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  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
  • Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine
Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine

Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine

$2500.00-$20000.00/ 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）
View product details

Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Automatic Nuts Feeding & Spot Welding: Integrates a vibratory bowl feeder and robotic arm to automate the placement and spot welding of nuts, ensuring precision and efficiency in assembly processes.
  • High-Precision Robotic Manipulation: The customizable robotic arm enables accurate component handling and welding, supporting diverse material types and task requirements.

Key features

  • 1. Corrosion-Resistant Metal Construction

    • With a corrosion-resistant metal body, ensure long-lasting durability in industrial environments. This robust design outperforms plastic-based competitors prone to wear and tear, maintaining precision over extended use.

  • 2. Programmable Touchscreen Interface

    • With a programmable touchscreen interface, customize welding parameters and presets for precise, repeatable results. Unlike traditional models with fixed settings, this allows quick adjustments for diverse nut types and material thicknesses.

  • 3. High-Duty Cycle Performance

    • With a 50% rated duty cycle, operate continuously 20% longer than standard spot welders* to meet high-volume production demands. Ideal for commercial settings requiring minimal downtime.

  • 4. Integrated Vibratory Feeder System

    • With an integrated vibratory feeder, automate nut supply for uninterrupted production, reducing manual labor and increasing efficiency by up to 30% compared to manual feeding methods.

  • 5. Safety-Certified Design

    • With safety-certified design features, comply with industrial safety standards (e.g., protective guards and emergency stops) to ensure operator safety, surpassing basic models lacking advanced safety protocols.

Product details

Automatic Nuts Feeder and Automatic Nuts Spot Welder Automatic Nuts Welding Machine

The Automatic Nuts Feeder and Spot Welder combines precision automation with robust performance, designed for high-volume assembly tasks in manufacturing. With a 50% rated duty cycle and 380V voltage compatibility, it ensures reliable operation in demanding environments. Its modular design integrates a vibratory bowl feeder, programmable robotic arm, and customizable tooling for seamless integration into production lines.

Technical specifications

FeatureSpecificationApplication Scenario
Rated Duty Cycle50%Continuous operation in heavy-duty assembly lines
Voltage Requirement380V, 50HzIndustrial facilities with standard power supply
Material Handling SystemHigh-capacity vibratory bowl feederAutomated feeding of nuts and small components
Robotic Arm Precision±0.02mm repeatabilityPrecision spot welding in electronics or automotive parts
Control PanelProgrammable digital interfaceCustomizable speed, force, and cycle parameters
Safety FeaturesEmergency stop, overload protectionEnsuring operator safety in high-risk environments

Customization guide

Adjustable robotic arm grippers and modular tooling allow customization for specific component sizes (e.g., M3–M10 nuts). The control panel’s programmable parameters can be tailored to match production speed requirements or material handling needs.

Get inspired

With its automated feeding system and precise spot welding capability, this machine reduces labor costs and defects in mass production. Ideal for automotive, electronics, and hardware manufacturing, it streamlines workflows by eliminating manual feeding and ensuring consistent weld quality.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Duty Cycle50%+20% (60%)+30% (65%)
Welding Speed30 components/min36 components/min42 components/min
Payload Capacity5kg8kg12kg
Tooling CustomizationStandard grippersAdjustable jawsFull 6-axis robotic arm

Supplier's note

  1. Key Technical Breakthroughs:

    • The vibratory bowl feeder reduces downtime by automating component feeding, improving efficiency by 20% compared to manual systems.
    • The ±0.02mm precision robotic arm ensures defect-free welds in tight tolerances, surpassing industry-standard ±0.05mm.
    • The 50% duty cycle (base model) allows uninterrupted operation in high-volume production, while the Pro’s 65% duty cycle enables 24/7 industrial use.

  2. Optimal Version Selection:

    • Base Model: Ideal for SMEs needing cost-effective automation (e.g., small-batch electronics assembly).
    • Advanced Model: Suitable for mid-scale manufacturers requiring adjustable tooling (e.g., automotive parts suppliers).
    • Pro Model: Best for heavy-duty industries like automotive or aerospace, where 65% duty cycle and 12kg payload ensure uninterrupted high-volume production.

With the Pro’s 65% duty cycle, you can sustain 24/7 operations in automotive assembly lines. Pair its 12kg payload capacity with customizable grippers to handle large components, cutting downtime by 30% compared to traditional systems.

Frequently asked questions

  • Which automatic nuts welding machine model is best for high-volume automotive assembly lines?

  • How do I clean the vibratory bowl feeder on the automatic nuts spot welder?

  • Can the robotic arm gripper on the automatic nuts feeder be customized for different nut sizes?

  • Is the 380V automatic nuts welding machine CE-certified for industrial use?

  • What’s the benefit of the 50% rated duty cycle in automatic nuts welding machines?

  • How does the automation in the nuts spot welder improve manufacturing efficiency?

  • Which materials can the automatic nuts welder handle effectively?

  • Can the automatic nuts welding system integrate with existing production lines?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Duty CycleHigh-volume production lines requiring continuous operationIndustry: 40%Base: 50% (▲10% vs Industry)Advanced: 60% (▲20% vs Base) (IEC 60204-1)
Reduces downtime for cooling; ideal for 24/7 operations.Base requires periodic maintenance; Advanced may need advanced cooling systems.
Voltage InputFacilities with 380V power or needing voltage flexibilityIndustry: 220-240VBase: 380V single-phase (▲40% voltage capacity)Advanced: 380V/220V adaptable (▲ dual-voltage support) (IEC 60038)
Supports high-power applications; Advanced ensures adaptability to global grids.Advanced requires complex wiring; Base may limit compatibility in some regions.
Cooling System EfficiencyEnvironments with high ambient temperatures or prolonged useIndustry: Passive coolingBase: Active air cooling (▲20°C temp reduction)Advanced: Liquid cooling (▲25% efficiency vs Base) (ISO 13732)
Prevents overheating; Advanced ensures stable performance in extreme conditions.Base may require frequent fan cleaning; Advanced needs fluid maintenance.
Material Handling CapacityAssembly lines needing fast, precise component feedingIndustry: Manual feedingBase: Vibratory bowl (300 parts/hour) (▲ISO 10218-1)Advanced: Robotic arm (500 parts/hour) (▲66% throughput vs Base)
Reduces manual labor; Advanced enables high-speed automation.Base has limited scalability; Advanced requires programming expertise.
Automation LevelFactories aiming to reduce labor dependencyIndustry: Semi-automaticBase: Programmable control (ISO 13849) (▲customizable workflows)Advanced: PLC-controlled (▲full automation) (IEC 61131-3)
Base reduces manual intervention; Advanced minimizes human error.Base needs basic training; Advanced requires skilled technicians.
Noise LevelWorkspaces near offices or noise-sensitive environmentsIndustry: 85 dB (louder than lawnmower)Base: 75 dB (▲10 dB quieter)Advanced: 65 dB (▲20 dB quieter than Industry) (IEC 61496)
Base meets OSHA standards; Advanced suits quiet zones.Noise reduction tech adds cost; Advanced may require acoustic shielding.

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