德國SMAC Europe Ltd.電動缸 執(zhí)行器 控制器 放大器 抓手

德國DE-STA-CO Europe GmbH夾鉗 索引器 液壓工件夾緊器 抓手 直線運動

Clamps 夾鉗

德國ASS Maschinenbau GmbH機器人抓手 自動化系統(tǒng)

德國AFAG GMBH線性輸送機 碗型給料驅(qū)動控制驅(qū)動

:王工
同號
      449147851
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Linear conveyors線性輸送機

Afag Linear conveyors distinguish themself with a high flexibility, simple assembly and their universal applicable character.

Linear feeder KLF (Reactive force compensation)

>

Online CAD-drawing 2D/3D

technical data

operating instructions

go to eShop.

Linear feeder LF (conventional)

>

Online CAD-drawing 2D/3D

technical data

operating instructions LF9-11

operating instructions LF11-L

go to eShop.

Conveyer belt FB15

operating instructions

go to eShop.

Conveyer belt FB30-90

>

operating instructions

go to eShop.

Bowl feeder 碗型給料驅(qū)動

Afag drives have proved worldwide and are characterised by high availability, consant feeding rate and a marked degree of innovation (reactive force compensation).

Bowl feeder drives BF (Reactive force compensation)

Online CAD-drawing 2D/3D

technical data

operationg instructions BF 10-15

operating instructions BF 20-50

go to eShop.

Bowl feeder drives (conventional)

>

Online CAD-drawing 2D/3D

technical data

operating instructions WV151 - WV310

operating instructions WV301

operating instructions WV401-1 - WV402-1

operating instructions WV410-1 - WV630-2

go to eShop

Feeding bowls

Afag feeder bowls are characterised by an optimised pitch angle and well balanced design. For the increase of abrasion resistance and reduction of the noise a coating of the feeder bowls can be provided, if necessary.

Conical plastic- and aluminium bowls (IWF)

>

Online CAD-drawing 2D/3D

technical data

go to eShop.

Conical steel bowls (TK)

>

Online CAD-drawing 2D/3D

technical data

go to eShop.

Cylindrical bowls (TZ)

Online CAD-drawing 2D/3D

technical data

go to eShop.

Stepped bowls (TS)

>

Online CAD-drawing 2D/3D

technical data

go to eShop.

Refill units

Afag refill units are powerful and reliable additive equipments, which extend the refill-interval and relieve the service personnel of the control activities.

Conveyer belt hopper NBB

>

Online CAD-drawing 2D/3D

technical data

operating instructions

go to eShop.

Vibratory hopper NVD

Online CAD-drawing 2D/3D

technical data

operating instructions

go to eShop.

Conveyer belt hopper NFB

Online CAD-drawing 2D/3D

technical data

operating instructions

go to eShop.

Control devices

For the control of all vibratory drives Afag provides always the optimal combination of the control devices.

Control device IRG 1/2

>

technical data

operating instructions IRG 1-N

operating instructions IRG 2-N

go to eShop.

Control devices SE 6XX

technical data

operating instructions SE601, SE602, SE605, SE606, SE621

operating instructions SE611, SE612

Roboterhandbaukasten

Baugruppen aus dem Roboterhandbaukasten
 
Beispiele aus dem umfangreichen Roboterhandbaukasten

Der ASS-Baukasten für Roboterhände umfasst eine große Auswahl an Standardteilen und Spezialelementen, die sich zu individuellen Greiferlösungen zusammenfügen lassen.

Als innovativer und praxisgerechter Systembaukasten zur Automatisierung, bietet er große Flexibilität bei Prozessumslungen oder neuen Fertigungsserien.

Roboterhände können  entsprechend der Handhabungsaufgabe mit einfachen Mitn erslt werden. Mit Ausnahme des Zuschnitts der Aluminiumprofile und einfacher Bohrarbeiten, kann auf eine zerspanende Bearbeitung verzichtet werden.

