Automatic Screen Printer
Model: NSP-150 / NDP-150

NSP-150 Front View

Product Overview

NSP-150 / NDP-150 are precision ceramic-substrate screen printers for chip resistor production. They provide full automation, multi-axis fine adjustment, and stable positioning for consistency-focused mass production.

Why Choose NSP-150 / NDP-150

Approx. 2.2 s/piece
100mm stroke reference speed
High-precision positioning
For stable printing requirements
X/Y/theta/Z fine adjustment
Multi-axis screen adjustment mechanism

Key Features

  • Multiple pre-print checks/processes improve process stability.
  • Color HMI displays production/alarm information for easier on-site management.
  • Front/back, left/right, rotation, and height adjustments are independent for high operational flexibility.

Implementation Flow

  1. Requirement interview: confirm substrate size, target CT, and quality standards.
  2. Machine evaluation: plan alignment, printing, and furnace-entry conditions.
  3. Pilot validation: verify printing precision and stability with samples.
  4. Implementation training: establish standard parameters and line-change workflow.
  5. Mass-production optimization: continuously adjust settings based on line feedback.

Images

Key Specifications

  • Machine cycle: at 1,700 cm/min and 100 mm stroke, approx. 2.2 s/piece
  • Part Size: 60mm x 70mm or 49.5mm x 60mm (thickness 0.25mm~1.0mm)
  • Positioning method: linkage-type center positioning
  • Screen holder adjustment: X±3mm / Y±3mm / theta±1° / Z+3/+0mm
  • Squeegee speed: 50-2,500 cm/min; return speed: 50-1,000 cm/min
  • Control mode: PLC + color HMI
  • Power: AC110V single-phase
  • Machine dimensions: NSP-150 1,920W x 900D x 1,100H; NDP-150 3,130W x 1,000D x 1,100H (without tower light)
  • Machine weight: NSP-150 approx. 300 kg; NDP-150 approx. 600 kg

Applications

Chip resistor series

Detailed Datasheet

Related Resources

Use Cases

Implementation experience at multiple passive component plants in Kaohsiung and Taoyuan

NSP series supports multi-SKU printing workflows and has been deployed at multiple passive-component plants in Kaohsiung and Taoyuan with ongoing mass-production optimization.

FAQ

How should NSP-150 and NDP-150 be selected?

The suitable model is selected based on target throughput, part size, and on-site layout.

What information is needed for implementation evaluation?

Please provide substrate size, target CT, printing quality requirements, and site constraints.