°C) No structural weaknesses, consistent stretch-blow performance
Internal Stress Uneven cooling or over-packing Polarized light inspection; optimized packing profile No bottle deformation after filling
Quality Validation Process:
First Article Inspection (FAI): Complete dimensional report per ASME Y14.5; CPK ≥ 1.33 for all critical dimensions (neck thread OD/ID, sealing land, overall length)
In-Line Inspection (Every Shift): Weight check (±0.2–0.5% tolerance); visual screening under consistent lighting; polarized light inspection for internal stress
Lab Testing (Daily/Weekly): Karl Fischer moisture analysis (<50 ppm); intrinsic viscosity (IV) drift tracking (±0.02 dL/g); acetaldehyde (AA) content monitoring (<10 ppm for water-grade applications)
Process Capability Study: 100–500 pre-production shots with full CPK analysis before mass production release
Mold Qualification Testing: 2,000-cycle mold wear test with wear report before final acceptance
Traceability & Compliance:
ISO 9001:2015 certified quality management system
Full material lot traceability (resin to finished preform)
Digital quality records maintained for every production batch
Food-grade PET with FDA and EU compliance documentation
5. Cost Control Leadership: Relentless Reduction of Your Hard Costs
Strategic Cost Reduction Across Five Dimensions:
Cost Reduction Dimension Implementation Strategy Customer Savings
Material Cost Lightweighting through precision mold design; multi-cavity efficiency (96+ cavities per shot) Up to 15–20% material reduction vs. conventional designs—$50,000+ annual savings per 10 million preforms
Energy Cost All-servo electric machines; 20%+ energy reduction per part; waste heat recovery $0.003–0.005 per part lower energy cost
Labor Cost Fully automated production cells; robotic takeout; in-line quality inspection 40–50% lower labor cost per part vs. semi-automated lines
Maintenance Cost Proactive preventive maintenance program; standard spare parts kits shipped with each mold Predictable annual maintenance budget; no unexpected downtime costs
Logistics Cost Optimized packaging density; regional warehousing; just-in-time delivery Lower freight cost per unit; no inventory carrying costs
Total Cost of Ownership (TCO) Advantage:
For a customer producing 10 million 100mm wide-mouth preforms annually, Ansix Tech delivers annual savings of $150,000–250,000 through the combination of lightweighting, energy efficiency, lower scrap rates, and reduced labor requirements.
Part 3: 100mm Wide-Mouth PET Preform Manufacturing—Comprehensive Production Solution
I. Project Initiation: Defining Requirements and Alignment
Ansix Tech begins every 100mm wide-mouth PET preform project with a structured project initiation phase. We collaborate directly with customers to clarify project objectives, scope, deliverables, timelines, budgets, and risk factors. A dedicated cross-functional team—engineers, designers, technical specialists, and quality experts—is assembled based on project requirements, ensuring the right expertise is applied from day one.
II. Mold Manufacturing Excellence for 100mm Wide-Mouth PET Preforms
Mold Material Selection:
The foundation of every 100mm wide-mouth PET preform mold begins with strategic material selection before the first steel cut:
Cavity Steel: S136/420ESR (48–52 HRC)—excellent corrosion resistance, ultra-high mirror polish capability (Ra ≤ 0.025μm), long-term dimensional stability under continuous PET processing cycles. S136 steel molds can guarantee a minimum of 1 million production cycles for PET applications.
Core Steel: 4Cr13/20Cr13 (40–48 HRC)—balanced hardness and wear resistance at competitive cost.
Hot Runner System: H13 tool steel (48–52 HRC) with PVD titanium coating—superior thermal stability, anti-PET carbonization, minimal gate crystallinity.
Guide Pins/Ejector Pins: Powder metallurgy steel (ASP-23)—abrasion resistance life of 1.5 million cycles ±5%.
Cooling Components: Beryllium copper alloy—superior thermal conductivity (up to 5× standard steel) for accelerated cooling in high-heat zones.
Mold Manufacturing Process Flow:
The journey from design to physical mold involves multiple precision manufacturing steps, each critical to final mold performance:
Mold Design (CAD/CAE): Starting with PET-specific material shrinkage calculations (PET shrinkage rate typically 1.2–2.0%). Designing core/cavity dimensions with pre-compensation for post-cooling shrinkage.
Mold Flow Analysis (DFM): Comprehensive simulation using Moldex3D to model molten PET flow behavior, predict wall thickness distribution, identify potential weld lines and gas trap locations, optimize gate placement and cooling channel layout, and prevent warpage before physical manufacturing.
