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  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
  • Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring
Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring

Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring

  • 1 - 1 Sets
    $12,000
  • >= 2 Sets
    $11,000

Customization:

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

Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Wire Bending Precision: Designed to create complex 3D shapes, including serpentine springs, using manual or CNC-driven processes for high accuracy.
  • Multi-Material Compatibility: Processes a variety of materials such as steel bars, carbon steel, plastic, and wood to produce components for diverse applications.

Key features

  • 1. Durable Corrosion-Resistant Steel Construction

  • With a robust steel body, this machine ensures longevity and reliability in industrial environments. The material choice withstands heavy use and harsh conditions, outperforming plastic or lightweight alternatives*.

  • 2. Hybrid Manual/CNC Operation for Flexible Control

  • With the ability to switch between manual and CNC modes, you can achieve precise automated bending or manual adjustments as needed. This versatility makes it ~30% faster for setup than fully manual models* while retaining hands-on control.

  • 3. Multi-Material Compatibility for Broad Applications

  • Engineered to process steel, carbon steel, plastic, and wood, this machine adapts to diverse materials. Its adaptability exceeds single-material machines, enabling production of components like serpentine springs, decorative frames, and structural parts.

  • 4. Ergonomic Design for Safe, User-Friendly Operation

  • Featuring intuitive controls and safety guards, the machine prioritizes operator safety and ease of use. Its modern interface reduces learning curves compared to complex industrial alternatives*.

  • 5. Compliance with Industrial Safety Standards

  • Designed to meet rigorous safety protocols (e.g., OSHA guidelines), this machine ensures secure operation in workshops and factories. Its certifications align with global industrial machinery standards*.

Product details

Manual Wire Bending Machine 3D CNC Wire Bending Machine Used for Serpentine Spring

The Manual Wire Bending Machine 3D CNC is a versatile industrial tool designed for precision manufacturing of serpentine springs and other metal components. Built with durable steel and carbon steel, it combines manual operation with CNC capabilities for flexibility. Its sleek, modern design includes a digital control panel for precise adjustments and robust safety features to ensure operator protection.

Technical specifications

FeatureSpecificationBenefit
Material ConstructionSteel and carbon steel frameEnsures durability and structural integrity
Processing CapabilitiesHandles plastic, bars, and carbon steelVersatile for diverse material applications
Power TypeDual modes: Manual + CNCSwitch between manual precision and automated workflows
Control PanelDigital interface with adjustable settingsEnables precise angle/dimension adjustments
Safety FeaturesGuardrails and emergency stop switchesProtects operators during high-speed operations
Warranty1-year manufacturer warrantyCovers defects and mechanical issues

Customization guide

Adjustable bending angles (±0.1° increments) and programmable CNC templates allow customization of spring shapes and sizes. Users can modify parameters like wire diameter (0.5–6mm) and bend radius to meet specific design requirements.

Get inspired

Create intricate serpentine springs for automotive, HVAC, or industrial applications. The machine’s hybrid manual/CNC design empowers small workshops to produce both standardized and bespoke components efficiently.

Choose your model

ParameterBase Model (Manual)Advanced Model (Manual + CNC)Pro Model (Full CNC)
Automation LevelManualSemi-Automatic (+30% speed)Fully Automatic (+60% speed)*
Precision±2mm±1.5mm (+25% accuracy)±1mm (+50% accuracy)
Max Wire Diameter6mm8mm (+33% capacity)10mm (+67% capacity)

Supplier's note

  1. Technical Breakthroughs:

    • Dual Power Modes: With manual and CNC operation, users can toggle between precision crafting and high-volume production.
    • Digital Control Panel: Enables ±0.1° angle adjustments, reducing errors by 40% compared to traditional machines.
    • Safety Integration: Guardrails and emergency stops cut accident risks by 50% in industrial settings.
  2. Optimal Version Selection:

    • Base Model: Ideal for small workshops prioritizing cost-effectiveness and manual control.
    • Advanced Model: Perfect for medium-scale production needing occasional CNC precision (e.g., custom automotive parts).
    • Pro Model: Best for high-volume manufacturers requiring 24/7 automation and ±1mm accuracy (e.g., HVAC spring production).

*Pro Model’s speed exceeds industry benchmarks by 20%, thanks to its advanced servo motors.

Frequently asked questions

  • Which manual wire bending machine is best for creating serpentine springs?

  • How do I maintain a manual wire bending machine for long-term use?

  • Can this machine handle both steel bars and carbon steel materials?

  • Does the 3D CNC feature allow custom bends for unique parts?

  • Is this machine certified for industrial safety standards?

  • What’s the difference between manual and CNC modes on this bending machine?

  • Can I use this machine for bending plastic and wooden components?

  • What warranty and support come with the manual wire bending machine?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Automation LevelSmall workshops, prototypingManual operation (no automated features)Cost-effective, easy to operate (no programming required)Low precision ▼, slower production ▼, requires skilled labor ▼
Mass production, high-volume ordersComputer Numerical Control (ISO 9001 certified)▲▲▲ +90% precision, automated repeatability (±0.1mm tolerance, ISO 10360)Higher upfront cost, requires technical training
Material CompatibilityGeneral metalworking, basic partsProcesses plastic/wood/steel (ASTM D638 tensile strength compliance)Versatile for lightweight materials (e.g., plastic prototypes)Limited to simpler geometries ▼
Complex industrial componentsProcesses carbon steel/bar (EN 10083-3 hardness rating)▲▲ Handles high-strength alloys, precision for serpentine springsRequires CNC programming for advanced materials
Production SpeedLow-volume, custom orders10–15 parts/hour (manual operation)Flexible for small-batch adjustmentsTime-intensive for large orders ▼
High-volume manufacturing40–50 parts/hour (CNC automation)▲▲▲ 4x faster output, reduces labor costsRequires downtime for programming setups
Precision & AccuracyBasic bending, simple shapes±2mm tolerance (ISO 2768 general tolerance class)Sufficient for non-critical applicationsInconsistent results for intricate designs ▼
Precision engineering, aerospace parts±0.1mm tolerance (ISO 10360 certified)▲▲▲ 95% accuracy, meets aerospace standardsHigher maintenance costs for calibration
Cost & ROIBudget-constrained projectsBase model: $2,500–$4,000 (manual)Low capital investment, minimal operational overheadHigher long-term costs due to labor and inefficiency
Industrial-scale operationsAdvanced model: $15,000–$25,000 (CNC)▲▲ 30% lower per-unit cost at scale, faster ROI for high-volume usersHigher initial investment, requires space for installation
Warranty & SupportShort-term projects, occasional use1-year standard warranty (covers mechanical parts)Affordable protection for basic usageLimited coverage for software/CNC components ▼
Heavy-duty, continuous operation3-year extended warranty (includes CNC software)▲▲ 2x longer coverage, 24/7 technical supportWarranty costs add ~5% to upfront price

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