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Wool Spinning Laboratory Gilling Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Wool Combing & Preparation: Designed for precision combing of wool fibers to remove impurities and align strands uniformly, essential for high-quality yarn production in ring spinning processes.
  • Laboratory-Grade Processing: Equipped with dual extrusion nozzles and modular molds, enabling controlled fiber feeding and consistent output for experimental or small-batch textile production.

Key features

  • 1. Corrosion-Resistant Metal Construction

  • With a corrosion-resistant metal body, you can ensure long-term durability in laboratory environments where humidity or chemical exposure is common.

  • 2. Touchscreen-Driven Automation

  • With a programmable touchscreen interface, you can customize multi-step wool processing workflows for precision in research or small-batch production.

  • 3. High-Precision Ring Spinning Technology

  • Using ring spinning, you can achieve consistent yarn thickness and quality, ideal for laboratory-grade textile research and development.

  • 4. Modular Design for Versatility

  • With interchangeable nozzles and molds, you can adapt the machine to process diverse wool types or experiment with different fiber configurations.

  • 5. Safety-Certified Industrial Compliance

  • Equipped with safety guards and wheels for easy relocation, the machine meets industrial safety standards, ensuring operator protection in lab or commercial settings.

Product details

Wool Spinning Laboratory Gilling Machine

The Wool Spinning Laboratory Gilling Machine is a precision textile machinery designed for wool processing in laboratory and industrial settings. Built with corrosion-resistant metal construction and advanced automation features, it combines ring spinning technology with combing capabilities to produce high-quality yarns. Its modular design allows customization of processing stages, while safety guards and mobile wheels ensure operational safety and flexibility.

Technical specifications

FeatureSpecificationBenefit
Spinning MethodRing spinningEnsures consistent yarn quality and twist
Material ConstructionStainless steel frame with aluminum componentsDurable, corrosion-resistant, and lightweight
Control SystemDigital touchscreen interfaceProgrammable settings for precise control
Combing CapacityAdjustable for fine wool fibersReduces impurities and aligns fibers optimally
Safety FeaturesExtruder guards and emergency stopMitigates operational risks and ensures user safety
ModularityInterchangeable rollers and nozzlesAdaptable to different fiber types and processing needs

Customization guide

Adjustable parameters include roller spacing (to optimize fiber alignment), processing speed (for varying production demands), and material feed rate (to handle different wool thicknesses). These adjustments enable customization for specialized research or small-batch production needs.

Get inspired

Ideal for textile labs and small-scale production, this machine balances precision and adaptability. Its modular design allows experimentation with fiber blends, while automation ensures consistent results for R&D or prototyping.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing Speed15 m/min+20% (18 m/min)+40% (21 m/min)*
Energy EfficiencyStandard15% lower power use30% lower power use
Automation LevelManual overrideSemi-automatedFully automated
Material CompatibilityWool onlyWool + synthetic blendsMulti-fiber (wool, silk, synthetic)

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s multi-fiber compatibility enables seamless processing of silk and synthetic blends, a 50% expansion over traditional wool-only systems.
    • Advanced Model’s semi-automated controls reduce operator error by 30%, improving yarn consistency.
    • Base Model’s modular rollers allow quick adjustments, cutting setup time by 25% compared to fixed systems.
  2. Optimal Version Selection:

    • Researchers (Base Model): Ideal for small-scale trials needing cost-effective, manually adjustable parameters.
    • Mid-Scale Labs (Advanced Model): Benefits from energy savings and semi-automation, ideal for consistent prototyping.
    • High-Volume Testing (Pro Model): With 40% faster processing and full automation, it handles large batches while maintaining precision. For example, its tripled fiber blend capacity allows labs to test novel materials like wool-silk composites.

*Pro Model’s speed surpasses industry benchmarks by 20%, enabling 20% faster turnaround times.

Frequently asked questions

  • Which Wool Spinning Laboratory Gilling Machine model suits small-scale research labs?

  • How to maintain the nozzles of a Wool Spinning Laboratory Gilling Machine?

  • Wool vs. Synthetic Fibers: Which is better for lab spinning tests?

  • Can the Wool Spinning Laboratory Gilling Machine be customized for dual material processing?

  • Is the Wool Spinning Laboratory Gilling Machine ISO-certified for textile labs?

  • How does automation improve efficiency in wool gilling processes?

  • What safety features does the Wool Spinning Laboratory Gilling Machine have?

  • Can this machine handle high-volume wool processing for pilot-scale production?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Ring Spinning MachineFine wool yarn production, lab settings18,000 spindles/min (ISO 2061), 25 micron yarn count (ASTM D1234)▲▲▲ High precision for delicate fibers; ▲ Low noise (43 dBA)▲ Slow production rate (15 kg/hr); ▲ High energy use (2.2 kWh/kg)
Rotor Spinning MachineMass production of cotton blends300 rotor rpm (ISO 9032), 40 micron yarn count▲▲ Fast output (50 kg/hr); ▲ Low maintenance cost▲▲ Low yarn strength (15% weaker than ring-spun); ▲▲ High noise (75 dBA)
Airjet Spinning MachineSynthetic fiber production120 m/min drafting speed (JIS L1021), 35 micron yarn count▲▲▲ Ultra-fast (80 kg/hr); ▲ Minimal labor needed▲▲▲ High energy consumption (4.5 kWh/kg); ▲▲ Limited fiber compatibility
Combing MachinePre-processing for high-end textiles99.8% fiber alignment (EN ISO 1190), 285 GSM fabric weight (ISO 3801)▲▲ Perfect fiber alignment for luxury fabrics; ▲ Compact design▲▲ Slow throughput (10 m/min); ▲ Requires skilled operators
Open-End SpinningTechnical textiles (industrial fabrics)12,000 twists/min (ASTM D2109), 45 micron yarn count▲▲ Flexible fiber mixtures; ▲ Low capital cost▲▲ Moderate yarn strength (20% weaker than ring-spun); ▲▲ Limited fineness
Compact SpinningBlended yarn production16,000 spindles/min (ISO 2061), 30 micron yarn count▲▲ Hybrid quality (combines ring/rotor benefits); ▲ Moderate speed (25 kg/hr)▲ High initial investment; ▲▲ Requires dual maintenance protocols

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