Rough Machining: CNC milling to establish basic geometry (stock removal).
Heat Treatment: Quenching and tempering to achieve target hardness (48–52 HRC for S136, 50–54 HRC for H13) with full heat treatment record traceability.
Precision Machining: Five-axis CNC machining to achieve final dimensions (±0.005mm tolerance for critical features).
EDM (Electrical Discharge Machining): For fine features, gate details, and complex internal geometries.
Surface Finishing & Polishing: Optical-grade hand polishing plus automated mirror finishing to Ra ≤ 0.025μm for all PET contact surfaces.
Texturing/Etching (if required): Applied to selected surfaces for aesthetic or functional purposes.
Assembly: Fitting all mold components including cooling channels, hot runner manifold, ejector system.
Mold Validation Testing: 2,000-cycle wear test with comprehensive dimensional report, CPK verification for all critical dimensions, and third-party metrology certification.
Critical Mold Design Parameters for 100mm Wide-Mouth PET Preforms:
Design Feature Technical Specification Customer Benefit
Cavity Taper / Draft Angle 0.5°–2° based on preform geometry Smooth ejection without surface scratching
Gate Type & Location Sequential valve-gated hot runner, centered at base of preform No gate blush, minimal gate crystallinity, consistent filling
Cooling System Design Conformal cooling channels + spiral cooling within core and cavity plates, turbulent-flow cooling water circulation All cavities within ±2°C temperature variation; uniform transparency and mechanical properties; reduced cycle times
Runner System Balanced runner design with symmetrical flow paths; Moldex3D-optimized runner diameters All cavities receive identical material volume—consistent preform weight cavity-to-cavity
Venting Precision vent slots at parting line and other gas trap areas Complete air evacuation, no burn marks, no short shots
Ejection System High-performance ejector pins distributed uniformly around preform base; optional air-blow assist for wide-mouth geometries Clean part release without nicks, scratches, or ejection marks
III. Injection Molding Process for 100mm Wide-Mouth PET Preforms
Material Preparation:
PET resin is highly hygroscopic and must be processed with stringent moisture control to prevent hydrolysis and ensure final preform quality:
Parameter Specification
Drying temperature 160–170°C
Drying time 3–6 hours (depending on hopper size and resin lot)
Target moisture content < 50 ppm
Recommended equipment Dehumidifying dryers with dew point monitoring
Injection Molding Process Parameters:
Based on industry research and Ansix Tech's production optimization, the optimum parameter combination for PET preform injection molding is:
Parameter Recommended Setting Impact on Quality
Melt temperature 260–290°C (optimized at 260°C) Prevents thermal degradation; maintains IV and clarity
Mold temperature 20–40°C (uniform across all cavities) Minimizes crystallinity; ensures consistent surface finish
Holding pressure 80–120 MPa (optimized at 120 MPa) Minimizes shrinkage; prevents sink marks; ensures complete cavity filling
Cooling time 15–20 seconds (adjustable based on wall thickness) Critical for dimensional stability and ejection readiness
Injection speed 8–12 g/sec per cavity Prevents shear stress, splay, and material degradation
Back pressure Minimum required (to prevent shear stress) Maintains melt integrity; prevents premature crystallization
Injection Molding Process Workflow:
Drying: PET resin is dried to <50 ppm moisture using dehumidifying dryers at 160–170°C.
Melting & Plastication: Dried resin is fed into the injection barrel, melted at 260–290°C, and homogenized for consistent viscosity.
Injection: Molten PET is injected into the mold cavity through the hot runner and gate system under controlled pressure (80–120 MPa) and speed (8–12 g/sec per cavity).
Packing/Holding: Additional material is packed into the cavity to compensate for shrinkage during solidification.
Cooling: Precision cooling channels (turbulent-flow water circulation) extract heat from the preform, reducing internal stress and enabling dimensional stability.
Ejection: Ejector pins push the cooled preform from the mold core; automated robots extract the preform to post-mold cooling stations.
Automated Handling: Preforms are conveyed, counted, inspected inline, and packed for shipment.
