SC 700 Pyrolysis Oven For Cleaning Polymer-Processing Components
Use controlled pyrolysis only for suitable metallic components and thermoplastic residues. Confirm component material, coatings, geometry, residue, load, emissions and finishing requirements before cleaning.
MAS can assess component material, geometry and residue before defining the appropriate cleaning application.
Why The MAS SC 700?
SC 700 uses a controlled thermal process to remove suitable thermoplastic residue from approved metallic components. It is not a general-purpose oven and must not be presented as suitable for unknown alloys, coatings, elastomers, hazardous residues or sealed assemblies.
The Super-Cleaner SC 700 uses a defined pyrolysis process to remove thermoplastic residues from suitable metallic components. Controlled treatment supports repeatable cleaning while helping reduce the risk of overheating and damage associated with uncontrolled combustion methods.
Best Suited For:
Controlled Thermal Cleaning Instead Of Uncontrolled Burn-Off
Uncontrolled burning can expose tools and machine components to excessive or uneven temperatures. Mechanical removal may also be difficult where polymer residue is located in narrow openings, channels or complex component geometries.
The SC 700 provides a controlled pyrolysis environment for thermoplastic-residue removal. This makes it possible to clean suitable metallic components more consistently while supporting component protection and return to service.
How An SC 700 Cleaning Application Is Defined
The exact cleaning programme depends on the component, thermoplastic residue and required result. The following application sequence should be confirmed with MAS before operation.
Component Assessment
The component material, dimensions, geometry, surface treatment and thermoplastic contamination are reviewed to determine whether pyrolysis cleaning is suitable.
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Loading And Programme Selection
Suitable components are arranged for treatment and the cleaning programme is selected according to the load and residue characteristics.
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Controlled Pyrolysis Cleaning
The thermoplastic residue is thermally decomposed under controlled process conditions designed to avoid uncontrolled overheating of the metallic component.
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Cooling, Finishing And Inspection
After the defined cycle, the component is allowed to reach a safe handling condition. Remaining deposits are removed as required before inspection and reuse.
Components And Cleaning Applications
MAS explicitly positions the SC 700 for sensitive metallic components contaminated with thermoplastic residues, including filter discs and extrusion tools. Other components should be evaluated individually before they are included in the application scope.
Filter And Screen Components
Metallic filter discs and related components can retain polymer residues after production. Controlled thermal cleaning can support residue removal before inspection and maintenance.
Extrusion Tools
Suitable metallic extrusion tools can be cleaned where thermoplastic deposits would otherwise require intensive manual treatment or uncontrolled burn-off methods.
Application-Specific Components
Additional metallic polymer-processing parts may be suitable depending on their material, coatings, construction and contamination. MAS should confirm suitability before cleaning.
Key Benefits Of The SC 700
Reliable Residue Removal
Developed for cleaning thermoplastic residues from suitable metallic polymer-processing components.
Controlled Thermal Treatment
A defined pyrolysis process provides a more controlled alternative to improvised or uncontrolled combustion cleaning.
Protection Against Overheating
The SC 700 is designed to help protect sensitive components from overheating and related burn-off damage.
Cleaning Of Complex Areas
Thermal treatment can act on residues in areas that may be difficult to reach with direct mechanical cleaning.
Reduced Intensive Scraping
Thermal decomposition reduces the thermoplastic deposit before any required finishing and inspection work.
Support For Component Reuse
Cleaned components can be inspected and prepared for maintenance or return to production, subject to their condition.
Repeatable Maintenance Process
Defined cleaning programmes can support a more consistent maintenance workflow for recurring component loads.
Application Support From MAS
MAS can review the component and residue before the machine configuration and cleaning concept are finalised.
SC 700 Technical Overview
The publicly available MAS product information confirms the product designation, cleaning method and principal application below. Chamber dimensions, load limits, cycle data, installed power, exhaust-air requirements and utility connections should be added only from an approved SC 700 data sheet.
| Technical Parameter | Confirmed Information |
|---|---|
| Product designation | Super-Cleaner SC 700 |
| Equipment type | High-performance pyrolysis oven |
| Primary function | Cleaning thermoplastic residues from sensitive metallic components |
| Named applications | Filter discs and extrusion tools |
| Process objective | Reliable, gentle cleaning with protection against uncontrolled overheating and burn-off damage |
What MAS Needs To Assess Your Application
Provide the following information so the SC 700 application can be evaluated accurately:
- Component name and function
- Component material and any coatings
- Overall dimensions and weight
- Photographs or drawings
- Thermoplastic type and residue condition
- Cleaning frequency and batch size
- Current cleaning method
- Required result and available installation space
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Technical Support For Your SC 700 Project
Send component drawings, materials/coatings, residue/SDS, dimensions, weight, cleaning frequency, current method, required result, utilities and local emissions requirements.