Viele Bauteile können auch nach erfolgter Anwendung neu miteinander kombiniert oder ergänzt werden und lassen sich so auch für weitere Applikationen verwenden. Zu jeder Anwendung bietet ASS kompetente Kundenberatung und Serviceleistungen.

Rund 98 Prozent der im ASS-Katalog gelisteten Bauteile sind ab Lager lieferbar.

Bisher wurden weltweit mehr als 50.000 Roboterhände mit ASS-Bauteilen bestückt.

Vorteile des Roboterhand Baukastens von ASS

•  Kundenspezifische Konfiguration von Roboterhänden

    mit Standardmodulen und Spezialelementen.

•  leichte, hochstabile Spezialprofile

•  Formschlüssigkeit aller Profile

•  nur ein Nutstein für alle Profile des Greiferbaus

•  einfache Feinjustage vor Ort

•  hohe Qualität der Materialien

•  Schulungen des Kunden durch ASS-Mitarbeiter

    vor Ort.

•  Beratung durch die ASS – Spezialisten.

Roboterhände

Vorteile der ASS-Roboterhände

• Erfahrung aus über 6000 im Hause gebauten Roboterhänden
• eigene Einzelteilfertigung
• gewichtsoptimierter und standardisierter Aufbau
• dynamisches und sicheres Teilehandling
• schnelle Lieferzeit

Roboterhände aus dem Baukasten
 
Diese Roboterhände sind zu 100 % aus

Standardteilen aus dem ASS Roboterhand-

baukasten aufgebaut.

Sämtliche Teile des Systembaukastens

wurden im Hause ASS entwickelt

und sind durch vielfach wiederholte Anwendung

zu bewährten Standardteilen geworden.
 

Spezial - Roboterhände > multifunktionale Lösungen

Automationsanlagen

Als Spezialist für Automationsanlagen realisiert ASS komplexe Handhabungseinrichtungen und Bearbeitungsstationen. Dabei werden verschiedene Elemente der Greiftechnik, der Förder- und Zuführtechnik sowie der Robotik und Montage- und Bearbeitungstechnik inligent miteinander kombiniert. So erhält jeder Kunde eine individuell zugeschnittene Lösung. Bei Bedarf lassen sich komplexe Vorgänge zusätzlich per Kamera überwachen und steuern.

Unsere Lösungen zur Automatisierung umfassen u. a. die Robotereinbindung- und Programmierung, das Entnehmen und Einlegen von Produktionsteilen, das Bereitslen von Einlegeteilen, die Nachbearbeitung, die Integration und Konstruktion von Bearbeitungsstationen und die Qualitätsprüfung. 

Dazu zählt auch eine Konformitätsbewertung entsprechend der Maschinenrichtlinie der EU (CE).

Besonders spezialisiert hat sich ASS auf Automatisierungen in der Kunststoffspritzgussproduktion.

Rapid Prototyping

Mit dem Laser-Sinter-Verfahren slt ASS auf Basis der CAD-Daten des Kunden direkt und zeitnah neue Prototypen oder Musterbauteile her.

Die Bauteile beziehungsweise neuen physischen Modelle werden schichtweise aus Polyamidpulver unter Einwirkung von Wärme und eines Lasers aufgebaut.

Besonders bei der Produktentwicklung bietet das Verfahren große Vorteile. So vermitn körperliche Modelle einen besseren Eindruck vom späteren Produkt als Bildschirmdarslungen. Auch die Eigenschaften und Funktionen von Produkten lassen sich mit körperlichen Modellen besser überprüfen.

Rapid Prototyping verkürzt damit erheblich die Entwicklung und Erprobung neuer Bauteile in Abstimmung mit dem Markt, mit Zulieferern sowie dem Vertrieb und der Produktion.

PA-Forming

Komplexe Roboterhände, die bisher aus einzelnen Sonderbauteilen zusammengesetzt wurden, können jetzt mit dem PA-Forming-Verfahren von ASS kurzfristig in einem Arbeitsgang gefertigt werden.

