Health product bottle caps, double-layer caps, flip caps, screw caps, full flip caps, crown caps, packaging bottle caps, PET bottle caps
FEATURES
Crown Caps: Traditional metal crown caps used for glass beverage bottles, with alternative plastic versions offering recyclability benefits.
Packaging Bottle Caps: Custom-designed closures for industrial packaging, including large-diameter caps for jerry cans, drums, and bulk containers.
PET Bottle Caps: Standardized carbonated soft drink (CSD) caps, still water caps, and hot-fill caps designed for 28mm PCO 1810, PCO 1881, and other neck finishes.
Our manufacturing capabilities are built upon a foundation of advanced injection molding technology, precision mold manufacturing, and an integrated quality management system that ensures consistent, high-volume production with competitive cost structures.
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Mold Description
Product Materials:
PP
Mold Material:
S136ESR
Number of Cavities:
48
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
6.5s
- The mold manufacturing process and product material selection
Hard Power Foundation: Equipment and Infrastructure That Inspires Customer Confidence
2.1 Precision Mold Manufacturing Equipment
The quality of every bottle cap begins with the quality of its mold. Ansix Tech has invested significantly in state-of-the-art mold manufacturing equipment to deliver precision that translates directly into customer value.
Five-axis High-Speed Machining Centers: We operate multiple 5-axis high-speed CNC machining centers capable of machining complex curved surfaces with positioning accuracy of ±0.002mm. This precision ensures that the parting lines on your bottle caps are smooth and free of burrs—eliminating the need for secondary deburring operations and reducing assembly line rejects. For flip caps, this accuracy is critical for hinge durability; our precise parting line machining ensures consistent hinge flex life exceeding 50,000 cycles.
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Wire EDM (Electrical Discharge Machining): Our slow-speed wire EDM systems can cut micro-holes and narrow slots as small as 0.03mm. This capability is essential for manufacturing thin-walled PET caps and tamper-evident bands, where precise slot dimensions prevent deformation during ejection and ensure consistent tear-off performance. For customers, this means fewer field failures and improved product integrity.
EDM with C-axis Rotation: Our CNC EDM equipment with C-axis rotation enables high-precision machining of complex internal thread forms. Thread pitch accuracy is maintained within ±0.005mm, guaranteeing consistent torque performance across millions of cycles. This precision eliminates the common industry problem of caps either leaking due to insufficient torque or being impossible to open due to over-torquing.
2.2 Injection Molding Machine Fleet
Our injection molding machine fleet spans clamping forces from 30 tons to 4000 tons, covering all product size ranges from miniature 18mm health product caps to large 120mm industrial packaging closures.
All-Servo Electric Drive Machines: Our primary molding fleet utilizes all-servo electric injection molding machines. All machine movements are entirely controlled by servo drives, ensuring maximized acceleration and exceptional repeatability across all processes. The repeatability accuracy of injection weight is maintained at ±0.1%, meaning that every single shot in a mass production run is identical to the first. This consistency reduces scrap rates, eliminates batch-to-batch variation, and guarantees that your packaging line receives uniform caps that run smoothly without jamming or sealing issues.
Multi-Cavity High-Volume Production: For high-volume cap applications, our machines are configured with 32-cavity, 48-cavity, and 96-cavity molds. To put this into perspective, the industry has achieved 128-cavity molds with cycle times under 2 seconds. At Ansix, our high-cavitation systems produce over 100,000 caps per hour per machine, significantly reducing per-unit manufacturing costs.
Wide Platen and Large Opening Stroke: Our machines feature wide platen designs and large mold opening strokes, enabling installation of complex multi-cavity molds with deep cores. This capability is essential for producing flip caps with living hinges and double-layer caps with complex undercuts.
2.3 Quality Inspection and Metrology Equipment
Quality validation is not an afterthought—it is embedded into every stage of our manufacturing process.
Coordinate Measuring Machines (CMM): We operate multiple high-precision CMMs that perform full-dimension inspections on every mold cavity before shipment. Each mold undergoes 100% dimensional verification, with all key functional dimensions documented and traceable. Critical dimensions achieve Process Capability Index (Cpk) of ≥1.33—meaning that your production process will stay within specification limits even under normal process variations.
