94mm Neck Wide-Mouth Bottle Preform, Spiral Neck Bottle Preform, Virgin Material Transparent PET Food-Grade Sealing Tube Preform

FEATURES

• Virgin Material Transparent PET Food-Grade Sealing Tube Preform

   

  This product line utilizes 100% virgin PET resin with an intrinsic viscosity (IV) of 0.80–0.84 dl/g, delivering exceptional transparency and gas barrier properties. The food-grade certification ensures suitability for direct food contact applications. As an intermediate product transformed into final PET bottles through stretch blow molding, the sealing tube preform is characterized by a fully formed neck and a thick-walled tubular body ready for secondary processing.

  
  

• Mold Description
  Product Materials:	PET PETG
  Mold Material:	S136ESR
  Number of Cavities:	8
  Glue Feeding Method:	Hot runner
  Cooling Method:	Water cooling
  Molding Cycle	12.5s

  
  
  

• 
• The mold manufacturing process and product material selection
  

  Manufacturing Process

  1. Raw Material Preparation and Drying

   

  PET resin is a hygroscopic material requiring drying to a moisture content below 0.02% (50 ppm) before processing. If moisture exceeds this threshold, hydrolysis occurs during melt processing, degrading polymer chains and compromising mechanical properties.

   

  2. Injection Molding Process

   

  The molding process operates through optimized parameters: melting temperature at 260°C, mold temperature at 70°C, holding pressure at 120 MPa, and cooling time set at 15 seconds. Through systematic parameter optimization, radial shrinkage can be reduced by up to 22.55%, significantly minimizing dimensional defects.

   

  3. Bottle Blowing (Post-Injection)

   

  The molded preform is reheated to orientation temperature, then stretch-blown in a blow mold cavity to achieve final container geometry. This biaxial stretching process aligns polymer molecules, delivering enhanced mechanical strength, barrier properties, and optical clarity.

• Delivery Efficiency

  From order confirmation, sample production typically requires 7–15 days depending on product complexity and mold availability. Mass production lead time spans 15–30 days based on order volume. Ansix Tech operates 260 injection molding machines across four production bases, enabling parallel processing and rapid scale-up.

   

  Quality Assurance

  Raw Material Control: All PET resins undergo IV value testing, moisture content analysis, and impurity inspection before production.

   

  Process Monitoring: Each molding cycle parameters (temperature, pressure, injection speed, cooling time) are digitally recorded with real-time alarms for deviations.

   

  Dimensional Inspection: Preform neck dimensions, overall length, wall thickness distribution, and weight consistency are verified using high-precision measurement equipment, maintaining weight deviation within ±0.3 grams across multiple cavities.

   

  Optical Quality: Visual inspection for bubbles, flow marks, silver streaks, and clouding ensures all preforms meet aesthetic standards for transparent packaging applications.

   

  Certification Compliance: ISO 9001, IATF 16949, and ISO 13485 certified quality management systems are maintained.

   

  Competitive Cost Control

  Material Efficiency: Hot runner systems eliminate sprue waste; multilayer runner design reduces material shear while maintaining uniform cavity filling.

   

  Energy Reduction: Electric servo-driven injection machines consume up to 50–70% less energy than hydraulic counterparts.

   

  Cycle Time Optimization: With cooling time set at 15 seconds and total cycle optimized through scientific molding, throughput per machine-hour increases without quality compromise.

   

  Scaled Production: High-cavitation molds (48, 72, or 96 cavities) maximize output per cycle, driving down unit cost.

   

  Maintenance Program: Standardized spare parts inventory for ejector pins, core pins, and wear plates ensures minimal downtime with 24-hour turnaround for routine repairs.

   

  Part II: Client-Value-Focused Core Capabilities (English Description)

  Mold Manufacturing: Precision as Process Enabler

  Ansix Tech deploys five-axis high-speed machining centers capable of 0.002mm contour accuracy. For PET preform molds requiring mirror-finish cavity surfaces (surface roughness Ra ≤ 0.025μm), this capability eliminates post-polishing labor while ensuring optical clarity. Benefits include no visible witness lines on finished bottles and elimination of secondary polishing operations saving 15–20% of per-unit costs.

   

  Injection Molding Machine Fleet: Powering Production with Precision

  With 260 injection molding machines covering 30 tons to 2800 tons, Ansix Tech matches machine capacity precisely to product requirements. The fleet includes Fanuc, Sumitomo, Toshiba, Nissei, Engel, Arburg, Haitian, and Victor Taichung units. All-electric servo-drive machines maintain ±0.1% shot-to-shot repeatability. Customers benefit from zero dimension drift across 24/7 production runs, no first-article re-qualification between batches, and reduced scrap from dimensional variation.

