Wet Wipe Machine[2]

Updated: 2026-09-15

Overview

The Wet Wipe Machine is essential for manufacturing pre-moistened wipes across industries. These machines automate the entire process, from fabric unwinding to folding, moistening with solutions (e.g., disinfectants or lotions), and sealing in pouches or bulk packaging. Modern variants integrate IoT for real-time monitoring of moisture levels and production speed, ensuring consistency. Imported models, particularly from Germany or Italy, often feature higher precision in liquid dosing and meet stringent EU safety standards, making them preferable for pharmaceutical or food-contact applications.

Structure and Working Principle

A standard machine comprises a fabric unwinder, folding unit, liquid application system, cutting mechanism, and packaging module. The fabric is fed through rollers, folded to desired layers, then saturated with solution via spray nozzles or immersion tanks. Advanced models use servo motors for precise cutting and PLC controls to adjust wipe size (commonly 150x200mm) and moisture content (typically 150–300% by weight). For alcohol-based wipes, explosion-proof designs are critical to comply with ATEX directives in imported European machines.

Key Features

1. **Customization**: Adjustable wipe count (50–100 pieces/min) and fold types (C-fold, Z-fold). 2. **Hygiene**: FDA-grade stainless steel contact surfaces for medical wipes. 3. **Efficiency**: Energy-saving drying systems reduce liquid waste by 15–20%. High-end imports often include vision systems to detect defects and automatic tension control to prevent fabric tears. For eco-conscious buyers, some models offer water recycling systems to minimize effluent discharge.

Application Areas

1. **Medical**: Sterile alcohol wipes for hospitals (requires ISO 13485 certification). 2. **Consumer**: Baby wipes with lotion infusion. 3. **Industrial**: Solvent wipes for machinery cleaning. In food processing, machines must use food-safe lubricants and comply with NSF H1 standards. Automotive sector variants handle oil-based solutions and thicker non-woven materials (up to 80gsm).

Maintenance and Precautions

Daily tasks include nozzle cleaning to prevent clogging and lubrication of chains. Monthly inspections should check hydraulic pressure (maintain 0.6–0.8MPa) and electrical components. For machines handling flammable solutions, install gas detectors and use antistatic brushes. Always shut down power before replacing cutting blades, which typically last 6–12 months under normal use. Imported machines may require voltage stabilizers (220V±5% for European models).

B2B Procurement Guide

When importing, verify: 1. **Certification**: CE mark for EU, FDA 21 CFR for US. 2. **Duty rates**: 5–10% for machinery under HS Code 8422.40. 3. **Lead time**: 60–90 days for custom configurations. Request FOB quotes including sea freight (approximately $3,000–$5,000 for a 20ft container from Asia). Prioritize suppliers offering training and local spare parts inventory. For high-volume production (>200 packs/min), consider rotary-type machines which cost 20–30% more but offer superior output.