Optical Vision Measuring Systems: Our optical measurement machines integrate advanced machine vision with high-resolution optical systems for non-contact 3D geometric dimension measurement. These systems achieve ±1μm measurement accuracy, ensuring cap diameters, heights, and thread profiles remain within tolerances below 0.05mm. This ensures consistent sealing performance across every cap in a production batch.
III. Mold Manufacturing: The Core Competitiveness That Drives Value
3.1 Mold Life and Durability: From Tooling Cost to Long-Term Asset
Customers are concerned about the total cost of ownership of their molds—not just the upfront price. At Ansix, we design and build molds that become long-term productive assets rather than recurring cost centers.
Material Selection Strategy: We select mold materials based on the specific application requirements:
Mold Component Recommended Materials Hardness (HRC) Application Value
Mold Base P20, 50# steel 28-32 HRC (pre-hardened) Provides structural rigidity and dimensional stability; easy to modify if needed
Cavity/Core (General) S136, 4Cr13, 9Cr18 48-54 HRC (vacuum quenched) Corrosion-resistant for hygienic health product applications; mirror-polishable for glossy finishes
Cavity/Core (Wear-Resistant) 8407, H13, SKD61 48-52 HRC Ideal for glass-filled materials; with PVD TiAlN coating extends life to 1.2 million cycles
Cavity/Core (High-Precision) NAK80 38-42 HRC (pre-hardened) Excellent dimensional stability; requires no heat treatment distortion
High-Temperature Applications M340, DC53 58-62 HRC For high-heat engineering plastics like PEEK, PEI, LCP
For glass-fiber reinforced plastics (e.g., PP+40%GF, PA6+GF30), we guarantee mold life of 500,000 shots. For standard plastics (PP, HDPE, LDPE, PET), our molds deliver 1 million shots to first maintenance. This longevity translates to lower tooling amortization costs per cap and reduced mold replacement frequency.
Heat Treatment and Surface Engineering: All S136 and 2316 steel components undergo vacuum quenching and tempering, achieving hardness of 48HRC to 52HRC. For high-wear applications, we apply PVD TiAlN coatings (approximately 3μm thickness) that increase surface hardness, reduce friction, and extend service life up to 1.2 million cycles.
3.2 Achievable Tolerances: Predictable Quality Every Time
Mold precision directly determines part consistency. Our manufacturing capabilities deliver:
Feature Type Achievable Tolerance Customer Value
General structural dimensions ±0.05mm Ensures proper fit with bottle necks and filling equipment
Precision thread profiles ±0.005mm Guarantees consistent sealing torque and leak-proof closure
Hinge pin and slot ±0.01mm Ensures durable, consistent flip action over product lifetime
Tamper-evident band dimensions ±0.02mm Reliable tear-off performance without premature breakage
Each mold is delivered with a full dimension report, material certification, and heat treatment records. Critical dimensions are validated with Cpk ≥ 1.33—providing statistical assurance that your production will remain within specification.
3.3 Mold Type Capabilities: Efficiency Through Advanced Architecture
We manufacture various mold types optimized for specific production needs:
Hot Runner Systems: For mass production of bottle caps, hot runner systems provide precise temperature matching across each cavity, reducing material waste by eliminating cold runner scrap. For PET caps, we recommend hot runner design with sprue insulation materials to maintain processing efficiency. Customer value: 15-25% material savings and faster cycle times.
Stack Molds: Our stack mold technology doubles production output without increasing machine tonnage. Two parting surfaces operate in parallel, effectively achieving twice the cavity count in the same machine footprint. Customer value: 50% reduction in manufacturing cost per cap and reduced capital equipment investment.
Two-Shot (Multi-Material) Molds: For double-layer caps and soft-touch overmolding applications, we manufacture rotary and translation-type two-shot molds with independent runner systems for each material injection step. Customer value: integrated manufacturing eliminates secondary assembly operations and improves product quality.
High-Cavitation Molds: For standard screw caps and PET closures, we manufacture 32-cavity, 48-cavity, and up to 96-cavity production molds. Consistent cavity-to-cavity fill balancing is achieved through equal-pressure, equal-length runner designs, with each cavity receiving identical melt flow resistance.
3.4 Mold Flow Analysis and Gate Design: Eliminating Quality Problems Before They Occur
Before any mold steel is cut, we perform comprehensive mold flow analysis (MFA) using advanced CAE simulation software. This digital pre-validation identifies and eliminates potential quality issues before they become costly manufacturing problems.