Injection Molding Challenges and Solutions for 100mm Wide-Mouth PET Preforms:
Challenge Technical Root Cause Ansix Tech Solution
Gate crystallinity Improper gate design; insufficient cooling at gate location Optimized hot runner gate geometry; localized cooling enhancement; sequential valve-gating
Non-uniform wall thickness Mold temperature variation cavity-to-cavity; unbalanced runner flow Conformal cooling channels; thermal imaging verification; balanced runner design validated by Moldex3D
Internal stress (birefringence) Uneven cooling across preform length Gradient cooling control; multi-zone temperature regulation
Splay / silver streaks Residual moisture in PET; excessive injection speed Enhanced drying protocols; injection speed optimization per cavity
Warpage / deformation after ejection Uneven cooling or packing pressure imbalance Mold temperature uniformity across all cavities; optimized packing/holding profile
Short shots Insufficient injection pressure or fill rate Real-time cavity pressure monitoring; auto-correction algorithms
Efficiency Improvement Strategies:
Strategy Implementation Cycle Time Impact Output Gain
Multi-zone mold temperature control Independent temperature zones for core, cavity, and gate 10–15% reduction Up to 150,000 additional preforms/month
High-cavitation mold (48–96 cavities) Molds engineered with balanced runner and cooling systems Same cycle time, 2–4× more cavities 2–4× output from same machine floor space
Robotic takeout with post-mold cooling 3–4 post-mold cooling stations; servo-driven robot 30–40% reduction (compared to free-drop) Significant output increase without adding machines
Automated inspection & packing Vision systems integrated with inline gauging No cycle time penalty Zero manual inspection labor cost
Servo-driven ejector systems Electric servo ejectors with programmable speed profiles 5–10% faster ejection phase Minimal mold open-close sequence time
IV. Quality Assurance and Process Control
Incoming Quality Control:
Resin Certification: Each PET resin batch is verified against certificates of analysis, including IV, moisture content, AA level, and color/haze measurement
Additives & Colorants: Masterbatch additions are weighed and mixed per precise formulation
Tooling Acceptance: All molds undergo full dimensional inspection on CMM; CPK ≥ 1.33 for all critical dimensions (neck thread OD/ID, sealing land height, overall length, body diameter)
In-Process Quality Control:
MES Process Parameter Locking: All injection molding parameters (temperature, pressure, speed, time) are locked in the MES system—only authorized engineers can adjust settings, ensuring process stability
Real-Time Monitoring: Sensors continuously track melt temperature, injection pressure, mold temperature, and cooling efficiency; deviations trigger automatic adjustments
Cavity-to-Cavity Weight Monitoring: Automated checkweighers sample preforms from each cavity, maintaining weight tolerance within ±0.2–0.5%
Visual Inspection Under Consistent Lighting: Gate blush, splay, black specs, bubbles, and short shots are screened; polarized light inspection reveals internal stress/birefringence
Dimensional Verification: Laser micrometers verify neck finish dimensions (thread OD/ID, tamper band diameter, sealing land width)
Outgoing Quality Control:
Sample Retention: Retain samples from each production batch for traceability
Full Testing Before Shipment: Each batch undergoes final dimensional verification, optical clarity check, and packaging integrity verification
Certificate of Analysis: Provided with each shipment documenting:
Preform weight (±0.2–0.5% tolerance)
Intrinsic viscosity (IV) drift (±0.02 dL/g from baseline)
Moisture content (<50 ppm)
Acetaldehyde content (<10 ppm for water-grade applications)
Dimensions (neck finish criticals)
Visual quality classification
Continuous Improvement:
SPC Monitoring: Statistical process control charts for all critical parameters
Monthly Quality Reviews: Trend analysis; root cause investigation; corrective action implementation
Annual Validation Re-qualification: Full mold and process re-validation on annual basis
Mold Maintenance Program:
Preventive Maintenance Schedule: Cleaning, lubrication, and inspection after every 500,000 cycles
Spare Parts Package: Standardized insert kits (wear components, ejector pins, hot runner nozzles) shipped with each mold
Quick-Change Capability: Disassembly-free quick-change modules for wear-prone areas; replacement time < 15 minutes, avoiding full line shutdown
Life Extension Services: Ansix Tech provides mold refurbishment and re-certification services to extend mold life beyond initial guarantee
Performance Tracking: Digital log of mold cycle count, maintenance events, and quality trend data
V. Packaging & Logistics: Efficient Delivery
Packaging Specifications for 100mm Wide-Mouth PET Preforms:
Bulk Packaging: Preforms packed in heavy-duty polyethylene liners within corrugated cartons (500–1,000 preforms per box depending on preform weight and geometry)
