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  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
  • Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment
Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment

Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment

  • 1 - 2 Sets
    $15,550
  • >= 3 Sets
    $12,550

Customization:

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

Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Energy Grinding: Designed to process materials into nano-scale particles using planetary motion and high-impact ball milling, enabling precise grinding and mixing for pharmaceuticals, ceramics, and chemical applications.
  • Cryogenic Refrigeration: Integrated cooling system allows ultra-low temperature processing (-196°C), preserving material integrity for temperature-sensitive compounds and enhancing grinding efficiency.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, ensure durable operation in harsh chemical environments while maintaining ease of cleaning and longevity.

  • 2. Advanced Digital Touchscreen Interface

  • With a programmable digital touchscreen control panel, access pre-set grinding programs (e.g., time, speed, temperature) for precise, repeatable results, simplifying complex workflows.

  • 3. High-Energy 11kW Motor with Cryogenic Cooling

  • With a 11kW high-energy motor and integrated cryogenic refrigeration, achieve ultra-fine particle sizes (0.001-0.002mm) while maintaining optimal temperatures for sensitive materials, outperforming standard air-cooled models*.

  • 4. Versatile Scenario Adaptability

  • Designed for both laboratory precision and industrial-scale applications, this mill accommodates pharmaceuticals, ceramics, and materials science needs, ensuring flexibility across research and production settings.

  • 5. CE-Certified Safety Compliance

  • Complies with CE safety standards, guaranteeing reliable operation in regulated environments while prioritizing user safety through features like transparent chamber monitoring and advanced cooling systems.

Product details

Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine with Cryogenic Refrigeration Equipment

The Tencan 100L Nano Grinding Laboratory Planetary Ball Milling Machine combines precision engineering with advanced cryogenic refrigeration to deliver ultra-fine material processing. Certified to CE standards, this industrial-grade equipment features an air-cooled system, 11kW power, and a stainless steel build for durability. Ideal for pharmaceuticals, ceramics, and materials science, it offers customizable grinding parameters and real-time monitoring through its transparent chamber.

Technical specifications

FeatureSpecificationBenefit
CertificationCE CertifiedEnsures compliance with EU safety standards.
Cooling SystemAir-cooled with vented control panelPrevents overheating during prolonged use.
Power11kWDelivers high-energy grinding efficiency.
MaterialStainless SteelResists corrosion and simplifies cleaning.
Capacity100LSupports large-scale laboratory or industrial batches.
RefrigerationCryogenic IntegratedAchieves sub-zero temperatures for temperature-sensitive materials.

Customization guide

Adjustable parameters such as grinding time, speed, and media type allow customization to meet specific needs. For example:

  • Fine Chemicals: Reduce speed for gentle processing.
  • Ceramics: Increase time for ultra-fine particle distribution.
  • Pharmaceuticals: Pair cryogenic cooling with precise speed settings for stability.

Get inspired

Whether you’re synthesizing nanoparticles for research or scaling production in materials science, this mill’s versatility and precision make it a cornerstone of modern labs and industries. With cryogenic refrigeration, you can process heat-sensitive materials without compromising quality.

Choose your model

ParameterBase Model (50L)Advanced Model (80L)Pro Model (100L)
Capacity (L)5080100
Grinding Speed (rpm)200280 (+40%)350 (+75%)
Cooling EfficiencyStandardEnhanced (+20%)Premium (+40%)
Power (kW)810 (+25%)11 (+37.5%)

Supplier's note

  1. Technical Breakthroughs:

    • Cryogenic Refrigeration: Enables sub-zero grinding for temperature-sensitive materials (e.g., polymers, biological compounds).
    • Planetary Motion Design: Achieves 30% finer particle distribution than traditional ball mills.
    • Customizable Parameters: Users can tailor speed (up to 350rpm) and time for optimal material outcomes.
  2. Version Selection Guide:

    • Base Model (50L): Ideal for small-scale labs or pilot projects requiring basic grinding capabilities.
    • Advanced Model (80L): Balances capacity and efficiency for medium-volume production in chemical or ceramic industries.
    • Pro Model (100L): The cryogenic refrigeration and 350rpm speed make it perfect for large-scale, high-precision applications like nanomaterial synthesis. With its tripled chemical resistance (vs. industry benchmarks), the Pro Model ensures safe handling of corrosive substances. Pair this with the stainless steel chamber for seamless cleaning and extended lifespan.

With the Pro Model’s cryogenic system, you can grind temperature-sensitive materials without thermal degradation. Its 350rpm speed outperforms standard models by 75%, reducing processing time while maintaining particle uniformity. Choose the Advanced Model for cost-effective scaling, or the Base Model for entry-level research needs.

Frequently asked questions

  • Which Tencan planetary ball mill model suits small-scale laboratory grinding needs?

  • How do I maintain the cooling system of the Tencan air-cooled ball mill?

  • What materials are best processed in the Tencan 100L planetary ball mill?

  • Can the Tencan 100L ball mill be customized for cryogenic grinding?

  • Is the Tencan planetary ball mill CE-certified for lab safety?

  • How does the Tencan 100L compare to stainless steel vs. other materials for lab equipment?

  • What voltage and power requirements does the Tencan planetary ball mill need?

  • Can I adjust grinding parameters for different material types on the Tencan 100L?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Planetary Ball MillLab-scale material processing100L grinding chamber (ISO 284) ▲
Air-cooled (max 45°C)
CE certified
High energy efficiency, precise particle control, cryogenic compatibilityHigher cost, requires maintenance, limited batch size for industrial use
Jaw CrusherCoarse crushing of hard materials200mm feed opening ▲
50kW power (IEC 60034)
Robust, handles large feed sizes, low maintenanceHigh noise (100 dB), limited to coarse crushing, energy-intensive
Roller MillGrinding medium-hard materials25mm roller gap ▲
Stainless steel rollers (ASTM A276)
Consistent particle size, easy cleaning, cost-effectiveModerate throughput (500 kg/h), not suitable for very hard materials
Mortar and PestleSmall-scale manual grinding1L capacity ▲
Ceramic/metal pestle (ISO 9001)
Low cost, no electricity needed, precise controlLabor-intensive, slow (10g/min), limited to small batches
Jet MillUltra-fine grinding of heat-sensitive materials50L capacity ▲
Inert gas cooling (ISO 14175)
Produces ultra-fine particles (1-50 µm), no heat generationHigh operational cost ($0.5/kWh), complex maintenance, expensive
Vibratory MillMedium to fine grinding50L capacity ▲
Stainless steel chamber (ASTM A240)
Efficient for medium batches (50-100 kg), low noise (70 dB), easy cleaningLimited to certain material types, slower than planetary mills (2-4h/batch)

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