Product Overview
- Factory-direct label cutting machine (Yitu model A3 MAX6) designed for A3-size media with a maximum cutting and media width of 340 mm.
- Built under a standardized production system by Shenzhen Yitu Electromechanics Co., Ltd.; full quality inspection from raw materials to finished product.
- Compact, low-power device (
Product Features
- Model: A3 MAX6; maximum cutting width/media width: 340 mm.
- Auto-feeding capacity up to 150 pieces for batch processing.
- High cutting precision: ±0.01 mm; repeat precision: 0.082 mm.
- Maximum cutting speed: 1200 mm/s and maximum force: 2000 g.
- Multiple communication modes: disk / USB cable / Wi‑Fi.
- Operating environment: +5 °C to +35 °C.
Product Value
- Cost-effective factory-direct sourcing reduces purchase cost while maintaining quality control.
- High precision and repeatability improve finished-label consistency and reduce material waste.
- Automated feeding and fast cutting speed increase throughput for short runs and medium-volume jobs.
- Low power consumption and compact footprint lower operational costs and ease integration into varied production environments.
Product Advantages
- Standardized production and strict quality checks ensure reliable, consistent performance.
- Excellent precision (±0.01 mm) and stable repeatability (0.082 mm) for demanding label applications.
- Strong cutting force (2000 g) and high speed (1200 mm/s) handle a variety of materials efficiently.
- Flexible connectivity (USB, Wi‑Fi, disk) supports modern workflows and easy file transfer.
- Backed by an experienced R&D team and customizable/personalized solutions to meet customer requirements.
Application Scenarios
- Sticker and label cutting for packaging, retail, and product identification.
- Small-batch and custom label production for print shops and e‑commerce sellers.
- Cutting of heat-transfer vinyl and small textile decals for apparel and crafts.
- Prototyping, signage, decal production, and sample making in design studios and maker spaces.
- Industrial and commercial labeling tasks where precision, repeatability, and moderate throughput are required.