   

  Inspection and Metrology: Proof of Capability

  CMM coordinate measuring machines perform full-size dimensional reporting. Optical imaging systems verify surface finish and detect microscopic defects. Every mold shipped includes a complete inspection report with CPK measurements on all critical features maintained at ≥1.33.

   

  Mold Life Commitment

  For high-cavity PET preform molds using H13 cavity steel, Ansix Tech guarantees 1 million-plus shots under normal operating conditions. Customers realize tooling cost amortized over extended production life, reduced downtime for mold changeovers, and predictable maintenance budgeting over 3–5 years.

   

  Achievable Tolerance Standards

  General structural features held to ±0.05mm. Critical sealing surfaces achieve ±0.005mm. Each mold ships with full material certification showing heat treatment temperature and hardness verification.

   

  Mold Type Capability

  Ansix Tech offers hot runner systems (eliminates sprue waste), stack molds (doubles output per machine cycle), and high-cavitation molds (96 cavities for high-volume preforms). A 96-cavity hot runner mold for 500ml water bottles was successfully designed, manufactured, and delivered, achieving wall thickness deviation under 0.05mm and weight deviation under 0.3g across all cavities.

   

  Gate System Optimization

  Mold flow analysis predicts weld line location, gas trap positions, and fill imbalance before steel is cut. For high-cavitation preform molds, a five-layer runner layout ensures plastic flows uniformly into every cavity. Customer benefits include no short shots or voids, consistent wall thickness across all cavities, and elimination of trial-and-error mold rework.

   

  Lead Time Standards

  Standard lead time for preform molds spans 25–45 days depending on complexity. Expedited service can compress to 20 days while maintaining all validation steps including T0 to T3 samples with improvement reports.

   

  Standardization in Processing

  All injection machines networked to MES with process parameters locked at engineer authorization. Customer benefits include guaranteed repeatability across every batch, elimination of operator-introduced variation, and complete traceability for quality audits.

   

  Dimensional Stability Control

  Mold temperature controller zoning maintains core-cavity temperature differential within 2°C. For preform production, weight variation across 96 cavities held under 0.3g. Customers benefit from predictable blow molding performance and consistent final bottle dimensions.

   

  Appearance Quality Standards

  Transparent preforms must be bubble-free and flow mark-free. Ra ≤ 0.025μm cavity surface finish is standard for all food-grade applications. Full optical inspection ensures uniform clarity and no surface defects.

   

  Material Capability Expertise

  PET is the primary material for preform applications, with specialized grades including high-IV resins (0.80–0.84 dl/g) for carbonated beverages and low-AA resins for water bottles. Additional material expertise covers PC/ABS, PC, PPS+40%GF, PEEK, PA6+GF30, PBT, PEI, LCP, and liquid silicone rubber (LSR). UL94 V-0 flame rating and UV stability (3,000 hours no color change) are available for specialty applications.

   

  Early Engagement via DFM Reports

  Manufacturing feasibility analysis including draft angle recommendations, wall thickness optimization, gate location, and ejector pin mark placement is provided before mold building begins. Customer benefits include zero structural revisions after mold completion, compressed time-to-market, and lower total project cost.

   

  Trial Molding and Prototype Samples

  T0 to T3 sample rounds with improvement reports at each stage are provided. For high-cavitation preform molds, full-size prototype mold inserts are produced using high-speed machining, enabling actual preform production and blow molding testing before final tooling.

   

  Small-Batch Validation

  100–500 shot pilot runs before full production with yield statistics and CPK verification ensures stable production before ramp-up.

   

  Spare Parts and Maintenance

  Complete set of wear parts (ejector pins, core pins, guide bushings) shipped with every mold. Scheduled maintenance every 200,000 shots. Lifetime repair charged at cost.

   

  Common Customer Complaint Responses

  Excessive mold repairs: 2,000-shot run-off test before shipping; three-year structural warranty.

   

  Flash on molded parts: 0.005mm split-line fit accuracy.

   

  Dimensions changing across batches: Ultrasonic wall thickness sensor with automatic compensation.

   

  Long repair cycles: In-house EDM and electrode machining centers; 24-hour repair for weld repair/insert replacement.