What We Validate Through Simulation:
Weld line positions and mitigation strategies
Air trap locations and venting requirements
Shrinkage and warpage prediction
Cavity fill balance across multi-cavity molds
Optimal gate type, location, and quantity
Cooling channel efficiency
The Customer Value of DFM (Design for Manufacturing):
Before signing any contract, we provide a comprehensive DFM report that includes:
Optimal draft angle recommendations
Wall thickness optimization suggestions
Gate position selection (pin gate, side gate, submarine gate, or valve gate)
Ejector pin mark location allowances
Structural feasibility analysis with problem/solution matrix
This early-stage intervention prevents the most common and costly manufacturing problems: parts that cannot be cleanly ejected, visible weld lines on cosmetic surfaces, shrinkage sinks on thick sections, and geometry that prevents uniform filling.
3.5 Mold Manufacturing Process Flow
Our mold manufacturing process follows a rigorous, documented workflow that ensures quality and reliability:
Phase 1: Design (2-4 weeks)
Product feasibility analysis and DFM report
3D CAD modeling and assembly design
Mold flow simulation and optimization
Material selection and heat treatment specification
Customer design review and approval
Phase 2: Rough Machining (3-7 days)
5-axis CNC roughing of cavity and core blocks
Rough EDM for complex internal features
Heat treatment and tempering as specified
Mold base procurement and machining
Phase 3: Precision Machining (5-10 days)
5-axis CNC finishing to final dimensions
Precision EDM for fine features and threads
CNC grinding of critical guide surfaces
CMM first-article inspection of all cavities
Phase 4: Assembly and Finishing (3-5 days)
Component fitting and alignment
Cooling system pressure testing
Runner and gate polishing
Surface treatment (mirror polish, texture etching, coating)
Phase 5: Mold Trial and Validation (2-5 days)
T0 (first trial) sample production
Dimensional inspection and appearance evaluation
T1-T3 iterations with improvement reports
Cpk validation (minimum 50-shot sample per cavity)
2000-shot aging test with wear report
Standard Delivery Lead Times:
Simple single-cavity molds: 10 business days
Medium-complexity 8-16 cavity molds: 25-45 business days
Complex 32-96 cavity molds: 45-60 business days
Expedited service (20-30 days): Available with 15% surcharge; all validation steps are maintained—no quality shortcuts
IV. Injection Molding: Process Control That Delivers Consistent Quality
4.1 Process Standardization: Taking the Guesswork Out of Production
Customers worry about part-to-part variation, color inconsistency, flash, sink marks, and dimensions that drift over a production run. Our process control systems eliminate these risks.
MES (Manufacturing Execution System) Integration: All injection molding machines are networked to our MES system. Every forming parameter—temperature, pressure, injection speed, holding time, cooling duration—is locked in the system. Only authorized process engineers can modify parameters, and every change is logged with timestamp and operator identification.
First-Article and Last-Article Inspection: Every production run begins with a first-article inspection (FAI) and ends with a last-article comparison. The first samples from each batch undergo full dimensional measurement (critical dimensions within ±0.05mm, non-critical within ±0.1mm) and appearance inspection for flash, sink marks, and weld lines.
In-Process Quality Control (IPQC): During production runs, 5-10 parts are sampled every 2 hours for dimensional verification and visual inspection. Cpk values are tracked continuously, with alarms triggered if Cpk falls below 1.33.
4.2 Dimensional Stability: Eliminating Batch-to-Batch Variation
Dimensional variation is the #1 cause of downstream customer problems—caps that leak, jam filling lines, or fail to seal properly. Our approach to dimensional control provides statistical assurance.
Mold Temperature Control: Each mold is equipped with independent temperature control zones for cavity and core using manifold water distribution systems. The temperature difference between cavity and core surfaces is maintained within 2°C, eliminating warpage caused by uneven cooling.
Ultrasonic Wall Thickness Monitoring: In-line ultrasonic sensors continuously monitor part wall thickness during production. Real-time data feeds back to the injection unit, which automatically compensates packing pressure to maintain consistent wall dimensions. Customer value: wall thickness variation maintained below 0.02mm, eliminating leaks and structural weak points.
Mold Temperature Sensors: For high-precision applications, we embed temperature and pressure sensors directly in the mold cavity. These sensors enable closed-loop control of the injection process, adjusting parameters in real-time to maintain consistent quality despite variations in ambient conditions or material batch differences.
