When choosing a UV printer, the key parameters to focus on can be systematically sorted based on core performance, application adaptability, operational convenience, and supporting conditions, combined with the technical specifications of UV printers . The details are as follows:
1. Core Printing Performance Parameters
These parameters directly determine the quality, efficiency, and stability of printing output, which are the most fundamental considerations.
Print Resolution: It affects the clarity and detail of the printed image. Common specifications include 600×600 DPI, 600×1200 DPI, 1440 DPI, etc. For high-precision scenarios (such as crystal labels, fine packaging), a resolution of 1080 DPI or above is recommended
Print Speed: It is critical for production efficiency, usually divided into high-speed and low-speed modes.
Print Head Configuration: The print head is the core component, and its type, quantity, and nozzle specifications directly impact speed and quality. Key points include:
Type: High-performance options like Ricoh G6 (adopted by XMS-H2, XMS-S7) and Konica 1024A (used in flatbed series) are more reliable.
Quantity: Customizable from 2 to 24 heads (e.g., flatbed series TINK-1310 supports 4-24 heads), with more heads generally leading to faster speeds.
Nozzle size: Smaller nozzles (e.g., 6PL) deliver finer prints, suitable for delicate patterns.
Ink Compatibility & System:
Ink Type: UV ink is standard for UV printers; confirm if it meets environmental requirements and adhesion needs (e.g., for materials like metal, plastic).
Ink Supply System: Features like continuous supply (e.g., 2000ml capacity in flatbed series), constant temperature and pressure, and intelligent stirring (to prevent sedimentation) ensure stable ink output.
Ink Capacity: For large-volume production, larger ink cartridges reduce replacement frequency.
2. Application Adaptability Parameters
These determine whether the printer can meet specific material and size requirements, which is crucial for scenario-based use.
Print Size & Working Area:
Flatbed printers: Focus on print size (e.g., TINK-1310: 1300×1000mm; TINK-3250: 3200×5000mm) and machine size (to fit the workshop space).
One pass/roll-to-roll printers: Pay attention to print width (e.g., XMS-F7 ultra: 54-864mm) and customizable print area (e.g., within 400mm for XMS-H2).
Material Compatibility:
Supported Materials: Confirm if it adapts to target materials, such as paper, plastic, metal, wood, acrylic, ceramic tiles, fabrics (e.g., DTG series for cotton), or phone cases (crystal label series).
Material Thickness: The maximum thickness the printer can handle (e.g., XMS-F7 ultra: 0.2-100mm; flatbed series TINK-1310: 0-120mm customizable), which is critical for thick materials like wooden boards or metal plates.
Print Height Adjustment: The adjustable range of the platform (e.g., XMS-A3: 0-180mm; XMS-U302: 1.5-8mm) allows adaptation to materials of different thicknesses.
3. Operational & Practical Parameters
These affect the convenience of daily use, maintenance costs, and long-term stability.
Data Transmission Interface: High-speed interfaces like Gigabit Ethernet and USB 3.0 (adopted by most New Mosheng models) ensure fast and stable file transfer, avoiding delays in large-volume printing.
RIP Software Support: Compatible software (e.g., PHOTO PRINT, Mantai, CADlink) affects color management, layout efficiency, and compatibility with various file formats (TIFF, PDF, EPS, JPEG, etc.).
Automation & Intelligence:
Automatic Functions: Such as automatic print head cleaning (XMS-A3), intelligent ink shortage alarm (XMS-A3), and electronic automatic lifting of the ink carriage (flatbed series) reduce manual operations and errors.
Feeding Mode: Automatic feeding (e.g., XMS-F7 ultra) improves efficiency compared to manual feeding, especially for mass production.
Power & Environmental Requirements:
Power Supply: Most models use 220V AC (50/60Hz), but confirm power consumption (e.g., XMS-H2: 3.0KW; XMS-F7 ultra: 6.0KW) to match the workshop's power capacity.
Working Environment: Temperature (18-28°C for most models) and humidity (40-70% RH for flatbed/crystal label series; 65-80% RH for XMS-F7 ultra) need to be met to ensure ink drying and print quality.
4. Physical & After-Sales Support Parameters
Machine Size & Weight: Ensure the workshop has sufficient space (e.g., XMS-F7 ultra: 3200×600×1080mm; TINK-3250: 5160×5800×1320mm) and that the floor can bear the weight (e.g., TINK-3250: 2950kg).
After-Sales & Training: Check if the manufacturer provides free operation training, regular maintenance guidance, and remote fault diagnosis (as offered by New Mosheng's technical training system), which is essential for solving problems quickly.
Customization Capabilities: For special needs, confirm if the manufacturer supports OEM/ODM services, such as customizing ink types, print width, or automated connection solutions (New Mosheng's core advantage).
Summary of Key Selection Logic
Clarify the core application scenario (e.g., high-precision crystal labels, large-format flatbed printing, or textile direct printing) to lock in parameters like resolution, print size, and material compatibility.
Balance efficiency and quality: Prioritize high speed and multiple print heads for mass production; prioritize high resolution and small nozzles for fine products.
Consider long-term costs: Focus on the durability of the print head, ink consumption, and after-sales support to avoid high maintenance costs.
Match on-site conditions: Ensure the machine's size, weight, and power requirements are compatible with the workshop environment.
By focusing on these parameters, you can select a UV printer that aligns with your production needs, budget, and operational environment.