   

  Part III: Comprehensive Manufacturing Solution for Preform Molds and Injection Molding (2000+ Words)

  Project Initiation: Ansix Tech‘s Manufacturing Solution for 94mm Neck Wide-Mouth, Spiral Neck, and Food-Grade Sealing Tube Preforms

  In the rapidly evolving landscape of plastic packaging, the ability to manufacture high-quality PET preforms at scale while maintaining cost competitiveness distinguishes industry leaders from followers. Ansix Tech, with over 28 years of injection molding experience and a proven track record of over 30,000 molds manufactured, has established itself as a partner capable of transforming technical complexity into measurable customer value.

   

  This comprehensive manufacturing solution addresses three specific product categories: the 94mm Neck Wide-Mouth Bottle Preform for large-diameter container applications, Spiral Neck Bottle Preform for carbonated and liquid detergent packaging, and Virgin Material Transparent PET Food-Grade Sealing Tube Preform for food and pharmaceutical applications. Rather than merely listing technical specifications, this document translates every engineering choice into direct business impact—answering the three questions every customer asks: What problem does this solve? How much cost does this save? What risk does this reduce?

   

  Section One: Hard Infrastructure as Customer Trust Foundation

  Mold Manufacturing Equipment – Precision as a Competitive Weapon

   

  At Ansix Tech, we believe that the quality of a mold is fundamentally determined by the quality of the machines that produce it. Our mold manufacturing facility is equipped with five-axis high-speed machining centers capable of achieving 0.002mm contour accuracy on complex geometries. For PET preform applications, where the finished bottle‘s appearance is directly impacted by the mold’s cavity surface quality, this precision translates into smooth, flash-free parting lines that require no secondary finishing operations.

   

  Customer Value: A 0.002mm machining tolerance means your preforms emerge from the mold with no visible witness lines, eliminating manual trimming operations that typically add 15–20% to per-unit labor costs. For transparent preforms requiring mirror-like optical clarity, our cavity surface finish achieves Ra ≤ 0.025μm, eliminating the need for post-mold polishing. We save you 15–20% on finishing costs while ensuring consistent bottle appearance.

   

  Our slow wire EDM capabilities handle micro-features down to 0.03mm for thin-wall applications where conventional machining would induce distortion. For high-cavitation preform molds, this ensures consistent thickness distribution across all cavities.

   

  Customer Value: For ultra-lightweight preform designs where wall thickness approaches minimum physical limits, our EDM precision allows you to reduce material content by 10–15% without compromising structural integrity. Each gram of PET saved represents direct raw material cost reduction—magnified across millions of units.

   

  Injection Molding Fleet – Matching Capacity to Need

   

  Ansix Tech operates 260 injection molding machines across four production bases in China and Vietnam, with tonnage ranging from 30 tons to 2,800 tons. This breadth of capacity means every product receives precisely the tonnage it requires—not too little, risking inconsistent filling, and not too much, wasting energy and accelerating wear.

   

  Customer Value: Our machine selection process ensures you never pay for excess capacity. For 94mm wide-mouth preforms ranging from 20g to 310g, we deploy machines in the optimal tonnage range, reducing energy consumption by up to 30% compared to oversized alternatives. The result is lower per-unit cost and reduced carbon footprint.

   

  The fleet features all-electric servo-drive machines from Fanuc, Sumitomo, Toshiba, Nissei, Engel, and Arburg, alongside high-performance hydraulic units from Haitian and Victor Taichung. All-electric technology maintains shot-to-shot repeatability at ±0.1%, meaning every shot produces a preform within tolerance, regardless of whether you order 10,000 or 10 million units.

   

  Customer Value: Dimensional consistency eliminates the need for batch-by-batch revalidation. Once process parameters are locked for your product, we can run 24/7 with zero deviation. This translates into reduced quality control overhead, no production interruptions for parameter adjustments, and predictable scrap rates below 0.5%.

   

  Inspection and Metrology – Proving What We Promise

   

  Every mold leaving Ansix Tech undergoes comprehensive dimensional verification using coordinate measuring machines (CMM) and optical imaging systems. All critical features are documented in a full-size report with CPK measurements maintained at minimum 1.33.

   

  Customer Value: Our inspection data is your audit-ready quality documentation. When regulators ask for proof of process control, we provide detailed reports showing every dimension measured against specification. When your customers demand compliance, our data serves as your evidence. This eliminates the time and expense of redundant third-party measurement.