Measurable Results: In a recent three-week production run of a PET bottle screw cap, we achieved key hole spacing variation below 0.02mm across all batches.
4.3 Surface Quality and Appearance Standards
Visual appearance is critical for consumer-facing products. Ansix Tech offers multiple surface finish options to meet your brand requirements:
Mirror Finish (Ra < 0.05μm): Achieved through fine polishing of S136 steel cavities. Ideal for transparent PET and clear PP caps where visibility through the cap is required. No visible flow lines, gas bubbles, or surface defects.
Textured Finish: Achieved through chemical etching or EDM texturing. Provides non-slip grip surfaces and hides minor surface blemishes. Texture depth accuracy maintained at ±0.005mm across all cavities.
Two-Shot Soft Touch: For double-layer caps requiring a rubber-like grip surface, our two-shot molds produce integrated overmolded TPE/TPU layers with peel strength exceeding 10 N/mm.
Paint-Ready Surface: For caps requiring post-mold painting or printing, we add 0.01mm of shrinkage compensation to the mold design, ensuring dimensional accuracy after finishing. Print registration accuracy is maintained at ±0.1mm.
4.4 Advanced Material Capabilities
Ansix Tech has extensive experience processing a wide range of materials for bottle cap applications. Our material selection guide helps customers make informed choices based on cost, performance, and sustainability requirements:
Material Resin Code Key Properties Typical Applications
Polypropylene (PP) 5 High rigidity, stress crack resistance, lightweight, withstands carbonation pressure CSD caps, flip caps, screw caps
HDPE 2 High stiffness, good cold-temperature seal, excellent chemical resistance Milk jug caps, detergent closures, large-diameter industrial caps
LDPE 4 Excellent flexibility, good impact resistance Squeeze dispensers, flexible valves
PET 1 Clarity, strength, recyclability Thin-wall water bottle closures
ABS 7 Impact resistance, good surface finish Premium cosmetic caps, closures
PC (Polycarbonate) 7 High heat resistance, transparency Hot-fill applications, baby bottle caps
Engineering Plastics — PEEK, PEI, PPS+40%GF, PA6+GF30, LCP High-performance applications, pharmaceutical closures requiring chemical resistance
PP and HDPE together account for approximately 90% of global bottle cap production. At Ansix, we have extensive processing expertise with both materials, as well as specialized capabilities for engineering thermoplastics. PP is preferred for carbonated beverages because it withstands internal pressure and high sealing torque without cracking, while HDPE provides the stiffness required for milk jugs and detergent bottles.
4.5 Special Processing Requirements
UL94 V-0 Flame Rating Capability: We process flame-retardant compounds to achieve UL94 V-0 ratings for electronic and industrial applications. Material drying and injection parameters are tightly controlled to maintain flame retardant additive dispersion and prevent degradation.
UV Resistance: For outdoor storage applications, we process UV-stabilized compounds validated to 3,000 hours of UV exposure testing with Delta E color change maintained below 3.0 (barely perceptible to human eye).
High-Clarity PET and PP Caps: For transparent caps that showcase the product inside, we process PET and clarified PP with controlled cooling profiles that prevent crystallization-induced clouding. Achievable light transmission >85% with no visible flow marks.
Liquid Silicone Rubber (LSR) Seals: For premium closures requiring soft seals, we offer LSR overmolding capabilities. LSR provides excellent chemical resistance, temperature stability (-50°C to +200°C), and compression set resistance for repeated use applications.
V. End-to-End Service: Reducing Customer Management Costs
5.1 Early-Stage Engineering Support (DFM)
Most mold-related problems originate in product design—unintentional draft angles, uneven wall thickness, undercuts that cannot be ejected. Our DFM service catches these issues before tooling begins.
What We Provide in Every DFM Report:
Wall thickness optimization recommendations (target range: 0.5mm-4.0mm, variation ≤20%)
Draft angle suggestions (≥0.5° for smooth surfaces, ≥1° for fine textures, ≥1.5° for rough textures)
Gate location and type options with risk assessment
Ejector pin mark location allowances (we place marks in non-cosmetic areas)
Shrinkage compensation calculations for each material option
The DFM process typically takes 3-5 business days and is provided before we quote production pricing. For customers, this service eliminates the hidden costs of mold rework and production delays.
