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sepro_multiinject_range_recadré

Les deux modèles de robots Multi Inject sont spécialement conçus pour effectuer du déchargement transversal dans le moule sans toucher la seconde unité d’injection verticale de la presse à injecter.

A la différence des robots cartésiens classiques, ces robots sont conçus avec un bras de démoulage coulissant sur l’axe horizontal et peuvent ainsi accéder dans le moule, à la verticale.

Ils sont plus économiques qu’un robot à accès latéral et bénéficient en plus de la flexibilité d’un robot cartésien 3 axes.

  • Guidages prismatiques pour une grande rigidité
  • Servomoteurs puissants et soft intelligent pour des temps d’intervention dans le moule réduit
  • Implantation transversale ou portique au-dessus du moule
  • Bras direct pour MI20 – Bras télescopique pour MI 30
  • Armoire électrique sur poutre pour dégager l’espace ou au sol (option)
  • Maintenance simplifiée – périodicité annuelle

Visual 2

Pour les applications plus complexes, Visual 2 pilote les différents équipements périphériques.

Visual 3

Le contrôle commande Visual 3 est adapté pour des applications complexes avec gestion de plusieurs périphériques et peut intégrer plus de 2 cartes 16E/16S.

stdClass Object ( [ID] => 4724 [post_author] => 2 [post_date] => 2015-02-12 14:35:36 [post_date_gmt] => 2015-02-12 14:35:36 [post_content] => [post_title] => MI-20 [post_excerpt] => [post_status] => publish [comment_status] => closed [ping_status] => closed [post_password] => [post_name] => mi-20-2 [to_ping] => [pinged] => [post_modified] => 2018-08-28 12:37:57 [post_modified_gmt] => 2018-08-28 12:37:57 [post_content_filtered] => [post_parent] => 0 [guid] => http://api.sepro-group.com/fr/?post_type=version&p=741 [menu_order] => 38 [post_type] => version [post_mime_type] => [comment_count] => 0 [filter] => raw [version_attribut] => stdClass Object ( [225] => 100 - 250 [4266] => 110 - 276 [4423] => [3525] => [4437] => [4438] => [4410] => checkmark [4418] => [4424] => 2000 - 5000 [4436] => [4411] => [4425] => 700 [1358] => [4412] => [4413] => [239] => [1216] => [1218] => [4427] => 1400 [4444] => [1220] => [1222] => [1224] => [1226] => [1228] => [1230] => [1232] => [4429] => [4430] => [4431] => [4432] => [4434] => [4433] => [4435] => [4414] => 10 [4428] => [4456] => [4439] => [4457] => [4415] => checkmark [3461] => [261] => [4416] => checkmark [4440] => [263] => [4417] => [4441] => [4426] => checkmark [1213] => [1281] => [1283] => [1489] => [4445] => [4449] => checkmark [4419] => [253] => [4420] => [4446] => [4460] => [4421] => checkmark [259] => checkmark [4455] => [4447] => checkmark [4448] => checkmark [4443] => [1285] => [1287] => [4442] => [3816] => [4422] => ) )

MI-20

Force de fermeture presse - Indicatif (T)

100 - 250

Force de fermeture presse - Indicatif (US tons)

110 - 276

Commande Visual 2

Course Horizontale

2000 - 5000

Course de démoulage (mm)

700

Course verticale - Bras direct (mm)

1400

Charge maximum (pièces + préhension) (kg)

10

Rotation pneumatique R1 (0-90°)

Prise des pièces - Circuit de vide et/ou pression

Armoire de commande compacte en bout de poutre

Commande Visual 3 - Option

Rotation pneumatique R2 (0-90°-180°) - Option

Accompagnement élastique - Option

Vacuostat numérique - Option

Armoire de commande au sol - Option

stdClass Object ( [ID] => 4725 [post_author] => 2 [post_date] => 2015-02-12 14:37:32 [post_date_gmt] => 2015-02-12 14:37:32 [post_content] => [post_title] => MI-30 [post_excerpt] => [post_status] => publish [comment_status] => closed [ping_status] => closed [post_password] => [post_name] => mi-30-2 [to_ping] => [pinged] => [post_modified] => 2018-08-28 12:40:45 [post_modified_gmt] => 2018-08-28 12:40:45 [post_content_filtered] => [post_parent] => 0 [guid] => http://api.sepro-group.com/fr/?post_type=version&p=743 [menu_order] => 39 [post_type] => version [post_mime_type] => [comment_count] => 0 [filter] => raw [version_attribut] => stdClass Object ( [225] => 200 - 500 [4266] => 220 - 551 [4423] => [3525] => [4437] => [4438] => [4410] => checkmark [4418] => [4424] => 2500 - 5000 [4436] => [4411] => [4425] => 900 [1358] => [4412] => [4413] => [239] => [1216] => [1218] => [4427] => [4444] => 1800 [1220] => [1222] => [1224] => [1226] => [1228] => [1230] => [1232] => [4429] => [4430] => [4431] => [4432] => [4434] => [4433] => [4435] => [4414] => 15 [4428] => [4456] => [4439] => [4457] => [4415] => checkmark [3461] => [261] => [4416] => checkmark [4440] => [263] => [4417] => [4441] => [4426] => checkmark [1213] => [1281] => [1283] => [1489] => [4445] => [4449] => checkmark [4419] => [253] => [4420] => [4446] => [4460] => [4421] => checkmark [259] => checkmark [4455] => [4447] => [4448] => [4443] => [1285] => [1287] => [4442] => [3816] => [4422] => ) )