Palletization: Standard 48"×40" pallets with shrink-wrap and corner protection for stable, damage-free transit
Labeling: Each carton labeled with product code, weight, batch number, manufacturing date, and quantity
Humidity Control: Desiccant packets included in each liner to prevent moisture absorption during transit
Delivery Lead Times:
Order Volume Standard Lead Time Rush Option
Mold manufacturing (new tooling) 25–45 days 15–20 days (validation preserved)
Sample preforms (T0–T3) 15–25 days N/A
Pilot production (100–500 preforms) 5–10 days after mold approval 3–5 days
Mass production (per 100,000 preforms) 10–20 days 7–10 days
Supply Chain Reliability:
Raw Material Inventory: PET resin maintained at 30–60 days of production demand
Mold Spare Capacity: Quick-change capability for wear parts; hot runner nozzle and ejector pin stock
Secondary Processing Partners: Localized supply chain for bagging, labeling, and palletization
Flexible Shipping Options: Air freight (3–7 days), ocean freight (20–35 days), or land transport (3–10 days)
VI. Ansix Tech's Industry Experience: Delivering Customer Value and Reliability
With over 28 years of manufacturing expertise, Ansix Tech has established deep capabilities in precision injection molding:
Capability Area Experience & Expertise
Mold Design & Manufacturing Specialized in high-cavitation PET preform molds, hot runner systems, conformal cooling design, precision machining (±0.005mm tolerance), mold flow analysis (Moldex3D)
Injection Molding All-servo electric machines, 30–4000 ton range, high-cavitation molds (48–96+ cavities), real-time process control, MES parameter locking, automated part handling
Material Selection PET (including rPET), PC/ABS, PC, PPS+40%GF, PEEK, PTFE/PFA, PA6+GF30, PBT, PEI/PPS/LCP, liquid silicone LSR, PP, PE, ABS
Quality Systems ISO 9001:2015 certified; full traceability; CPK ≥ 1.33 capability; in-line vision inspection; lab testing (IV, moisture, AA, dimensional)
Applications Beverage packaging (wide-mouth jars, water bottles, carbonated soft drinks), food containers, pharmaceutical packaging, cosmetics, household chemicals
Cleanroom Capability ISO 8 high-cleanliness production environment for contamination-sensitive applications
Design Services DFM feasibility analysis, CAD/CAM support, product design optimization, prototype development, mold flow simulation
What Ansix Tech's 28+ Years of Experience Delivers to Customers:
Customer Need Ansix Tech Solution Quantified Benefit
Reduce Hard Costs Lightweighting through precision mold design; multi-cavity efficiency (96+ cavities per shot); optimized cycle times 15–20% less material consumption—$50,000+ annual savings per 10M preforms
Eliminate Quality Risk Full DFM mold flow analysis before any steel is cut; comprehensive mold validation (2,000-cycle wear test) with CPK≥1.33 certification Zero production surprises; no after-delivery mold rework costs; consistent container performance
Lower Operational Cost All-servo electric machines; 20%+ energy reduction; ≤0.5% scrap rate Lower utility bills; less waste disposal cost
Increase Output High-cavitation capability (48–96 cavities); 10-second stable cycle times; automated inspection and packing 2–4× more preforms per hour without additional machine floor space
Ensure On-Time Delivery Raw material buffer inventory; spare mold capacity; automated production cells; flexible shipping options Reliable supply chain; no production line stoppages
Reduce Maintenance Cost Preventative maintenance schedule; standard spare parts kit with each mold; quick-change wear components (<15 minutes) Predictable maintenance budget; no unplanned downtime
Support Sustainability Goals 100% recyclable PET; lightweighting reduces material consumption; energy-efficient production (20%+ savings); supports rPET content Lower carbon footprint; meets corporate sustainability targets
Conclusion
Ansix Tech offers a complete, end-to-end manufacturing solution for 100mm neck wide-mouth PET transparent preforms—from initial product design and DFM analysis through mold manufacturing, injection molding process optimization, in-line quality verification, packaging, and logistics. By combining 28+ years of precision molding expertise, advanced equipment (five-axis CNC, EDM, CMM, all-servo injection machines), smart manufacturing technologies (MES parameter locking, real-time monitoring, robotic automation), and a customer-first quality and cost control philosophy, Ansix Tech delivers preforms that are dimensionally accurate, optically clear, structurally sound, and cost-competitive. The result: faster time-to-market, lower total cost of ownership, and reliable, consistent supply for your wide-mouth container production.
Ansix Tech Co Ltd
If you have any plans related to 100mm Neck Wide-Mouth Plastic Preform PET Transparent Preform , 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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