I. Basic Definition & Model Significance

The 1625 Automatic Feeding Vibrating Knife Cutting Machine is a precision CNC equipment integrating high-frequency vibrating cutting technology and an automatic feeding system, specifically designed for efficient processing of flexible and semi-rigid materials.

- Meaning of "1625": The working area dimensions are 1600mm (width) × 2500mm (length), a standard specification in the industry.
- Core Configuration: High-frequency vibrating knife head (20,000-36,000 vibrations per minute), servo drive system, intelligent control system, and automatic feeding device.
- Technical Position: Replaces traditional die cutting and manual cutting, realizing digital processing with "no die, high precision, and high efficiency".

II. Core Working Principle

1. Principle of Vibrating Cutting Technology

The blade performs high-frequency vertical micro-vibration (20,000-36,000 times per minute) with an amplitude of 1-3mm, generating high-frequency shear force. It achieves "cold cutting" through molecular-level separation, with no thermal deformation and smooth, burr-free edges. The blade supports 360° rotation and precise movement along X/Y/Z axes to cut any complex shape.

2. Working Mechanism of Automatic Feeding System

Roll Material Loading → Automatic Feeding → Vacuum Fixing → Cutting → Continuous Feeding Cycle
- Roll Material Mode: The material roll is placed on the rear bracket; after laying the material head on the workbench, the system starts the "cutting-feeding" cycle.
- Uninterrupted Operation: After cutting the current material section, the automatic feeding system pulls subsequent material into the working area, enabling 24-hour continuous production.
- Compatibility: Supports both roll materials (max 1.6m width) and sheet materials.

III. Main System Components

System Components	Function Description
CNC Intelligent Control System	Industrial-grade computer + touchscreen, supporting AI/PLT/DXF/PDF file import, parameter setting, and cutting monitoring.
High-Frequency Vibrating Knife Head	Built-in Swiss technology vibration motor, quick blade replacement, compatible with round/creasing knives.
Precision Motion Platform	High-precision guide rail + ball screw + servo motor, positioning accuracy up to ±0.05mm.
Vacuum Adsorption Workbench	Aviation aluminum platform + 4mm adsorption felt, multi-zone adsorption to fix materials firmly.
Automatic Feeding Device	Unwinding rack + transmission mechanism + tension control, supporting continuous feeding of roll materials.
Auxiliary Systems	Dust removal device, safety protection, lighting system for stable operation.

IV. Key Technical Parameters (Standard Configuration)

Parameter Item	Typical Value
Working Area	1600mm (width) × 2500mm (length)
Cutting Accuracy	±0.05~±0.1mm (hairline-level precision)
Maximum Cutting Speed	1200~2600mm/s (3-5× faster than traditional processes)
Vibration Frequency	Up to 36,000 times per minute (adjustable)
Applicable Material Thickness	0.1~20mm (varies by material)
Feeding Method	Automatic feeding (roll materials) / Manual feeding (sheet materials)
Power Requirement	AC 380V/220V, 50/60Hz（can be changed)
Equipment Dimensions	Approx. 4200×2800×1600mm (L×W×H, including feeding rack)
Overall Weight	Approx. 1800~2800kg

V. Core Advantages of Automatic Feeding System

1. Production Efficiency Revolution
- Continuous Operation: One-time clamping of roll materials enables 24-hour unattended cutting, daily output increased by 80-100%.
- High-Speed Cutting: 1.2~2.6m/s cutting speed, 3× faster than traditional die cutting.
- Labor Saving: 1 operator can monitor 2-3 machines, per capita capacity increased by 1.5×.

2. Material Adaptability & Utilization
- Wide Compatibility: Leather, fabric, PVC, rubber, foam, carbon fiber, composite materials (20+ types).
- Intelligent Nesting: Automatic path optimization, material utilization rate up by 30%, waste rate <2%.
- Roll Material Specialization: Ideal for large-area roll materials like carpets, curtains, automotive interiors.

3. Cost Optimization
- Die-Free Processing: Saves mold costs (thousands per mold) and storage space.
- Low Consumable Cost: Tungsten steel blade life is 3× that of traditional tools.
- Energy Efficient: 50% less power consumption than laser cutting, no air pollution.

VI. Typical Application Scenarios

1. Automotive Interior Industry
- Seat fabric cutting (cutting + creasing in one pass, efficiency up 50%).
- Foot mats/trunk mats (dual-station processing, daily capacity 500+ sets).
- Instrument panels/door panels (high-precision cutting for assembly accuracy).

2. Home Textile Industry
- Curtains/sofa covers (continuous roll cutting, daily output up 3×).
- Carpet customization (auto edge-following for printed carpets, no molds).
- Mattress fabrics (large-format precision cutting for dimensional consistency).

3. Advertising & Display Industry
- Large KT/foam boards (dual-station zoned cutting, less waste).
- Light box cloth/flags (high-speed cutting for complex patterns).
- Signage (smooth edges without secondary processing).

4. Composite Material Processing
- Aerospace interiors (lightweight material precision cutting).
- Sports goods (neoprene, carbon fiber racket cutting).
- Electronic flexible PCBs (ultra-thin material cutting, 0.1mm+).

VII. Brief Operation Process

1. Design Preparation: Design patterns with CAD/CAM software, import into intelligent nesting system.
2. Material Installation: Mount roll on unwinding rack, lay sheet on workbench, activate vacuum adsorption (8-12KPa).
3. Parameter Setting: Select material type (20+ presets), set cutting speed/frequency/depth.
4. Intelligent Cutting: Start auto feeding + cutting cycle, real-time monitoring with auto shutdown on abnormality.
5. Finished Product Processing: Unload, inspect dimensions/edges, stack or transfer to next process.

The 1625 Automatic Feeding Vibrating Knife Cutting Machine balances "high-efficiency mass production" and "precision processing" via dual-core technology. It boosts capacity by 80-100%, cuts costs by 30%, and suits automotive interiors, home textiles, advertising, and composites. Ideal for large-scale production with high material consumption and precision demands.