Technical Specifications
| Specification | Details |
|---|---|
| Model | HH-BPC370 |
| Maximum feeding size | 370 mm |
| Roller width | 380 mm |
| Maximum inspection area | 370 × 350 mm |
| Minimum inspection area | 50 × 30 mm |
| Maximum unwinding diameter | Ø 700 mm |
| Maximum rewinding diameter | Ø 700 mm |
| Maximum inspection speed |
Up to 200 m/min Actual speed depends on label size, detection content and accuracy requirements. Minimum detectable defect: 1 mm². |
| Minimum slitting width | 15 mm |
| Slitting blade options | Round blade or razor blade (selectable) |
| Slitting speed | Up to 200 m/min |
| Machine dimensions (L×W×H) | 2800 × 1250 × 1500 mm |
| Air pressure | 0.4 – 0.6 MPa |
| Machine motor | 7 kW |
| Machine weight | ≈ 2000 kg |
| Voltage | 380 V, 50/60 Hz, 3-phase |
| Inspection system components | High-speed/line-scan cameras, industrial-grade lenses, LED light sources, image capture cards, real-time image processing software, signal I/O interface and mechanical supports. |
| Detection capabilities (examples) | Misregistration, color variation, burrs/cutting deviation, missing prints, partial loss, smudges, defective foil/hot-stamping, dirty spots and other printing & quality defects. |
| Customization & options | Custom light sources, mounting brackets, signal protocols, additional cameras, reject systems, and software presets to match specific label types and production workflows. |
Product Description
Product Overview: Zero-Defect Quality Control
The NBPC-370 High-Speed Label Inspection Machine is the ultimate "Gatekeeper" for your label production line. Designed to replace manual inspection, this machine utilizes advanced 4K/Line-Scan Cameras and AI-driven software to perform 100% automatic quality control. It detects even the smallest printing defects and verifies variable data in real-time at speeds up to 200 meters per minute, ensuring that not a single defective label reaches your customer.
Key Inspection Capabilities
- Full Print Defect Detection: Automatically identifies common quality issues including Missing Prints, Dirty Spots, Ink Splashes, Color Variation, and Misregistration (down to 0.1mm² accuracy).
- Variable Data Verification (OCR/OCV): Essential for Pharmaceutical and Logistics labels. The system reads and verifies 1D Barcodes, 2D QR Codes, and Alphanumeric Serial Numbers against your database to prevent Duplicates, Missing Codes, or Unreadable Codes.
- Integrated Slitting & Rewinding: More than just an inspector, the NBPC-370 includes a Slitting Unit (with Round or Razor blades). It allows you to inspect, slit, and rewind finished rolls in one efficient pass.
- 3D Defect Reporting: The software generates a detailed PDF quality report for every roll, recording the exact location and type of every defect, which helps you analyze production issues and improve yield.
Ideal Applications
This machine is mandatory for industries requiring strict quality assurance:
- Pharmaceutical Labels: Verifying drug codes and instructions.
- Electronic Labels: Checking serial numbers and UL marks.
- Premium Cosmetic Labels: Detecting tiny foil stamping defects or scratches.
Secure Your Quality Reputation: Don't let a bad batch ruin your brand. Contact Newtop Machinery to see a demo of the NBPC-370 Inspection System.
Product Video
FAQ: Label Inspection Machine - NBPC-370 | 100% Defect Detection System
It detects two main categories: 1. Visual Defects: Dirty spots, missing ink, color deviation, die-cutting errors, and foil stamping defects. 2. Variable Data: It verifies Barcodes (Code 128, EAN), QR codes, and sequential numbers to ensure they are readable and not duplicated.
Yes. The NBPC-370 is equipped with a slitting station. You can choose between Round Knives or Razor Blades depending on your material. This allows you to perform inspection and slitting simultaneously, delivering finished rolls directly to packing.
The machine is mechanically designed for speeds up to 200 meters per minute. However, the actual inspection speed depends on the complexity of the defects and the size of the labels. For most standard jobs, it runs significantly faster than manual inspection, boosting your throughput.
