Grippers made for the following industries:
• Automotive
• Aerospace
• Foundries
• General industries
What make the product unique:
• Robust & powerful
• 2 jaws high precision
• Safety springs
• Enclosed compact design
• Harsh Environment
• Multi-purpose accessories
€700,00
This product sold by vendor
This series of grippers was especially made for high particulate application environments, automotive industry, heavy industry.
The grippers are available in 8 sizes for small lightweight to very large and heavy part gripping. They avoid metal particulates. Particularly reliable due to to its spring assist option that maintains grip in case of air pressure loss.
Some key features:
• Grip force (N): 361-28002
• Variant gripper size and features:
• Gripper-1M :
Stroke mm: 4-8 (0.16-0.32)
Grip Force N: 361-693 – (81-156)
• Gripper-2M:
Stroke mm: 6-12 (0.24-0.47)
Grip Force N: 494 -1006 (111-226)
• Gripper-3M:
Stroke mm: 8-16 (0.31-0.63)
Grip Force N: 854 – 1683 (192-379)
• Gripper-4M:
Stroke mm: 10-20 (0.39 -0.79)
Grip Force N: 1414-2789 (318-628)
• Gripper-5M:
Stroke mm: 13-26 (0.51-1.02)
Grip Force N: 2333-4609 (525-1037)
• Gripper-6M:
Stroke mm: 16-32 (0.63-1.26)
Grip Force N: 4062-8640 (914-1944)
• Gripper-7M:
Stroke mm: 25-50 (0.98-1.97)
Grip Force N: 6404-12542 (1441-2822)
• Gripper-8M:
Stroke mm:35-70 (1.38-2.76)
Grip Force N: 14178-28002 (3190-6300)
Type of product | EOAT/Gripper |
---|---|
Type of Operation | Pneumatic |
Type of Gripper | Parallel |
Type of Action | Double Acting |
Strength (N) | >10000 N |
Country of origin | France |
Country of shipment | France |
Vendor ID | SP018-0189-DE |
Number of Jaws | shielded gripper, 2-Jaw |
Stroke per Finger (mm) | 4-70 mm |
Type of Robot | 6-axes robot industrial |
About Vendor | The company is world wide supplier of high-performance automation, workholding and containment solutions. With more than 100 years of experience, it has dedicated all of its strenght, creativity and ressources on supporting manufacturers across all industries improving their accuracy and productivity. The company is mainly represented all over the world. Their far-reaching network enables them to deliver solutions anywhere and support their customer whenever or wherever they are. |
Comments | ISO 5,6,7,8 Security option: Springs inside |
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This tool changer series is able to lift up to 150 Kg.
Possibility to quick disconnect, I/O, air, water, weld power, servo power, vacuum lines. This series contains a simple locking mechanism that comes with a lifetime warranty, the best weight to payload ratio in the industry, and hard anodize for a better and longer use.
Some key features:
• Speed: Change end effectors in seconds
• Strength: Ideal to any robot application due to its locking mechanism
• Performance: Time saving due to integrated air ports and electrical connectors that provide immediate power to the system and vanishes manual re-connection of air lines or sensors
• Ports: 12-15 pin
Electrical and 4 Pneumatic Ports
Associations:
• Tool changer 30
Combined Weight: 0.34 Kg [0.75 lbs]
Max. Payload: 13.6 Kg [30 lbs]
Max. Moment: 22.6 Nm [200 in-lbs]
• Tool changer 60
Combined Weight: 1.27 Kg [2.8 lbs]
Max. Payload: 27 Kg [60 lbs]
Max. Moment: 88.1 Nm [780 in-lbs]
• Tool changer -60-10P
Combined Weight: 3.2 Kg [7.1 lbs]
Max. Payload: 68 Kg [150 lbs]
Max. Moment: 215 Nm [1900 in-lbs
• Tool changer 150
Combined Weight: 3.2 Kg [7.1 lbs]
Max. Payload: 68 Kg [150 lbs]
Max. Moment: 215 Nm [1900 in-lbs]
This manual tool changer series is especially made for cobots applications.
Some data:
• Robot plate compatible with most cobots – Kuka, UR, Fanuc, Doosan, Omron, Stäubli etc…
• No adapter plate needed
• Electrical modules mounting
• Integrated Air ports (four pneumatic pass-through connections for quick tool coupling).
• Lightweight and rigid
• Locks in place when inserted and push-button release
• Can have multiple preconfigured tool
• Change from pneumatic to electric actuation in seconds
• Quickly change between multiple tooling
Some key features:
• Repeatability: to +/-0.025mm
• 330g lightweight coupling solution
• 25mm coupled solution
The product was especially made for confined spaces, combining large opening angle with a high torque. Optional safety springs retain the components, in case of air supply fail or to increase grip force. It is ideal for a large range of options such as pneumatic operation, clamping, seals etc…
These grippers were specially manufactured for heavy duty, extreme high temperature applications.
