SMT Dispensing Test & Calibration Paper

Ensure flawless adhesive application with Funsmt’s SMT Dispensing Test Paper. Designed for high-precision calibration, this opaque white specialized paper features a standardized layout that allows operators to instantly verify dispensing coordinates, flow rates, and volume consistency—preventing costly defects before mass production begins.

Critical Quality Control for SMT Lines

• Instant Accuracy Verification: The specific marking lines and opaque surface provide a high-contrast background to detect even the slightest dispensing deviations or "satellite" drops.

• Flow Rate & Volume Calibration: Helps technical teams determine the exact dispensing amount, ensuring that the glue volume meets IPC standards and prevents component shifting or short circuits.

• Drastic Waste Reduction: By performing a quick test run on our specialized calibration paper, you avoid wasting expensive PCBs and high-value electronic components due to clogged nozzles or misaligned dispensing heads.

• Industry-Standard Durability: Engineered to withstand the mechanical handling of SMT dispensers without tearing or warping, maintaining a flat surface for accurate measurement.

Technical Specifications

• Customization Available: We can customize the paper width and core dimensions to fit your specific brand of SMT dispenser or custom feeder setup.

Professional Instructions & Workflow

1. System Loading: Load the test paper into the SMT glue dispenser or dedicated test feeder.

2. Execution: Run a standard dispensing program to apply adhesive dots or lines onto the paper surface.

3. Visual Audit: Use the integrated marking lines to check for:

   • Position Offset: Is the glue centered on the target coordinate?

   • Flow Consistency: Is the dot size uniform across the entire run?

   • Tailing/Stringing: Is the nozzle breaking the adhesive clean?

4. Calibration: Adjust the machine parameters (pressure, speed, or nozzle height) based on the visual results before starting the PCB production batch.