Konturen zur Lageorientierung und pneumatische Bewegungsfunktionen (Greifen) ohne die herkömmliche Kolbentechnik, gehören zu den herausragenden Funktionen.

PA-Forming-Greifer bieten gegenüber konventionellen Lösungen erhebliche Vorteile:

● Kombination vieler Funktionen auf engstem Raum

●  große geometrische Gestaltungsfreiheit mit sehr kleinen Nestabständen

●  Handhabung dünnwandiger und instabiler Teile

●  mulifunktionale Anwendungen, die mit Standardkomponenten nicht möglich sind

● Kombination von mechanischem und vakuumtechnischen Greifen mit

    entsprechenden Sensorik

●  Integration von Luftführungen oder Vakuumkanäle in der Roboterhand

●  geringes Gewicht

●  Zeit- und Kostenersparnis bei der Herslung

Indexers 索引器

Hydraulic Workholding 液壓工件夾緊器

Grippers 抓手

Linear Motion 直線運動

Rotary Motion

  Electric Devices

  Robotic Tooling

End Effectors

Complete Material Handling and Application Solutions

End Effector Solutions Brochure 

Visual Selection Guide

• Vacuum
• Grippers
• Tool Changers
• Round Tooling
• BodyBuilder™
• Spidergrip

Vacuum Products

(Vacuum cups, magnets, venturis, manifolds)

•  Vacuum Cups
•  Mag-Lift Part Lifting Magnets
•  Venturi Style Vacuum Generators
•  Spring Loaded Cup Mounts
•  Boom-Mounted and Block Syle Manifolds

Conveyors

Electric Cylinder Actuators The CA range of electric cylinders have been designed with the most demanding of automation tasks in mind and are the first real linear motors to challenge pneumatic devices. They offer long life and much more precise and repeatable force control and positioning than conventional pneumatic devices. The conventional shape and multiple mounting points allow the electric cylinders to be directly retrofitted in most cases.

Linear Actuators SMAC provides a comprehensive selection of electric linear actuators, ranging from units with 5mm stroke, in a compact unit only 10mm in height, to units with 150mm of stroke length or up to 500N peak force. As with all SMAC actuators, the LAL series linear actuator has the unique ability to enable free and independent control of velocity, position and force simultaneously. Further to this, the SMAC patented "Soft-Land" function is incorporated to allow delicate and controlled force when landing on fragile components.

Linear/Rotary Actuators Combined linear and rotary actuators in one package with either direct drive or gearbox equipped rotary units. They can easily be programmed to control force/torque, position and velocity in all axes at the same time. The actuator has SMAC's unique "Soft-Land" function which enables the unit to gently land on a delicate component with a controlled force to avoid damage of both the component and the actuator. This makes them ideal for applications such as pick and place and assembly.

Linear Slide Actuators SMAC electric linear slide actuators are compact in overall size and, as with all SMAC actuators, have a combination of force, position and velocity control with feedback. High or low speed and precise positioning with high repeatability make them ideal for applications such as parts feeding, scanning, testing, and measuring in wide range of industries. Linear encoder resolution is 5µm with 1µm, 0.5µm and 0.1µm options available on most models.

Gripper Actuators SMAC grippers find use in many markets, one of their key features being the ability to independently control each jaw. The "Soft-Land" technique ensures that fragile components are not harmed.

XY Stage Actuators SMAC recently added to the range of XY systems our smallest stage ever, the LXY10, and a mini XYZ is currently in development.

Multi-Axis Actuators SMAC is pleased to introduce its range of Multi–Axis controls solutions. These systems deliver the capability to learn and follow a 3D contour or motion path, with a high degree of speed, precision, accuracy and repeatability. All combinations of SMAC actuators can be used: Linear, rotary and linear/rotary axis.

