Infrared heating cabinet
The top model scores points for well-thought- out solutions in every detail. In particular, the rotatable material cart and the sensor integrated into model 701E40=S guarantee optimal user convenience.
The top model scores points for well-thought- out solutions in every detail. In particular, the rotatable material cart and the sensor integrated into model 701E40=S guarantee optimal user convenience.
The material cart can be rotated 180° in one easy step. The plastics are warmed either on the Teflon-coated work surface or the practical rack with space to fit 3 vacuum forming frame sizes. If the user wants, the integrated sensor measures exactly how deep the material is sagging in the oven. Optical and acoustic signals notify the user when the pre-defined sag depth has been reached.
| Voltage | 3x400 V | 3x208 V |
| Performance | 8,5 kW | 8,5 kW |
| Weight | 347 kg | 347 kg |
All benefits at a glance
- Sensor for exact measurement of the material sag depth with acoustic and optical signal (only for models 701E40=S)
- Mobile material cart with rotation function facilitates switching between Teflon-covered work surface and vacuum forming frame quickly and saves space
- State-of-the-art infrared quartz tubes with single reflectors ensure an even heating
- Optical temperature sensor permits continuous monitoring of the material surface temperature
- Simple operation via a central element with temperature setpoint entry and timer function
- Storage function for user-defined heating processes
- Graphical progress indicator for monitoring
- Heat insulated housing (except for infrared oven 701E43), enclosed on all sides
- Space-saving sliding door
- Stainless steel front panel with 3 viewing windows
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
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.
Product information
| Voltage | 3x400 V | 3x208 V |
| Performance | 8,5 kW | 8,5 kW |
| Weight | 347 kg | 347 kg |
Product Data
| Article number | 701E40=S | 701E40=S-US |
| Version | Material cart with rotation function for switching between sheet materials and vacuum formed sockets, sensor for programmable measurement of the blister depth for vacuum formed sockets, tower light for visualising the operating status, incl. 2-stage alarm function | |
| Equipment |
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| Electrical connection in V/Hz/kW | 3 x 400 N/PE / 50–60 / 8.5 | 3 x 208–230 PE / 50–60 / 8.5 |
| Infrared radiator | Panel heating with 18 infrared quartz tubes, with individual reflectors | Panel heating with 18 infrared quartz tubes, with individual reflectors |
| Size (W x D x H) | 1.600 mm x 1.270 mm x 1.430 mm | 1.600 mm x 1.270 mm x 1.430 mm |
| Material | Steel, Stainless steel | Steel, Stainless steel |
| Inside width | 1,300 mm | 1,300 mm |
| Inside depth | 1,090 mm | 1,090 mm |
| Inside height | 500 mm | 500 mm |
| Interior volume | 709 l | 709 l |
| Weight | 347 kg | 347 kg |