Description

Bench separable multi-ply/bilateral Heating machine
mod. MULTIBI 3000 1GS

Heating length mm. 3000
Heating width mm. 5-40
Max. thickness mm. 10
Machine with 1 group

The Bench separable multi-ply/bilateral Heating machine MULTIBI 3000 1GS,
was projected and built to heat plastic materials like polymethylmethacrylat (PMMA),
polycarbonate (PC), polystyrene (PS), and other, to bend them without internal or
external striations and/or burnings.

The machine is equipped with 2 complete heating groups (above and below).

The MULTIBI has the undisputed advantage to have a well delimited irradiation area,
this allows to make radial plies and to control the ray size.

A quick adjusting system of the radiating area is assembled on the machine,
such system also allows to keep the parallelism of the cooling groups.

A valuable feature of the MULTIBI is to use wire resistances that delivers
an homogeneous and linear heating.

By the MULTIBI very thick materials can be heated without turning sheets because
the machine has a double irradiation: upper and lower.

If the materials to be dealt have thickness between 3 and 5 mm., the upper groups can be
overturned and positioned on the guides supporting the lower ones, thus giving the user
the possibility to obtain 4 plies.

It’s possible to transform 2-ply machines (2G) in machines with
3 or 4 plies (3G and 4G) assembling 1 or 2 additional groups AUS 2000 G.

Each group requires that 1 lighting switch and 1 power selector is added on
the MULTIBI 2000 consolle.

TECHNICAL DATA

– Volt 220
– frequency Hz 50
– 2 heating bars
– max. power Watt 2000
– max. heated area mm. 40 / min. mm. 5
– min. distance between 2 plies mm. 40 with irradiated area mm. 50
– air pressure 3 bar
– heating length mm. 3000
– weight kg. 250
– overall dimensions mm. 3600x2850x1650 (length x depth x height)
– compulsory cooling

Optional cooling unit
– cooling unit ICE 5.4
– Volt 220
– max. power Watt 400
– weight kg. 24

Use conditions:

– min. use temperature -10 degrees C / max. +50 degrees C
– max. relative moisture 80%
– max. altitude 1000 mt o.s.l.