Controllers and Amplifiers SMAC supplies a variety of controllers and amplifiers to support our actuators. The controllers allow code to be stored in non-volatile RAM which is then used to enable movements to be made in three different modes. Controllers are available in single or dual axis configurations

Electric Cylinders

The CA range of electric cylinders have been designed with the most demanding of automation tasks in mind and are the first real linear motors to challenge pneumatic devices. They offer long life and much more precise and repeatable force control and positioning than conventional pneumatic devices. The conventional shape and multiple mounting points allow the electric cylinders to be directly retrofitted in most cases.

 

Options & Modifications (Consult factory for availability)

Linear Actuators

SMAC provides a comprehensive selection of electric linear actuators, ranging from units with 5mm stroke in a compact unit only 10mm in height, to units with 150mm of stroke length or up to 500N peak force. As with all SMAC actuators, the LAL series linear actuator has the unique ability to enable free and independent control of velocity, position and force simultaneously. Further to this, the SMAC patented "Soft-Land" function is incorporated to allow delicate and controlled force when landing on fragile components.

Standard resolution on all SMAC actuators is 5µm with 1µm, 0.5µm and 0.1µm options available on most models. Please contact us with any special requirements you may have.

Specifications

NOTE: SMAC requires that all units must be operated at less than 40% maximum duty cycle. Please see the Tech Info/Set up Information page or manual for further explanation on how to calculate duty cycle. 

We manufacture actuators to suit our customers' requirements. Please call us if you do not find the right actuator in this list. Linear actuators are also available as linear slides (LAS series).

Options and Modifications:

Linear Rotary Actuators

SMAC provides a comprehensive selection of combined linear and rotary actuators with either direct drive or gearbox equipped rotary units. They can easily be programmed to control force/torque, position and velocity in all axes at the same time. The actuator has SMAC's unique "Soft-Land" function which enables the unit to gently land on a delicate component with a controlled force to avoid damage of both the component and the actuator. This makes them ideal for applications such as pick and place and assembly.

Standard linear resolution on all SMAC actuators is 5µm with 1µm, 0.5µm and 0.1µm options available on most models. The rotary resolution varies between 2,000 to 28,000 counts for gearbox units and 20,000 counts for the direct drive. Higher rotary encoder resolution and alternative geared motors to increase torque/gear ratio are also available. Please contact us with any special requirements you may have.

Specifications

* Torque and velocity can vary based on your specific application.

NOTE: SMAC requires that all units must be operated at less than 40% maximum duty cycle. Please see the Tech Info/Set up Information page or manual for further explanation on how to calculate duty cycle.

We manufacture actuators to suit our customers' requirements. Please call us if you do not find the right actuator in this list.

Options and Modifications:

Linear Slide Actuators

SMAC provides a comprehensive selection of electric linear slide actuators. The slide versions are based upon on the LAL series linear actuator and their performance characteristics are largely the same.

They are compact in overall size and, and as with all SMAC actuators have a combination of force, position and velocity control with feedback. High or low speed and precise positioning with high repeatability make them ideal for applications such as parts feeding, scanning, testing, and measuring in wide range of industries.

Standard linear resolution on all SMAC actuators is 5µm with 1µm, 0.5µm and 0.1µm options available on most models. Please contact us with any special requirements you may have.

Specifications

NOTE: SMAC requires that all units must be operated at less than 40% maximum duty cycle. Please see the Tech Info/Set up Information page or manual for further explanation on how to calculate duty cycle. 

We manufacture actuators to suit our customers' requirements. Please call us if you do not find the right actuator in this list.

Options and Modifications:

XY Stages

SMAC provides high-precision and high-speed XY stages, ranging from units with compact overall dimension of only 65mm x 65mm x 81mm. SMAC virtues of a direct drive zero backlash system, which can be controlled with great accuracy and repeatability. SMAC XY stages are equipped as standard with 5µm encoder with options down to 0.05µm encoder resolution for ultra precise positioning and scanning for industries such as bio-science, medical and photonics. They are also used for quality measurement in automotive and other industrial automation applications.

The capability of controlling the velocity, acceleration, positioning and force of each axis independently, gives you a flexible and accurate tool. Please contact us with any special requirements you may have.