Some key features:
• Grip force (N): 313-3941
• Variant gripper size and features:
• 62 M:
Opening Angle: 16.8°
Grip Force N: 313-384 (70-86)
• 82 M:
Opening Angle: 15.9°
Grip Force N: 922-1228 (207-276)
• 112 M:
Opening Angle: 19.1°
Grip Force N: 1600-2150 (360-483)
• 142 M:
Opening Angle: 17.6°
Grip Force N: 3941-5775 (886-1298)
• 162 M:
Opening Angle: 17.2°
Grip Force N: 3790-5490 (853-1234)
This tool changer series is able to lift up to 550 Kg.
Possibility to quick disconnect, I/O, air, water, weld power, servo power, vacuum lines.
Due to its high level of flexibility, this series allows accommodating up to 4 optional modules to be picked up among a wide range of choice, 6 patented roller mechanisms that provide a low stress and highly rigid locking capability, and accommodations for the two halves to couple and to be safe in case of air failure.
Some key features:
• Speed: Change end effectors in seconds
• Payload: from 90 to 550 kg
• Strength: Ideal to any robot application due to its locking mechanism
• Performance: Time saving due to integrated air ports and electrical connectors that provide immediate power to the system and vanishes manual re-connection of air lines or sensors
• Ports: 19 pin Electrical and 6 Pneumatic Ports
Associations:
• Tool changer-200
Combined Weight: 3 Kg [6.7 lb]
Max. Payload: 90 Kg [200 lb]
Max. Moment: 810 Nm [7200 in-lb]
• Tool changer -400
Combined Weight: 4.7 Kg [10.4 lb]
Max. Payload: 180 Kg [400 lb]
Max. Moment: 1580 Nm [14000 in-lb]
• Tool changer -800
Combined Weight: 7.1 Kg [15.8 lb]
Max. Payload: 360 Kg [800 lb]
Max. Moment: 2490 Nm [22000 in-lb]
• Tool changer-1200
Combined Weight: 8.3 Kg [18.4 lb]
Max. Payload: 550 Kg [1200 lb]
Max. Moment: 3390 Nm [30000 in-lb]
• Tool changer -2400
Combined Weight: 30 Kg [66.1 lb]
Max. Payload: 1089 Kg [2400 lb]
Max. Moment: 7000 Nm [61955 in-lb]
This series of grippers was especially made for machining and harsh environment, for high vibration and impact applications. It was manufactured for pick-and-place applications. Safety option maintains grip in case of air pressure loss.
Some key features:
• Gripper 25:
Stroke mm: 20 (0.787)
Grip Force N: 474 (106)
• Gripper 45:
Stroke mm: 30 (1.181)
Grip Force N: 481 (108)
• Gripper 65:
Stroke mm: 40 (1.575)
Grip Force N: 796 (179)
• Gripper 85:
Stroke mm: 50 (1.968)
Grip Force N: 1480 (333)
No mounting pattern
• Gripper 105:
Stroke mm: 60 (2.362)
Grip Force N: 2318 (521)
No mounting pattern
This gripper is especially manufactured for use in confined spaces.
Due to the wide range of fitting accessories, the gripper can be used in numerous applications.
The full jaw opening (180°) means that the part can be direct fed, avoiding any release movement by the robot or by the actuator.
Some key features:
• 12 M gripper:
Open Angle: 90° per finger
Grip force N: 32-40 (7.2-9)
• 16 M gripper:
Open Angle: 90° per finger
Grip force N: 70-87 (16-19)
• 20 M gripper:
Open Angle: 90° per finger
Grip force N: 112-141 (25-32)
• 25M gripper:
Open Angle: 90° per finger
Grip force N: 157-199 (35-45)
• 32 M gripper:
Open Angle: 90° per finger
Grip force N: 272-353 (61-79)
• 40 M gripper:
Open Angle: 90° per finger
Grip force N: 446-592 (100-133)
• 50 M gripper:
Open Angle: 90° per finger
Grip force N: 651-893 (146-201)
Other types of robots: Delta / Scara.
Finger Material: Silicone
Operating Pressure: -0.5 to 1.0 bar
Grip Force per Finger: 5 N
Durability: >10 Mio. Cycles: @1.0 bar, 0.5 Hz
Feed size: 5 mm – 120 mm
Weight: <600 g
Best for products of rectangular or cubic shape.
The kit was developed out of years of experience in gripper construction. The concept is to assemble the components in perpendicular orientation whenever possible and make only the active element, such as the vacuum cups, the sprue gripper or gripper finger freely adjustable. All channel nut components are compatible.
KUKA linear units are translational motion units Linear units can be used to extend a robot?s work envelope or alternatively to move workpieces or tools within the work envelopes of a number of robots. This allows applications such as the tending of more than one machine or fixture, order picking from rows of pallets, or work on very large components. Control of the linear unit is integrated as a mathematically coupled axis in the robot controller, dispensing with the need for an additional controller.
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