Hydraulic presses for BANF soles application
One of the features that most let us stand out on the market is our long-standing experience: working in this sector for sixty years, in fact, we at Elettrotecnica B.C. have learned to understand the special features and difficulties of footwear production, managing to develop effective solutions to support manufacturers.
Together with us, some historical machines were conceived, such as the BANF hydraulic press for soles application: designed in 1962, it is still known and requested all over the world for its high reliability. This technology has other features that make it so appreciated by manufacturers, such as the distance between the toe-holder support and the pillow that allows working on both normal footwear and boot models without having to make changes. There are also adjustable parameters which optimize the work flow, including the pressing time.
You can find all about our hydraulic presses technical details in our catalog!
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One station hydraulic press with cushion with rubber sectors
The model P85G is a hydraulic press at one station with cushion with rubber sectors..
The press model P85G can be used by both a craftsman and shoe factories, with very good results.
| Technical details | |
|---|---|
| Dimensions: | Cm 53 (21”) x 49 (19”) x 172 (68”) |
| Net weight: | Kg 225 ( 496 LBS) |
| Gross weight: | Kg. 245 ( 540 LBS) |
| Assorbed power: | Kw 1,5 |
Hydraulic sole press for opanka soles
The press mod. P81TS is a hydraulic sole press for compressing shoes of OPANKA and training type.
The press Mod. P81TS presents the following characteristics:
1 - The compressing bearing does not move to bring the shoe into contact with caps, but are the caps that descend to press the shoe against the bottom of the dish, allowing not to have to adjust the lenght of caps and to block the shoe.
2 - Caps descend at a low pressure and are therefore in compliance with the rule to prevent accidents.
3 - The bottoming parts compression takes place through the caps that push the shoe against a layer of resin compressed by liquid in order to have the different shapes.
4 - The compressing of heel and cap is obtained through the action of 2 hydraulic cylinders, that push two shaped rubber sections, which wrap the shoe in the toe-end and in the heel part.
5 - The side-compressing takes place with the contemporary action of two series of hydraulic pistons, that force a block of rubber to perfectly adthere to the side shape of the shoe.
6 - A series of programs introduced into the machine allow:
a) to compress the bottoming parts with different pressure of sides;
b) to compress the sides without compressing the bottoming parts;
c) to compress the bottoming parts without compressing the side.
By using this machine it is possible to obtain:
a) Better check of execution of compressing;
b) No machine stop for replacing the tyres of bearing when they puncture;
c) Economy of working, as the machine does not require great and expensive quantities of compressed air, as the old presses do for compressing.
| Technical details | |
|---|---|
| Dimensions: | Cm 122 (48”) x 112 (44”) x 180 (71”) |
| Net weight: | Kg 710 ( 1565 LBS) |
| Absorbed power: | Kw 1,5 |
Programmed hydraulic press for attaching soles with 3 independent pressure and touchscreen panel - Patent Pending -
- The hydraulic sole-applying press model P2000 is greatly appreciated by customers both for its operational reliability and for the
technical accuracy of all its parts. - Thanks to its lamellar sector pads with differentiated air-shape (3 independent pressure), the hydraulic press model P2000 allows to press soles on any type of footwear.
- Its self-levelling system for fixing the tips on the last, ensures a perfect and stable adhesion before the pressing cycle.
- This sole-pressing machine has been designed to allow any type of working to be carried out either on standard shoes or on boots, thanks to control the upstroke of the pad which ensures the possibility to choose a greater or smaller distance between the work-table and the last-fixing tips.
| Technical details | |
|---|---|
| Electric power: | Kw 1,5 |
| Hydraulic pump: | Kg/Cm 100 |
| Dimensions: | cm 101 (40”) x 105 (41”) x 190 (75”) |
| Net weight: | Kg 1010 (2226 LBS) |
| Gross weight with crate: | Kg. 1250 (2756 LBS) |
Plane hydraulic press with indipendent rubber sectored cushions self-adapting to all type of soles and self levelling tips for all type of shoes except LXV
The hydraulic sole-applying press model P2000 is greatly appreciated by customers both for its operational realiability and for the techinical accuracy of all its parts.Thanks to its lamellar sector pads with differentiated air-shape, the hydraulic press model P2000 allows to press soles on any type of footwear.Its self-levelling system for fixing the tips on the last, ensures a perfect and stable adhesion before the pressing cycle.This sole-pressing machine has been desing to allow any type of working to be carried out either on standard shoes or on boots, thanks to control the upstroke of the pad which ensures the possibility to choose a greater or smaller distance between the the work-table and the last-fixing tips.
| Technical details | |
|---|---|
| Dimensions: | cm. 101(40”) x 105(75”) x 190(75”) |
| Net weight: | Kg. 1010 (2226 LBS) |
| Electric power: | Kw 1,5 |
| Hydraulic pump: | Kg/Cm 100 |
Pressa idraulica universale con bacinelle a settori di gomma autoadattanti ad ogni tipo di scarpa compreso il tacco Luigi XV e puntali autolivellanti
The hydraulic sole-applying press model P2000 is greatly appreciated by customers both for its operational realiability and for the techinical accuracy of all its parts.Thanks to its lamellar sector pads with differentiated air-shape, the hydraulic press model P2000 allows to press soles on any type of footwear.Its self-levelling system for fixing the tips on the last, ensures a perfect and stable adhesion before the pressing cycle.This sole-pressing machine has been desing to allow any type of working to be carried out either on standard shoes or on boots, thanks to control the upstroke of the pad which ensures the possibility to choose a greater or smaller distance between the the work-table and the last-fixing tips.
| Technical details | |
|---|---|
| Dimensions: | cm 101(40”) x 105(75”) x 190(75”) |
| Net weight: | Kg 1010 (2226 LBS) |
| Electric power: | Kw 1,5 |
| Motor power: | Kg/Cm 100 |
Hydraulic Press for outsole application mod. PV2 SCAT
The distance between the points-holder support and the pillow permits to work on normal shoe and boots without modifications The adjustement of the pressing varies from 0 to 50 seconds and permits to use any glue On demand , the machine can be supplied with pillows full of water
| Technical details | |
|---|---|
| Dimensions: | cm 80 (31,5”) x 62 (24”) x 182 (72”) |
| Net weight: | Kg 420 (530 LIB) |
| Electric power: | Kw 1,5 |
| Working pressure: | 25- 50 Atm |
Hydraulic press for soles with cushion with adjustable rubber sectors
The distance between the points-holder support and the pillow, permits to work on normal shoes and on boots, without modifications. The adjustement of the pressing time varies from 0" to 50" and permits to use any glue.
| Technical details | |
|---|---|
| Dimensions: | cm 80 (31”) x 62 (24”) x 182 (72”) |
| Net weight: | Kg 420 (926 LBS) |
| Absorbed Power: | Kw 1,5 |
Hydraulic press for outsole application
The distance between the points-holder support and the pillow permits to work on normal shoe and boots without modifications. The adjustement of the pressing varies from 0 to 50 seconds and permits to use any glue. On demand , the machine can be supplied with pillows full of water.
| Technical details | |
|---|---|
| Dimensions: | cm 80 (31”) x 62 (24”) x 182 (71”) |
| Net weight: | Kg 420 (926 LBS) |
| Electric power: | Kw 1.5 |
| Working pressure: | 25 - 50 BAR |