Commercial DTF Powder Shakers and Heat Press Machines | Audley DTF Essentials

Audley DTF finishing equipment presented by Central Print Supply. Central Print Supply is operated by Amcad & Graphics as an authorized Audley dealer. Central Print Supply is not Audley corporate or Audley US.

DTF Essentials

Complete your Direct-to-Film workflow with industrial-grade finishing equipment. From automated powder shakers designed to support controlled adhesive application and curing, to dual-station heat presses built for repeatable production workflows.

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Powder Shakers & Heat Presses

Audley ADL07K12 Powder Shaker | Central Print Supply

Audley ADL07K12 Shaker

The ADL07K12 is designed for coordinated DTF powder application, curing, and take-up. Its listed configuration includes automatic powder feeding, filtration, and multi-stage heating. Final performance depends on media, powder, ink, environmental conditions, and operating settings.

Compatibility 24" (60cm) DTF Printers
Powder System Automatic feeding and recycling
Curing System Multi-stage tube heating
Purification Built-in active carbon air purifier
Key Features Auto take-up reel, touch control panel
Audley YD-4060(D)Pro Heat Press Machine | Central Print Supply

YD-4060(D)Pro Heat Press Machine

Industrial dual-station heat transfer equipment designed to support repeatable pressure and temperature control across production runs. Confirm the exact pressure system, electrical requirements, and operating specifications in the written quote and manufacturer documentation.

Platen Size 40 cm × 60 cm (16 × 24 in)
Stations Dual-station (shuttle design)
Pressure System Hydraulic or pneumatic configuration; verify by quoted model
Temperature Digital precision control
Application DTF transfers, sublimation, and HTV, subject to material compatibility

Why It Matters: The Finishing Workflow

Printing the transfer is one part of the DTF workflow. Adhesive application, curing, pressing, garment compatibility, ink, powder, film, temperature, dwell time, pressure, and operator procedure can all affect finished-transfer quality and wash performance. Audley finishing equipment is designed to help standardize this production phase.

Automated Powder Shakers

  • Even Application: Automated powder-handling systems are designed to support more even TPU powder coverage when correctly configured.
  • Perfect Curing: Multi-stage heating is designed to cure the adhesive layer according to the selected film, powder, and production settings.
  • Clean Air: The listed configuration includes active-carbon filtration. Ventilation requirements should still be evaluated for the installation site and local requirements.

Industrial Heat Presses

  • Uniform Pressure: Powered pressure systems are designed to improve consistency across the platen when correctly maintained and operated.
  • Dual-Station Speed: A dual-station layout allows the next garment to be staged while the active station is completing a press cycle.
  • Consistent Heat: The heating platen is designed for stable temperature control. Actual temperature uniformity should be verified during setup and routine maintenance.

Frequently Asked Questions

Do I need an external fume extractor for the ADL07K12 Shaker?

The ADL07K12 is listed with built-in active-carbon filtration, but that does not automatically eliminate the need for site ventilation or external extraction. Installation requirements should be evaluated based on the room, production volume, local codes, and the applicable safety documentation.

Why choose a hydraulic heat press over a manual clamshell?

A powered dual-station press can provide more repeatable pressure and workflow control than a basic manual press when it is correctly configured and maintained. Confirm whether the quoted YD-4060(D)Pro uses a hydraulic or pneumatic system and verify the platen, electrical, pressure, and temperature specifications before purchase.

Does the shaker automatically roll up the finished film?

The listed configuration includes automatic take-up after curing and cooling. The equipment should still be monitored during operation, and unattended use should not be assumed unless expressly permitted by the manufacturer documentation and the installation environment.