Bring routine polymer removal in-house with a focused thermal-cleaning system built for smaller heat-compatible metal tooling and production components. The perfect tool room cleaning oven for injection and extrusion molders.

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Compact Burn-Off Oven Purpose Built for Injection Molding & Extrusion Tool Rooms

The EB-13 uses controlled heat to break down polymer, resin, oil, grease, and other combustible organic residue on compatible metal components. Once the processing and cooldown stages are complete, the remaining material is reduced to ash for final cleaning and inspection.

Made for Mixed Tool-Room Loads

Process smaller molds, plates, fixtures, nozzle components, molding hardware, and maintenance parts within one focused in-house cleaning system.

*3D System Model

Built for Smaller Components

A practical option for facilities that regularly clean compact polymer-processing tooling but do not require the chamber capacity of a larger industrial oven.

  • Clean fixtures, plates, and reusable metal components
  • Consolidate mixed tooling into scheduled maintenance loads
  • Improve surface access for inspection after final ash removal

Its compact configuration is designed around smaller compatible components and mixed tooling loads, making it a practical option for facilities cleaning nozzle parts, molding hardware, breaker plates, screen packs, small dies, fixtures, and maintenance components.

*Final system selection should account for tooling construction, dimensions, weight, residue type, organic loading, cleaning frequency, available utilities, and allowable processing temperature.

FAQ: EB Series (EB-13)

Compact Design

Mixed Load Capacity

Automated Cycle Control

Learn more about compact in-house thermal cleaning for hot runner components, nozzle parts, molding hardware, extrusion tooling, and mixed tool-room loads.

What is the EB Series designed to clean?

The EB-13 is designed for smaller, heat-compatible metal tooling and production components affected by polymer and other combustible organic residue. Potential applications include small hot runner assemblies, nozzle tips, nozzle components, injection molding hardware, breaker plates, screen packs, small extrusion dies, fixtures, plates, and maintenance parts.

Does the burner flame directly contact the tooling?

No. The burner flame does not directly contact the components inside the load chamber. The EB-13 uses controlled heat and limited-oxygen processing to decompose combustible organic residue.

How does the EB-13 cleaning process work?

Compatible tooling is loaded after unsuitable seals, electronics, sensors, and temperature-sensitive materials have been removed. The system raises the chamber to programmed operating conditions and uses controlled heat to decompose polymer, resin, grease, oil, and other organic residue.

Can complete assemblies be placed inside the EB-13?

Some assemblies may be suitable, but each application must be reviewed individually. Electronics, wiring, seals, bearings, sensors, brazed areas, coatings, mixed-material components, and other temperature-sensitive parts may need to be removed before processing.

Bring recurring cleaning of nozzle components, molding hardware, small dies, fixtures, and maintenance parts into your own facility.