   

  Section Two: Mold Manufacturing – The Core Competitiveness Articulated with Metrics

  Mold Life – Engineering Longevity into Every Component

   

  The single most frequent customer concern about injection molds is service life. A mold that fails prematurely forces unplanned downtime, expedited replacement costs, and production delays. Ansix Tech addresses this concern with a material selection strategy that matches steel grade to application demands.

   

  For PET preform molds, our standard specification uses S136 stainless steel for cavity surfaces requiring high corrosion resistance and mirror finish. S136 achieves hardness of HRC48-52 through quenching and tempering, with chromium content ≥13% providing inherent corrosion resistance. For the mold base and support structure, we use P20 pre-hardened steel (HRC30-36) delivering cost-effective durability. For high-wear components subject to repeated sliding contact, H13 tool steel (HRC48-52) provides exceptional wear resistance and thermal stability.

   

  Customer Value: These choices deliver quantifiable lifespan: minimum 500,000 shots for glass-filled materials, 1 million+ shots for unfilled PET. For a customer producing 10 million preforms annually, a single Ansix Tech mold lasts 2–4 years without major repair. The alternative—replacing an inferior mold every year—carries not only the tooling cost but also the hidden expense of production line stops, requalification runs, and delayed shipments.

   

  Achievable Tolerances – Bridging the Gap Between Drawing and Reality

   

  Our standard tolerance for general structural features is ±0.05mm, but for sealing surfaces and neck finish dimensions that directly impact bottle closure performance, we target ±0.005mm.

   

  Customer Value: When your preforms arrive at the blow molding station, ±0.005mm neck finish accuracy means caps seat perfectly on every bottle. No leak test failures from oval necks. No customer complaints about caps that won‘t tighten. No rejected batches from dimensional non-conformance. This precision eliminates the 1–2% scrap rate common with lesser tooling, saving you 10,000–20,000 units per million produced.

   

  Mold Type Selection – Matching Tooling Strategy to Production Economics

   

  Ansix Tech offers three primary mold configurations for preform applications:

   

  Hot Runner Systems: Eliminate the sprue and runner waste inherent to cold runner molds. For high-cavitation preform tools, this reduces material waste by 15–20% while shortening cycle time by eliminating sprue cooling.

   

  Customer Value: A 96-cavity hot runner mold for 18g preforms saves approximately 3.5 grams of PET per cycle (sprue plus runner). At 200 cycles per hour, that‘s 700 grams per hour, 16.8 kilograms per day, over 6 tons per year of PET that would otherwise be ground and repurposed—at best—or discarded. We convert material waste into product, not scrap.

   

  High-Cavitation Designs (48, 72, 96 cavities): Our recently delivered 96-cavity water bottle preform mold achieved weight deviation under 0.3 grams across all cavities and wall thickness variation under 0.05mm.

   

  Customer Value: A 96-cavity mold produces double the output of a 48-cavity mold on the same machine. For a production line running three shifts, this cuts machine-hour costs by 50%—savings that flow directly to your bottom line.

   

  Stack Molds: Double-layer construction effectively provides two mold faces within a single machine clamp tonnage, doubling output without increasing machine size or floor space.

   

  Customer Value: Stack molds reduce capital equipment investment by up to 40% compared to running two separate molding cells.

   

  Gate System Optimization – Eliminating the Source of Rejects

   

  Using Moldflow and Moldex3D CAE simulation, our engineering team analyzes filling patterns before any steel is cut, identifying weld line locations, gas trap positions, and potential fill imbalance. For high-cavitation preform molds, we deploy a five-layer runner layout that outperforms conventional three-layer designs.

   

  Customer Value: Simulations reduce trial shots from 10–15 to 2–3, compressing mold validation time by 60% and avoiding the cost of physical rework. When gates are positioned optimally on the first build, you receive T0 samples that are already near-production quality—not a rough draft requiring expensive revision.

   

  Material Selection and Heat Treatment – The Science Behind Steel Performance

   

  Our mold steel strategy recognizes that different components of the same mold face different demands and warrants different materials:

   

  Component Recommended Steel Hardness (HRC) Customer Value

  Cavity/Neck Finish S136, 2344, 8407, SKD61 48-52 Mirror finish (Ra ≤ 0.025μm) eliminates polishing; corrosion resistance prevents surface degradation

  Core H13, 2344, 8407 48-52 1M+ shot lifespan for glass-filled PET; no mid-life replacement

  Mold Base P20, 718H 30-36 Cost-effective without sacrificing function

  High-wear inserts NAK80, DC53 38-42 Excellent machinability reduces delivery time; pre-hardened eliminates heat treatment delays

  Customer Value: By using S136 for the cavity and P20 for the base, we allocate budget where it matters: the surface that contacts the preform and determines its finish. You get mirror-quality surfaces on your bottles without paying for premium steel where it adds no value.

