701E44 - Machinery

Infrared heating cabinet

Infrared oven for small plastic sizes

Perfect for heating small thermoplastic materials evenly, quickly and safely: The material is simply placed on the removable metal tray or in a vacuum forming frame. In addition, a sensor is built into the 701E44=S which informs the user both optically and acoustically when the pre-defined material sag depth has been reached.

The modern design of the "small" infrared oven is completed by the distinctive stainless steel front panel.

Voltage	3x400 V
Performance	3,7 kW
Weight	135 kg

All specifications

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Functionality

All benefits at a glance

Sensor for exact measurement of the material sag depth with acoustic and optical signal (only 701E44=S)
8 infrared quartz tubes with single reflectors ensure uniform heating
Optical temperature sensor permits continuous monitoring of the material surface temperature
Heat insulated housing, enclosed on all sides
Optical temperature sensor permits continuous monitoring of the material surface temperature
Material can be placed on the removable metal tray or in a vacuum forming frame

Heat more quickly – consume less energy

An Ottobock infrared oven heats plastics in a very short time. A 4 mm thick polypropylene sheet can be heated in just 4 to 6 minutes. Infrared ovens do not need to be pre-heated – the radiant heat is fully available in an instant. This significantly reduces energy consumption in the orthopaedic workshop.

All benefits at a glance

Sensor for exact measurement of the material sag depth with acoustic and optical signal (only 701E44=S)
8 infrared quartz tubes with single reflectors ensure uniform heating
Optical temperature sensor permits continuous monitoring of the material surface temperature
Heat insulated housing, enclosed on all sides
Optical temperature sensor permits continuous monitoring of the material surface temperature
Material can be placed on the removable metal tray or in a vacuum forming frame

Infrared ovens are the first choice when plastics need to be heated in the orthopaedic workshop.

The way they work makes the difference: In conventional convection ovens an object is heated by absorbing ambient heat in a closed compartment. In contrast, the heat in an infrared oven is generated in the form of electromagnetic waves absorbed by the material directly. This has many advantages: Higher speed, greater productivity and a significantly greater energy efficiency are the result.

Heat more quickly – consume less energy

All benefits at a glance

Sensor for exact measurement of the material sag depth with acoustic and optical signal (only 701E44=S)
8 infrared quartz tubes with single reflectors ensure uniform heating
Optical temperature sensor permits continuous monitoring of the material surface temperature
Heat insulated housing, enclosed on all sides
Optical temperature sensor permits continuous monitoring of the material surface temperature
Material can be placed on the removable metal tray or in a vacuum forming frame

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Specifications

Product information

Voltage	3x400 V
Performance	3,7 kW
Weight	135 kg

Product Data

Article number	701E44=S
Version	With sensor for programmable measurement of the blister depth for vacuum formed sockets, incl. 2-stage alarm function
Equipment	Stainless steel front panel and doors, stainless steel interior, 1x sliding tray with Teflon liner, double swing doors with double-glazed viewing window, nterior lighting 2x 25W illuminants, opto-electronic IR measuring head for measuring the material surface temperature, PID controller, temperature continuously variable from 30
Electrical connection in V/Hz/kW	3 x 400 N/PE / 50-60 / 3.7
Infrared radiator	Panel heating consisting of eight pcs. 460 W infrared quartz tubes with single reflectors at top
Material	Steel, Stainless steel
Size (W x D x H)	900 mm x 700 mm x 920 mm
Inside width	810 mm
Inside depth	580 mm
Inside height	510 mm
Interior volume	240 l
Weight	135 kg