
Features and Specifications:
Designed for use with CNC glass scoring tables.
Available as either a Breakout Table or Free Fall Air Float Table.
Standard air flotation system suitable for glass up to 1/4" thick.
Full-plenum air flotation design provides smooth glass movement and positioning.
Non-tilting table construction for stability and durability.
Heavy-duty welded steel construction:
Base fabricated from 3" square heavy-wall steel tubing.
Top frame fabricated from 2" x 2" rectangular heavy-wall steel tubing.
Carpet-over-composite tabletop protects glass surfaces during handling.
High-density composite board tabletop with adhesive-bonded needle-punch carpet.
PVC edge trim extends carpet life and protects tabletop edges.
Foot pedal-operated air flotation blower control for hands-free operation.
Mounted on four swivel casters for easy positioning within the facility.
Four adjustable jack screws for leveling and setting operating height.
Fully skirted base reduces blower noise and improves workplace comfort.
Suitable for manual overhead loading and glass transfer operations.
Free Fall loading recommended only for glass up to 1/4" thickness.

Available Options
Pneumatic Breaker Bars
X-direction breaker bar (maximum one, centered)
Y-direction breaker bars (maximum two, evenly spaced)
Available individually or in X & Y configurations
Upgraded Blower Systems
Upgrade smaller tables from 3 HP to 5 HP blower.
Additional blower units available for larger tables and heavier glass applications.
Blower Damper Control
Hand-operated airflow adjustment system.
Allows optimization of air flotation performance for both thin and thick glass.
Ideal Applications
CNC glass cutting and scoring systems
Window and insulated glass production
Architectural glass fabrication
Low- to medium-volume glass manufacturing
Glass breakout, transfer, and staging operations
Built for durability, ease of operation, and reliable glass handling, PST Aculite-Style Air Float Tables provide a practical solution for improving workflow efficiency while reducing manual handling effort.

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