   

  Lead Time Standards – Reliable Delivery as a Competitive Advantage

   

  Standard lead time for preform molds ranges from 25–45 days depending on cavity count and complexity. Expedited service can compress to 20 days without compromising validation.

   

  Customer Value: When your market window is tight, every week of delay costs revenue. Our 20-day expedited option gets you to market 3–4 weeks faster than many competitors. We maintain full validation regardless of timeline—T0 samples, T1 corrections, and T2-T3 refinement happen on schedule.

   

  Section Three: Injection Molding Process Control – Eliminating Quality Anxiety

  Process Standardization – Removing the Human Variable

   

  All 260 injection molding machines at Ansix Tech are networked to our Manufacturing Execution System (MES). Every molding parameter—temperatures, pressures, injection speeds, holding pressure profiles, cooling times—is locked at the engineering level, accessible only with supervisor authorization. Each batch undergoes first-piece and last-piece comparison.

   

  Customer Value: Parameter locks eliminate the risk of operator-introduced variation. Whether production runs for 8 hours or 8 weeks, every preform matches the first. Your quality team doesn‘t need to revalidate every batch. Your customers see consistency, not excuses.

   

  Dimensional Stability Control – Managing Thermal Uniformity

   

  We equip every mold with temperature zone controllers maintaining core-cavity temperature differential within 2°C. For preform applications requiring consistent wall thickness distribution, each cavity’s cooling circuit is flow-balanced to within ±5% of design target.

   

  Customer Value: For a 96-cavity preform mold, temperature uniformity means every preform in the array has identical cooling history and therefore identical dimensions. Weight variation across cavities held under 0.3g means your blow molder doesn‘t need to recalibrate between cavities. Consistency reduces scrap, speeds production, and improves final bottle quality.

   

  Appearance Quality Standards – Meeting the Optical Demands of Transparent Packaging

   

  Transparent PET preforms used for food-grade sealing tubes and wide-mouth jars must be optically perfect. Our quality system includes:

   

  No bubbles visible under 5x magnification

   

  No flow marks affecting clarity

   

  No silver streaks indicating moisture contamination

   

  No haze or crystallinity in the neck finish area

   

  Surface roughness of finished bottle ≤ Ra 0.2μm

   

  Customer Value: When your consumer holds your product, the first impression is visual. A perfectly clear container signals quality, freshness, and care. Any optical defect—however small—raises doubts about product integrity. Our transparent preforms protect your brand image, not just contain your product.

   

  Special Material Capability – Expanding Beyond Standard PET

   

  While PET is the dominant material for preform applications, Ansix Tech maintains comprehensive expertise across a broad material portfolio:

   

  PC/ABS: Automotive-grade exterior components requiring impact resistance and UV stability

   

  PC: High-temperature beverage containers and reusable water bottles

   

  PPS+40%GF: Chemical-resistant components for industrial packaging

   

  PEEK: High-performance seals for pharmaceutical and medical applications

   

  PA6+GF30: Structural containers requiring elevated temperature resistance

   

  PBT: Electrical and electronic components with dimensional stability

   

  PEI, LCP: High-heat, high-strength specialty packaging

   

  Liquid Silicone Rubber (LSR): Sealing components, gaskets, and soft-touch features

   

  TPE: Overmolded handles, soft grips, and sealing elements

   

  Customer Value: Single-source responsibility for multi-material products reduces your supply chain complexity. When your packaging requires a PET body with a TPE overmold or an LSR seal, Ansix Tech manages the interface, eliminating the risk of compatibility issues between components from different suppliers.

   

  Section Four: Full-Process Service – Reducing Your Management Burden

  Early Engagement via DFM Analysis – Designing Out Problems Before Steel Is Cut

   

  Before any manufacturing begins, our engineering team provides a comprehensive DFM (Design for Manufacturability) report covering:

   

  Draft Angle Recommendations: Ensuring adequate taper for clean ejection without surface drag

   

  Wall Thickness Optimization: Uniform thickness promotes even cooling, reduces warpage, minimizes cycle time

   

  Gate Location Strategy: Position and number of gates optimized via flow simulation

   

  Ejector Pin Mark Positioning: Agreement on allowable pin locations avoids post-mold disputes

   

  Sealing Surface Design: Verification that critical dimensions are achievable within process capability

   

  Customer Value: Most mold disputes arise because design decisions were made in isolation, without considering injection molding physics. Our DFM report catches these issues before investment is committed—not after the mold is built and fails to perform. We save you the cost of design revision, the delay of mold rework, and the frustration of “it worked in CAD but not on the machine.”