5.2 T-Sample Validation Process
We do not assume a mold is ready for production after the first trial. Our T-sample validation process ensures that every mold is fully optimized before volume production begins:
T0 (First Trial): Initial mold trial at our facility. We produce 50-100 samples for dimensional inspection and defect analysis. We provide a trial report documenting:
Dimensional measurement results against specification (pass/fail by dimension)
Photographs of all observed defects (weld lines, sink marks, flash, short shots)
Recommended adjustments (mold modifications, process parameter changes)
T1 (Second Trial): After implementing adjustments, we conduct a second trial with 200-500 samples. We measure all critical dimensions and calculate initial Cpk values.
T2 (Third Trial if needed): For complex parts requiring additional optimization, we conduct a third trial with 500-1000 samples. By T2 completion, all dimensions are within specification and visual appearance meets or exceeds requirements.
T3 (Production Trial): Before signing off, we run a 2000-shot aging test, producing parts continuously under production conditions. We inspect parts at the beginning, middle, and end of the run to validate process stability and mold wear.
5.3 Low-Volume Pilot Production
Some customers need confidence that a mold will perform consistently before committing to full-scale production. Our low-volume pilot production service provides that validation:
We run 500 to 5,000 parts under full production conditions at our facility. During the run, we track:
Real-time dimensional variation (captured every 50-100 shots)
Cycle time consistency (target: variation <0.5 seconds)
Scrap rate (target: <2% after optimization)
Cpk values for all critical dimensions
Only after the pilot run meets all customer specifications do we transition to full production. This approach eliminates the risk of scaling a problematic process—the customer pays only for the parts they receive, and we absorb the optimization cost.
5.4 Maintenance and Spare Parts
Mold wear is inevitable, but its impact on your production schedule is avoidable. We deliver each mold with a comprehensive maintenance package:
Spare Parts Kit: Every mold is delivered with a set of common wear parts:
2 spare ejector pins per cavity
2 spare core pins
1 set of spare guide bushings
1 set of spare cooling system seals
Preventive Maintenance Schedule: We provide a detailed maintenance schedule for every mold:
Every 200,000 shots: Inspection of cavity surfaces, ejector pin wear measurement, cooling system cleaning
Every 500,000 shots: Surface reconditioning, ejector system rebuild
Every 1,000,000 shots: Full mold overhaul
Lifetime Repair Commitment: Molds are repaired at our facility at cost for the life of the tool. Emergency repairs are prioritized, with 24-hour turnaround for standard repairs and 48 hours for complex repairs. Expedited shipping is at our cost for warranted defects.
VI. Addressing Common Customer Concerns
6.1 Mold Repair Frequency and Downtime Impact
Customer Concern: “We‘ve had molds from other suppliers that need frequent repairs, causing unplanned production stoppages.”
Ansix Solution: Every mold undergoes a 2,000-shot aging test before delivery. We produce parts continuously and measure mold wear at 500-shot, 1,000-shot, and 2,000-shot intervals. A comprehensive wear report is delivered with the mold, documenting:
Dimensional stability over the test run
Observed wear patterns and rates
Projected maintenance intervals based on test results
Furthermore, we provide a three-year structural warranty on every mold (excluding normal wear of ejector pins, guide bushings, and other consumables). If the mold fails due to structural issues within three years, we repair or replace it at no cost.
6.2 Flash Reduction and Elimination
Customer Concern: “Flash—excess plastic that leaks out between mold halves—requires expensive secondary deburring operations that slow down our line and add cost.”
Ansix Solution: Flash is eliminated at the design stage. Our parting lines are machined to a mating tolerance of 0.005mm—five times tighter than typical industry standards. Combined with our servo-electric injection machines‘ self-locking clamp force compensation (which automatically increases clamp force if injection pressure spikes), we guarantee flash height below 0.03mm on every part.
Customer Value: For a customer producing 10 million caps annually, eliminating manual deburring saves approximately 500 labor hours per year (
15
,
000
−
15,000−20,000) and eliminates all deburring-related QC rejects.
6.3 Rapid Mold Repair and Maintenance
Customer Concern: “Mold repairs from overseas suppliers take weeks, costing us days of lost production time.”
