Description
The VACUPRESS Convection Oven Size 1 is an extremely compact heating cabinet, purpose-built to complement thermoforming and vacuum-forming devices. It offers consistent, evenly distributed heat — ideal for pre-heating thermoplastics, softening materials, or curing molded parts before or after forming.
Key Features & Benefits
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Uniform, gentle heating: As a convection oven, it circulates warm air around the material — ensuring even heating and reducing the risk of hot spots or uneven softening, which is critical when preparing thermoplastics for forming or rework.
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Compact bench-top design: Its small footprint makes it a great fit for clinics, orthotic labs, or small-to-medium workshops where space is limited — yet heating capability is still required.
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Reliable accessory for thermoforming workflows: Works well as a supporting device for vacuum-forming presses and deep-drawing units — facilitating pre-heating, post-forming curing or drying of orthotic shells, insoles, or prosthetic components.
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Versatile use cases: Suitable for softening EVA, thermoplastic sheets, insole materials, or other plastics — also useful for curing or drying parts after forming, lamination, or composite work.
Typical Use Scenarios
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Pre-heating thermoplastic sheets or insoles before vacuum-forming or molding to ensure flexibility and proper forming behavior.
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Post-forming heat treatment or drying of molded orthotic shells, foot orthoses, prosthetic shells, or custom footwear parts.
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Softening or warming materials prior to assembly — such as prepping insoles, heel lifts, braces, or shell components.
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General workshop tasks like curing adhesives, drying composite layups, or gently heating parts before further processing.
Why Choose VACUPRESS Convection Oven Size 1
The Convection Oven Size 1 stands out for combining precision, reliability, and compactness — giving you an essential heating tool that integrates smoothly into any orthotic, prosthetic, or shoe-making workflow. Whether used for pre-heating, curing, drying, or material softening, it helps ensure consistent results and improves the quality and repeatability of thermoforming and lamination work — without requiring large industrial ovens or excessive floor space.