   

  Trial Molding and Sample Rounds – Verification at Every Milestone

   

  We provide T0 (first-shot) samples within 5–7 days of mold completion, followed by T1 and T2 refinement rounds with improvement reports documenting every change.

   

  Customer Value: You see physical parts before committing to mass production. If adjustments are needed, we make them with documented traceability—not guesswork. This transparency allows you to approve or request modifications with full knowledge of what changed and why.

   

  Small-Batch Validation – Proving Stability Before Ramp-Up

   

  Before transitioning to full production, we run 100–500 shot pilot batches at production settings, measuring yield rates and calculating CPK for critical dimensions.

   

  Customer Value: A CPK ≥ 1.33 confirms your preforms will meet specifications consistently when scaled to millions of units. You launch with confidence, not hope.

   

  Spare Parts and Maintenance – Keeping Production Running

   

  Every mold shipped from Ansix Tech includes a complete set of spare wear components: ejector pins, core pins, guide bushings, and slide wear plates. Scheduled preventive maintenance is recommended every 200,000 shots.

   

  Customer Value: When a worn ejector pin breaks on a Friday night, our spare part inventory means you‘re back in production Saturday morning—not waiting weeks for replacements. Our maintenance schedule predicts replacement intervals, so downtime is scheduled, not emergency-driven.

   

  Section Five: Differentiated Commitments – Turning Customer Complaints into Solutions

  Common Customer Complaint Ansix Tech’s Professional Response Customer Value Quantified

  “Molds need constant repair; it‘s killing my production schedule” We perform 2,000-shot run-off tests before shipment, documenting wear patterns and cycle stability. Three-year structural warranty covers all mold components Predictable maintenance intervals save minimum 50–100 hours per year of unscheduled downtime

  “Flash on molded parts means expensive manual trimming” We machine split-line fit accuracy to 0.005mm and use self-locking clamp force compensation to maintain consistent clamping Eliminate post-mold trimming operations; save 15–20% in finishing labor

  “Dimensions change from batch to batch” Ultrasonic wall thickness sensors provide real-time feedback; closed-loop control adjusts packing pressure and cooling times automatically Three consecutive batches of 10,000 units each with critical dimension variation ≤ 0.02mm

  “Repair cycles take weeks; we lose production while molds are in service” In-house electrode machining center and EDM capacity mean mold repairs never leave our facility. Weld repair or insert replacement completed within 24 hours Downtime reduced from 2 weeks to 1 day; production loss prevented

  Common Gram Weight Options for PET Preforms

  For 94mm neck wide-mouth preforms, common gram weight options typically range from 20g to 310g depending on final bottle volume, with wide-mouth jars utilizing weights from 16g to 98g. Industry-standard weight options for various neck sizes include 30mm necks: 12g, 13g, 14g, 16g, 18g, 19g, 20g, 22g, 24g, 26g, 27g, 28g, 30g, 32.5g; 38mm necks: 15g, 20g, 22g, 23g, 24g, 25g, 28g, 30g; 45mm necks: 100g, 110g, 120g, 130g, 145g, 170g, 185g; 55mm necks: 190g, 220g, 245g, 260g, 280g, 300g.

   

  Conclusion: Value Creation Through Manufacturing Excellence

  For Ansix Tech, a mold is not a piece of steel—it is a revenue-generating asset designed to run reliably, produce consistently, and amortize its cost across millions of units. Every technical decision described in this document—from S136 cavity steel to MES parameter locking to 96-cavity runner design—is calibrated to deliver measurable customer value: lower unit cost, reduced risk, shorter lead time, and consistent quality.

   

  We invite you to experience this value firsthand through a DFM review of your next preform project. A full hour of professional analysis—no obligation, no cost—will demonstrate how we identify and eliminate risk before production begins, delivering injection molding solutions that work from T0 to T1 million.

   

   

   

   

  Ansix Tech Co Ltd

  If you have any plans related to 94mm Neck Wide-Mouth Bottle Preform, Spiral Neck Bottle Preform, Virgin Material Transparent PET Food-Grade Sealing Tube 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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