Ansix Solution: We maintain a fully equipped in-house mold repair facility with:
EDM and CNC capabilities for complex repair work
Welding and heat treatment stations for surface restoration
CMM for repair validation
Spare component inventory for all standard mold components
Typical Repair Turnaround:
Routine welding and component replacement: 24 hours
Cavity resurfacing and requalification: 48 hours
Complete mold overhaul: 5-7 business days
We maintain emergency repair capacity for all active molds, ensuring that we can diagnose and resolve issues remotely within 2 hours of notification.
6.4 Cost Reduction Strategy
Ansix Tech approaches cost reduction systematically across three dimensions:
Material Cost Optimization:
Mold flow analysis to determine minimum material usage without compromising strength
Hot runner systems to eliminate runner waste (15-25% material savings)
Strategic material selection (e.g., virgin/recycled blends where allowed) to meet performance at lower cost
Minimum wall thickness design with rib reinforcement instead of uniform thickness
Process Efficiency Optimization:
High-cavitation molds (32, 48, 96 cavities) reduce per-part machine time
Optimized cooling system design reduces cycle time 15-30%
Automated part handling eliminates manual labor
Energy-efficient servo machines reduce electricity cost per part 20-40%
Lifecycle Cost Reduction:
Extended mold life (1 million+ shots) reduces tooling amortization per part
Spare parts included with each mold eliminates initial replacement costs
Preventive maintenance schedule minimizes unplanned downtime expenses
Case Study—PET Still Water Cap Production:
For a typical 28mm PET water bottle cap, our optimized solution delivers:
96-cavity hot runner mold
Sub-3.0 second cycle time
2% maximum scrap rate (industry average: 5%)
1.2 million shots per mold before maintenance
Compared to industry averages, this configuration reduces per-part cost by 35-45% while improving quality consistency.
VII. Industry Experience and Reliability
With over 28 years of manufacturing experience, Ansix Tech has delivered cap and closure solutions to customers across the beverage, pharmaceutical, personal care, food, and industrial chemical industries. Our customer base spans North America, Europe, Asia-Pacific, and the Middle East.
Why Customers Choose Ansix:
Customer Need Ansix Capability Measured Value
Rapid project launch DFM report within 5 business days Reduce time-to-market by 3-6 weeks
Low mold repair costs 1.2 million+ shot mold life Reduce tooling amortization by 40-50%
Consistent quality Process Cpk ≥ 1.33, 99.5% dimensional compliance Reduce customer reject rates by 60-80%
Predictable pricing Material/process optimization Reduce part cost by 30-45% vs industry average
On-time delivery 98.5% on-time delivery rate (12-month average) Eliminate supply chain disruptions
VIII. Conclusion: A Partner, Not Just a Supplier
At Ansix Tech, we view every mold not as a piece of steel, but as a revenue-generating asset for our customers. When we design a mold, we simultaneously design the entire production ecosystem around it—cooling circuits that balance temperature within 2°C, venting paths that eliminate gas traps, ejection systems that avoid deformation, and a quality control framework that ensures every cap that leaves our facility meets specification.
For our customers, this integrated approach delivers:
Lower Total Cost: Our high-cavitation molds, optimized cycle times, and material-efficient designs reduce per-part manufacturing costs by up to 45% compared to standard industry approaches.
Reduced Risk: Our DFM process, T-sample validation, and pilot production service eliminate the risk of scaling a problematic process. Every customer receives statistical assurance of quality before full production begins.
Faster Time-to-Market: Our in-house mold manufacturing, expedited trial processes, and simultaneous engineering approach compress project timelines by 3-6 weeks.
Guaranteed Reliability: Our three-year mold structural warranty, wear test validation, and lifetime repair commitment provide peace of mind that goes far beyond industry standard practices.
We invite you to partner with Ansix Tech for your next bottle cap project. Whether you need health product closures requiring strict regulatory compliance, high-volume PET beverage caps with sub-3-second cycle times, or custom double-layer flip caps with integrated seals, we have the experience, equipment, and process discipline to deliver.
Contact us for a DFM review of your current product. In one hour, we will identify the hidden cost drivers in your existing design and demonstrate how our approach can reduce part cost, improve quality, and eliminate production risks before they occur.
*Ansix Tech—Precision Injection Molding Solutions for the Packaging Industry | 28+ Years of Manufacturing Excellence
Ansix Tech Co Ltd
If you have any plans related to Health product bottle caps, double-layer caps, flip caps, screw caps, full flip caps, crown caps, packaging bottle caps, PET bottle caps , 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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