Specifications

NOTE: SMAC requires that all units must be operated at less than 40% maximum duty cycle. Please see the Tech Info/Set up Information page or manual for further explanation on how to calculate duty cycle. 

We manufacture actuators to suit our customers' requirements. Please call us if you do not find the right actuator in this list.

Options and Modifications:

Multi-Axis 3D Systems

LXY15 and LAL95

LAL35, LAL95 and LAS95

LXY15 and LAS95

SMAC is pleased to introduce its range of multi-axis controls solutions. These systems are able to learn and follow a 3D contour or motion path, with a high degree of speed, precision, accuracy and repeatability. All combinations of SMAC actuators can be used: linear, rotary and linear/rotary axis.

The systems feature and utilize linear interpolation, which enables a constant speed while following the chosen XYZ axis contour.

Ideal applications are measuring and testing (QC), depositing, machining, scoring and cutting, to name a few. SMAC multi-axis 3D systems are unique - they enable total programmability of speed, position and force all at the same time with an exceptional degree of accuracy and repeatability. SMAC multi-axis systems offer a wide range of solutions with a number of highly flexible control interfaces.

Please contact us with any special requirements you may have.

Controllers and Amplifiers

SMAC supplies a range of single and multi-axis controllers together with stand alone amplifiers and stepper driven drivers. Controllers are programmed by mnemonic type command instructions via an RS-232 interface into NVRAM and allows code to be stored in non-volatile RAM, which is then used to enable movements to be made in three different modes. They require no supplementary software.
 

NEW LAC-15 / LAC-20 Single or Dual Axis Controller
Single or double axis brushless controller. Easy expansion to multi-axis. It comes with a built-in amplifier. Modes: Position Velocity Force Step/Direction 1 Port per axis RS232 up to 115200 bps CAN bus 2.0B up to 1MB/s
LAC-1 Single Axis Controller
The LAC-1 is a single axis controller with eight TTL I/O channels, three analog I/P channels and RS232 interface. It comes with a built-in amplifier. Modes: Position Velocity Force
LAC-25 Dual Axis Controller
Dual axis controller with four opto-isolated I/O channels, two analog I/O channels and RS232 interface. The LAC-25 can be used to control either a single linear and rotary actuator or alternatively two independent linear actuators. It is also necessary for grippers. It comes with a built-in amplifier. Modes: Position Velocity Force Gearing
LAC-45 Four Axis Controller
Independent or coordinated 4 axis motion, 8 I/P, 8 O/P, Opto-isolated general purpose I/O’s, 6 analog I/P, 4 analog O/P, RS232 Interface. It comes with a built-in amplifier. Modes: Position Velocity Force Gearing
LAB-5 Single Axis Brushless Controller
Single axis brushless controller, built-in amplifier. 4 input, 4 output, Opto-isolated general purpose I/O, 2 analog I/P, 2 analog O/P, RS-232 interface. Modes: Position Velocity or Continuous Force
LAA-5 Single Axis Amplifier
A stand alone single axis amplifier which can be used in conjunction with any proprietary controller. It provides +/-10 Volt I/P, 3 Amp O/P.
LAD-1 Smart Driver
The LAD1 is used to convert stepper inputs to 3 Amp servo output. This is particularly useful wherever a SMAC unit is retrofitted to or integrated into a stepper-driven machine. RS232 Interface.
MIO E-8/8 [MIO 16-R2] Channel I/O Expansion Module
Expansive I/O modual, 8 input, 8 output, Opto-isolated general purpose I/O. If more I/O channels are required, then the MIO can be linked to either the LAC1 or LAC25 to give 16 I/O channels. Please note: This replaces the MIO16-R2
Built-in Controller
Consult factory for available actuator.
MAAC4-7 Four Axis Controller
4 axis controller brushed/ brushless, integrated high end amplifier, advanced math capability, circular interpolation, teach path function, additional controllers can be added to work together on systems requiring more than 4 axes. Ethernet Interface, RS-232 Interface, 8 TTL I/O’s