MI-30

Force de fermeture presse - Indicatif (T)

200 - 500

Force de fermeture presse - Indicatif (US tons)

220 - 551

Commande Visual 2

Course Horizontale

2500 - 5000

Course de démoulage (mm)

900

Course verticale - Bras télescopique (mm)

1800

Charge maximum (pièces + préhension) (kg)

15

Rotation pneumatique R1 (0-90°)

Prise des pièces - Circuit de vide et/ou pression

Armoire de commande compacte en bout de poutre

Commande Visual 3 - Option

Rotation pneumatique R2 (0-90°-180°) - Option

Accompagnement élastique - Option

stdClass Object ( [ID] => 4738 [post_author] => 2 [post_date] => 2016-09-12 14:43:51 [post_date_gmt] => 2016-09-12 14:43:51 [post_content] => [post_title] => MI-40 [post_excerpt] => [post_status] => publish [comment_status] => closed [ping_status] => closed [post_password] => [post_name] => multi-inject-40 [to_ping] => [pinged] => [post_modified] => 2018-08-28 12:47:18 [post_modified_gmt] => 2018-08-28 12:47:18 [post_content_filtered] => [post_parent] => 0 [guid] => http://api.sepro-group.com/fr/?post_type=version&p=3047 [menu_order] => 40 [post_type] => version [post_mime_type] => [comment_count] => 0 [filter] => raw [version_attribut] => stdClass Object ( [225] => 400-1200 [4266] => 386 - 1102 [4423] => [3525] => [4437] => [4438] => [4410] => checkmark [4418] => [4424] => 2500 -9000 [4436] => [4411] => [4425] => 1200 [1358] => [4412] => [4413] => [239] => 2500 [1216] => [1218] => [4427] => [4444] => 2200 [1220] => [1222] => [1224] => [1226] => [1228] => [1230] => [1232] => [4429] => [4430] => [4431] => [4432] => [4434] => [4433] => [4435] => [4414] => 30 [4428] => [4456] => [4439] => [4457] => [4415] => checkmark [3461] => [261] => [4416] => checkmark [4440] => [263] => [4417] => [4441] => [4426] => checkmark [1213] => [1281] => [1283] => [1489] => [4445] => [4449] => checkmark [4419] => [253] => [4420] => [4446] => [4460] => [4421] => checkmark [259] => checkmark [4455] => [4447] => checkmark [4448] => checkmark [4443] => [1285] => [1287] => [4442] => [3816] => [4422] => ) )

MI-40

Force de fermeture presse - Indicatif (T)

400-1200

Force de fermeture presse - Indicatif (US tons)

386 - 1102

Commande Visual 2

Course Horizontale

2500 -9000

Course de démoulage (mm)

1200

Course verticale (mm)

2500

Course verticale - Bras télescopique (mm)

2200

Charge maximum (pièces + préhension) (kg)

30

Rotation pneumatique R1 (0-90°)

Prise des pièces - Circuit de vide et/ou pression

Armoire de commande compacte en bout de poutre

Commande Visual 3 - Option

Rotation pneumatique R2 (0-90°-180°) - Option

Accompagnement élastique - Option

Vacuostat numérique - Option

Armoire de commande au sol - Option

MI-20 MI-30 MI-40
Force de fermeture presse - Indicatif (T)100 - 250200 - 500400-1200
Force de fermeture presse - Indicatif (US tons)110 - 276220 - 551386 - 1102
Commande Visual 2
Course Horizontale2000 - 50002500 - 50002500 -9000
Course de démoulage (mm)7009001200
Course verticale (mm)2500
Course verticale - Bras direct (mm)1400
Course verticale - Bras télescopique (mm)18002200
Charge maximum (pièces + préhension) (kg)101530
Rotation pneumatique R1 (0-90°)
Prise des pièces - Circuit de vide et/ou pression
Armoire de commande compacte en bout de poutre
Commande Visual 3 - Option
Rotation pneumatique R2 (0-90°-180°) - Option
Accompagnement élastique - Option
Vacuostat numérique - Option
Armoire de commande au sol - Option
  • Le déchargement transversal des presses multi-injection équipées d’une unité d’injection secondaire verticale