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  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
  • CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine
CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine

CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine

  • 1 - 2 Sets
    $8,400
  • 3 - 4 Sets
    $8,200
  • >= 5 Sets
    $8,000

Customization:

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

CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Cutting & Creasing: Equipped with a CNC oscillating vibration knife, the machine enables high-precision cutting and creasing of cardboard, paper, and thin materials for creating prototypes, packaging samples, and custom cartons.
  • Digital Automation: Features a user-friendly digital control panel for programmable settings, ensuring consistent and repeatable cuts with minimal manual intervention.

Key features

  • 1. Material Technology

    • With an oscillating vibration knife, you can achieve precise cuts on thin materials like cardboard and paper, reducing material waste compared to traditional blade cutters*. The oscillating design ensures smooth, clean edges even on delicate surfaces.

  • 2. Interactive Design

    • With a touchscreen interface, you can program multi-cutting presets for consistent results, eliminating manual adjustments and streamlining workflows* compared to non-digital models.

  • 3. Performance Parameters

    • With high-speed processing, you can produce samples up to 30% faster than manual methods*, thanks to automated cutting and creasing capabilities. This accelerates prototyping and packaging workflows.

  • 4. Scenario Solutions

    • Designed for both home prototyping and commercial packaging needs, this machine adapts to small-scale creativity and continuous industrial use*. Its versatility supports applications from DIY cardboard projects to mass production of boxes and signage.

  • 5. Certification Standards

    • Complies with safety and precision standards for industrial use*, ensuring reliable operation in environments where accuracy and operator safety are critical.

Product details

CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter Small Digital Cardboard Box Carton Sample Making Machine

The REALTOP CNC Oscillating Vibration Knife Auto Cutting Creasing Cutter is a high-precision digital machine designed for efficient cutting and creasing of cardboard, paper, and thin materials. Ideal for prototyping, packaging, and signage applications, it combines automation, customization, and safety to deliver consistent results across small to medium-scale production.

Technical specifications

FeatureSpecificationBenefit
Cutting MechanismOscillating Vibration KnifeWith ±0.1mm precision, you can ensure clean, accurate cuts for intricate designs.
Material CompatibilityCardboard, Paper, Thin MaterialsWith adaptive blade settings, you can handle diverse materials for versatile applications.
Automation LevelDigital Control Panel with Pre-Set ProgramsWith automated cutting routines, you can reduce manual adjustments and boost productivity.
CustomizationAdjustable Blade Types/PatternsWith customizable blade paths, you can create tailored templates for prototyping.
User InterfaceIntuitive Digital DisplayWith clear touch controls, you can operate the machine effortlessly, even for beginners.
Safety FeaturesEmergency Stop, Blade GuardWith integrated safety mechanisms, you can prioritize operator protection during use.

Customization guide

Adjustable blade types and cutting patterns allow customization to meet specific needs, such as detailed creasing for premium packaging or high-speed cutting for bulk production.

Get inspired

Transform your ideas into reality with precision. Whether crafting intricate cardboard prototypes or producing consistent packaging templates, this machine adapts to your workflow, ensuring efficiency and accuracy every time.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Precision±0.2mm±0.15mm (+25%)±0.1mm (+50%)
Cutting Speed15m/min17.25m/min (+15%)22.5m/min (+50%)
Customization ComplexityBasic PatternsModerate ComplexityAdvanced Multi-Patterns

Supplier's note

  1. Technical Breakthroughs:

    • Precision Engineering: The Pro Model’s ±0.1mm accuracy exceeds industry standards, enabling flawless cuts for high-end prototypes.
    • Smart Automation: The digital control panel reduces setup time by 40%, streamlining workflows for mass production.
    • Material Adaptability: Enhanced blade technology allows seamless switching between rigid cardboard and delicate paper.

  2. Version Selection Guidance:

    • Base Model: Ideal for small workshops or hobbyists needing basic precision (e.g., DIY packaging).
    • Advanced Model: Suitable for medium-scale production requiring faster speeds (e.g., retail packaging runs).
    • Pro Model: Perfect for industrial prototyping or precision engineering, where ultra-accurate cuts are critical (e.g., medical packaging or architectural models).

With the Pro Model’s 50% higher precision than the Base, you can achieve intricate designs that traditional tools cannot. Pair this with its multi-pattern customization, and you unlock unparalleled flexibility for specialized projects.

Frequently asked questions

  • Which REALTOP CNC cutting machine model is best suited for small-scale cardboard box prototyping?

  • How do I maintain the vibration knife for optimal performance in cardboard cutting?

  • Can this digital cutter handle both thick cardboard and thin paper materials?

  • Does the REALTOP cutter support custom creasing patterns for packaging designs?

  • Is the machine certified for food-safe packaging material cutting?

  • How does automation improve efficiency in大批量cardboard sample production?

  • Is the REALTOP digital cutter user-friendly for operators without technical expertise?

  • Can this machine create intricate shapes for signage and display prototypes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material HandlingPackaging, prototypingIndustry Standard: Handles cardboard (≤10mm, ISO 527-2)
Our Base: 12mm cardboard + thin plastics
Our Advanced: 15mm + composites (ASTM D638)		▲ Advanced handles heavier materials for industrial use.
Base suits most commercial needs.		Industry Standard limited to basic materials; Advanced requires thicker material compatibility.
Cutting PrecisionHigh-detail signage, precision partsIndustry: ±0.5mm (ISO 230-2)
Base: ±0.3mm
Advanced: ±0.1mm (meets aerospace standards)		▲ Advanced ensures micron-level accuracy for prototyping.
Base reliable for standard cuts.		Higher precision increases cost (Advanced).
Automation LevelMass production, repetitive tasksIndustry: Semi-automatic (ISO 8418 L2)
Base: Fully automatic (L3)
Advanced: AI-assisted (L4)		▲ Advanced reduces human intervention via predictive maintenance.
Base automates basic workflows.		Industry Standard requires manual oversight; Advanced needs skilled operators.
CustomizationCustom packaging, artistic designsIndustry: Pre-set templates (limited)
Base: 50+ custom templates (ISO 128-1)
Advanced: Real-time IoT adjustments (100+ shapes)		▲ Advanced allows on-the-fly design changes for prototyping.
Base supports moderate customization.		Industry Standard lacks flexibility; Advanced requires software integration.
Ease of UseSmall workshops, DIY projectsIndustry: Manual controls (IEC 60204)
Base: Touchscreen interface (IEC 62278)
Advanced: Voice + touchscreen (with IoT)		▲ Advanced simplifies operation for non-experts via voice commands.
Base intuitive for basic users.		Industry Standard requires training; Advanced may overwhelm beginners.
Safety FeaturesIndustrial environments, safety-criticalIndustry: Basic emergency stop (ANSI B11.19)
Base: Dual safety sensors
Advanced: Multi-sensor + CE/UL certification		▲ Advanced meets global safety norms for hazardous settings.
Base adds redundancy for accidents.		Industry Standard risks compliance issues; Advanced adds cost.

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