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  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
  • Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.
Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.

Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.

$3000.00-$6000.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Injection Molding for Precision Parts: Designed to produce plastic components such as buttons, clothing tags, garment pins, and glue needles via injection molding, ensuring consistent quality and precise shaping.
  • Multi-Cavity Efficiency: Features multiple cavities arranged in a grid pattern, enabling simultaneous production of identical parts to streamline mass manufacturing processes.

Key features

  • 1. Material Technology

  • With a corrosion-resistant steel and durable plastic composite structure, ensure longevity and precision in repeated molding cycles*.

  • 2. Interactive Design

  • With a multi-cavity grid design, streamline production by creating uniform parts simultaneously, boosting efficiency by up to 30%*.

  • 3. Performance Parameters

  • With cold runner technology, minimize material waste and achieve up to 25% material savings compared to hot runner systems*.

  • 4. Scenario Solutions

  • Designed for household and small-scale use, this mold enables quick and precise production of garment accessories without industrial-grade equipment.

  • 5. Certification Standards

  • Complies with ISO safety standards for household manufacturing tools*.

Product details

Manufacturers Supply Hand-threading Needle Button Glue Needle Arranging Mold, Clothing Tag Needle Garment Tag Pin Gun Mould.

The Hand-threading Needle Button Glue Needle Arranging Mold is a precision-engineered tool designed for manufacturing clothing tags, garment pins, and button components. Constructed from steel (primary) and plastic components, this mold combines durability with lightweight functionality. Its polished finish ensures smooth production of high-quality parts, while the cold runner system and injection molding process optimize material efficiency and part consistency. Ideal for both household small-scale production and industrial garment manufacturing, this mold streamlines workflows for consistent, repeatable results.


Technical specifications

FeatureSpecificationBenefit
MaterialSteel (primary) / Plastic componentsDurable structure with lightweight parts
FinishPolishedReduced friction and flawless part surfaces
ProcessInjection MoldingHigh-volume, precise mass production
Runner TypeCold Runner20% less material waste vs. traditional hot runners
Shaping ModePlastic Injection MouldCustomizable cavity designs for varied parts
Tolerance±0.02mmPrecision alignment for intricate components

Customization guide

Adjustable parameters include:

  • Cavity size/layout: Tailor to produce different button/tag sizes or shapes.
  • Material mix: Optimize steel-to-plastic ratios for thermal resistance or cost efficiency.
  • Runner design: Modify cold runner paths for specific material flow needs.

Get inspired

This mold excels in creating uniform clothing tags and garment pins for apparel brands, craft hobbyists, or DIY projects. Its modular design allows quick cavity swaps, enabling production of seasonal designs or custom labels. With its cold runner efficiency, you can reduce material costs while maintaining part quality.


Choose your model

ParameterBase ModelAdvanced ModelPro Model
Production Capacity50 units/hour+15% (58 units/hour)+30% (65 units/hour)
Precision Tolerance±0.05mm±0.03mm±0.02mm
Material Durability10,000 cycles15,000 cycles25,000 cycles*
CustomizationStandard cavitiesAdjustable runnersFull cavity redesign

*Pro Model’s steel alloy composition triples wear resistance vs. industry standards.


Supplier's note

  1. Technical Breakthroughs:

    • Cold Runner Efficiency: Reduces material waste by 20% compared to traditional hot runners.
    • Precision Tolerance: ±0.02mm ensures alignment for intricate button threading.
    • Material Blend: Steel-plastic hybrid withstands high-pressure cycles without deformation.
  2. Version Selection Guidance:

    • Base Model: Ideal for small-scale crafters or prototyping (e.g., boutique clothing lines).
    • Advanced Model: Targets medium-volume manufacturers needing faster production (+15% output) and tighter tolerances for premium garments.
    • Pro Model: Designed for industrial users requiring extreme durability (25k cycles) and full customization (e.g., automotive textile suppliers).

With the Pro Model’s triple-strength steel alloy, you can handle high-volume production of metal garment tags without mold degradation. Pair its cold runner system with ±0.02mm precision to ensure defect-free parts for luxury apparel brands.

Frequently asked questions

  • Which model of hand-threading needle button glue mold is best for household garment tag production?

  • How do I maintain a clothing tag needle arranging mold to prevent clogging?

  • Steel vs plastic mold material: Which is better for long-term garment pin production?

  • Can this button glue needle mold be customized for unique garment tag shapes?

  • What makes your cold runner injection mold efficient for plastic button production?

  • Is this mold FDA-approved for use with food-grade buttons or tags?

  • How does injection molding improve garment tag pin quality compared to manual threading?

  • Can this mold scale from household to industrial garment production volumes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHigh-volume manufacturing, corrosion-prone environmentsIndustry Standard: Steel (ASTM A36)
Our Base: High-carbon steel (ASTM A1011)
Our Advanced: Stainless steel 316 (ASTM A240)
Advanced: 3x corrosion resistance (salt spray test >1000hrs)
Base: 20% lighter than standard steel
Industry Standard: Prone to rust (needs frequent coating)
Advanced: Higher cost (+30%)
Runner SystemMass production of uniform partsIndustry Standard: Hot runner (temperature variability ±5°C)
Our Base/Advanced: Cold runner (ISO 294-1, temp stability ±1°C)
Base/Advanced: 15% material savings due to no heater maintenance
Zero temperature drift in critical zones
Industry Standard: 5% higher scrap rate from inconsistent cooling
Surface FinishPrecision components (e.g., garment tags)Industry Standard: Matte finish (Ra 1.6μm)
Our Base: Polished (Ra 0.8μm)
Our Advanced: Mirror finish (Ra ≤0.4μm)
Advanced: 40% smoother surface for glossy parts
Reduced post-machining steps
Advanced: 2x polishing time (+20% cost)
Shaping ProcessComplex plastic part fabricationIndustry Standard: Conventional injection molding (cycle: 60sec)
Our Base: Optimized flow paths (50sec)
Our Advanced: Dual-cavity injection (40sec)
Advanced: 33% faster cycle time
Double output per mold
Advanced: Requires specialized machinery (+15% setup cost)
Customization OptionsSpecialty part production (e.g., buttons)Industry Standard: Fixed cavity designs
Our Base: Modular inserts (ISO 13399)
Our Advanced: 3D-printed prototypes + CNC finishing
Advanced: 50% faster prototyping
Supports intricate geometries
Industry Standard: Limited to standard shapes
Safety FeaturesIndustrial environments with heat risksIndustry Standard: Basic thermal guards
Our Base: Overheat alarms (IEC 60204)
Our Advanced: Smart sensors + auto-shutoff (ISO 13849)
Advanced: 0% downtime from overheating
Complies with CE safety standards
Industry Standard: 3x higher safety incident risk

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