Pulsing Release Module 2 Kit
Pulsing Release Module 2 Kit

HeyGears

Pulsing Release Module 2 Kit

$689.00
Shipping calculated at checkout.
Product Highlights 
  • Upgraded for More Precise Pulse Control
  • ≤1 mm Ultra-fine Pillars with Better Surface Quality
  • ≤3 mm Thin-Walled Structures with Reduced Abnormal Layer Lines
  • More Extreme Support Parameters
  • Up to 60% Less Support Usage
  • Up to 54% Reduction in Support Contact Point Area
    Resin Compatibility:
    • Resins that must use PRM 2: PAC10, PAE10, PAU20
    • Resins not compatible with PRM 2: PAWW10 & PAWW20

    Compatible with the Following 3D Printers:

    • Reflex 2 3D Printer
    • Reflex 2 Pro 3D Printer

    Pairs well with

    Upgraded for More Advanced Pulse Control

    Improved Surface Quality for Precise Details

    Large-format Parts

    Self-supporting Complex Structures

    Less Support Waste, Faster Post-processing

    25%~54% Less Time Needed for Sanding or Polishing

    The total area of support contact points has been reduced by 25% to 54%*, resulting in a decrease in the time needed for sanding or polishing.

    20% - 60% Fewer Supports

    A lower peeling force reduces the demand for supports. As a result, support material usage is cut by 20%-60%* while ensuring successful prints, improving resin utilization.

    *Data sourced from HeyGears Lab, the results may vary with different resins. For low-viscosity materials, it is recommended to adjust the support critical angle to ensure printing quality.

    Reduced Peeling Force, Enhanced Print Results

    How it Works

    During the printing process, the PRM 2 creates a cycle of positive and negative pressure within the release film with periodic inflation and deflation.

    This creates a larger peeling angle, reducing the force needed to separate the printedpart from the release film.

    Reduce Peeling Force by Approximately 50%*

    The Reflex 2 series, combined with the Pulsing Release Module 2, achieves a dramatic reduction in peeling force—by about 50%*.

    This not only minimizes the need for support optimization but also breaks through the limits of manual tuning, ensuring a comprehensive improvement in final print quality.

    *Data sourced from HeyGears Lab, based on the large-format model with PAS10 resin

    Successful Prints With a Support Critical Angle as low as 15°

    The reduction in peeling force allows for a lower critical support angle, which minimizes the number of supports and the area of support contact points, thereby streamlining the post-processing workflow.

    Push the Boundaries of Your Support Settings

    The reduction in peeling force allows for more extreme support parameters: the diameter of the support contact point can be reduced by up to 30%*, achieving up to a 70%* reduction in the area of the support contact point.

    Specifications

    • Input Voltage: 24V DC
    • Rated Power: 25 W
    • Dimensions: 310*148*235 mm 310*148*235 mm (12.52*35.83*39.25 in)
    • Weight: 3 kg