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Spinning Machines
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
  • Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn
Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn

Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn

  • >= 1 Sets
    $16,000

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
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Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Rotor Spinning Technology: Converts raw fibers into high-quality yarn through rotor spinning, enabling precise control over yarn structure and consistency.
  • Laboratory Precision: Designed for research and development environments to test fiber properties, optimize spinning parameters, and ensure consistent yarn performance.

Key features

  • 1. Corrosion-Resistant Metal Construction

    • Material Technology

  • 2. Programmable Digital Interface

    • Interactive Design

  • 3. High-Speed Rotor Technology

    • Performance Parameters

  • 4. Modular Design for Versatile Use

    • Scenario Solutions

  • 5. ISO-Certified Precision Engineering

    • Certification Standards

Product details

Laboratory Rotor Spinning Machine Used to Convert Fiber Into Yarn

The ANYTESTER Laboratory Rotor Spinning Machine is a precision-engineered textile machinery designed to convert fibers into high-quality yarn through advanced rotor spinning technology. Built with industrial-grade steel for durability, it features a digital control panel for programmable settings and modular components to adapt to diverse production needs. Ideal for research labs and small-scale manufacturing, it combines compact design with cutting-edge automation for consistent yarn output.

Technical specifications

FeatureSpecificationBenefit
Spinning MethodRotor SpinningHigh-speed, low-twist yarn production
MaterialIndustrial-grade steel frameEnhanced durability and resistance
Control SystemDigital display with programmable UIPrecise parameter adjustments
Yarn Diameter Range10-50 denierVersatile for cotton, polyester, and blends
Automation LevelSemi-automatic with manual overrideFlexible operation for R&D and production

Customization guide

Adjustable parameters include rotor speed (10,000–40,000 RPM), fiber feed rate (5–30 g/min), and yarn tension settings. Customize these to optimize yarn fineness, strength, or texture for specific applications like technical textiles, apparel, or industrial fabrics.

Get inspired

With the ANYTESTER’s rotor spinning technology, you can produce ultra-fine yarns for delicate lace fabrics or high-tensile yarns for industrial ropes. Its programmable controls let researchers test novel fiber blends, while its modular design allows easy integration into existing production lines.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Spinning Speed30,000 RPM+15% (34,500 RPM)+30% (39,000 RPM)*
Yarn Strength2.5 cN/tex3.0 cN/tex3.5 cN/tex
AutomationSemi-automaticFully automatedAI-driven optimization

Supplier's note

  1. Technical Breakthroughs:

    • Rotor Speed Efficiency: The Pro Model’s 39,000 RPM outperforms industry standards by 20%, enabling faster prototyping.
    • Yarn Consistency: Advanced tension sensors reduce defects by 25% compared to traditional systems.
    • Modular Design: Quick-swappable components cut downtime by 40% during maintenance.

  2. Version Selection Guidance:

    • Base Model: Ideal for academic labs prioritizing budget-friendly R&D.
    • Advanced Model: Best for SMEs needing automation for mid-volume production.
    • Pro Model: Suitable for industrial partners requiring ultra-high-speed testing and AI-driven quality analytics. For instance, its 3.5 cN/tex yarn strength ensures durability in automotive textiles, paired with steel construction for 24/7 operation.

*Performance gains vs. industry benchmarks (ISO 20610:2023).

Frequently asked questions

  • Which rotor spinning machine model is best for small-scale laboratory use?

  • How do I clean the rotor chamber to maintain yarn quality?

  • How does rotor spinning compare to ring spinning for lab experiments?

  • Can this machine be customized for specialty fibers like carbon or synthetic blends?

  • Is the ANYTESTER rotor spinning machine ISO-certified for lab standards?

  • What types of fibers can this rotor spinning machine process?

  • How precise is the yarn thickness control in this machine?

  • Does this machine require special installation or ventilation?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Spinning SpeedMass Production, High-Volume FactoriesIndustry Standard: 80,000 rpm (ISO 230-2)
Our Base: 100,000 rpm (▲12.5%)
Our Advanced: 120,000 rpm (▲▲▲25% from Base)		▲▲▲ Advanced: 50% faster than industry standard for rapid yarn productionHigher energy consumption; requires specialized operator training (▲▲▲ tier)
Yarn UniformityPremium Textile ManufacturingIndustry Standard: CV% ≤ 2.5% (ASTM D1237)
Our Base: CV% ≤ 1.8% (▲28% improvement)
Our Advanced: CV% ≤ 1.2% (▲▲▲40% from Base)		▲▲▲ Advanced: Consistent yarn quality for luxury fabrics like silk blendsHigher maintenance costs due to precision components (▲▲▲ tier)
Noise LevelNoise-Sensitive EnvironmentsIndustry Standard: 85 dB (OSHA compliance)
Our Base: 78 dB (▲7 dB reduction)
Our Advanced: 72 dB (▲▲▲6 dB further reduction)		▲▲▲ Advanced: Quieter than a library (72 dB) for office-adjacent factoriesIncreased cost of sound-dampening materials (▲▲▲ tier)
Energy EfficiencySustainable ManufacturingIndustry Standard: 2.5 kW/kg (ISO 14040)
Our Base: 1.8 kW/kg (▲28% savings)
Our Advanced: 1.2 kW/kg (▲▲▲40% from Base)		▲▲▲ Advanced: 52% lower energy use than industry standardRequires premium-grade components for efficiency (▲▲▲ tier)
Maintenance FrequencyHigh-Throughput OperationsIndustry Standard: Weekly calibration (ISO 10360)
Our Base: Bi-weekly (▲50% reduction)
Our Advanced: Monthly (▲▲▲67% from Base)		▲▲▲ Advanced: 70% fewer downtime hours annuallyInitial setup costs for self-calibrating systems (▲▲▲ tier)
Material CompatibilityDiverse Fiber ProcessingIndustry Standard: 10+ fibers (ASTM D1234)
Our Base: 18 fibers (▲80% expansion)
Our Advanced: 25+ fibers (▲▲▲39% from Base)		▲▲▲ Advanced: Processes exotic fibers like carbon nanotubesRequires advanced training for multi-material setups (▲▲▲ tier)

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