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Assembly
The KUKA LBR IIWA 7 R800 is a cutting-edge collaborative robot that aims to improve precision, flexibility, and safety in manufacturing processes. This innovative robot consists of lightweight aluminum and features 7 axes of freedom, offering unparalleled flexibility and accuracy.
The robot comes equipped with advanced sensors that contribute to its high level of safety and ability to work safely alongside human operators. Unlike other robots, which have sensors only on the end effector, the robot has sensors throughout its body, enabling it to detect movements from all angles.
One of the unique features of the KUKA LBR IIWA 7 R800 is its ease of programming. Users can program this robot effortlessly by simply moving it with their hand, thanks to its intuitive interface and rounded shape that ensure comfortable contact without any sharp edges or pinch points.
Despite its lightweight design, the robot has the ability to handle up to 7 kg of payload, making it an ideal choice for a wide range of manufacturing applications. Moreover, it has a horizontal reach of 800mm and a repeatability of ±0.1mm, ensuring consistent and precise results every time.
The KUKA LBR IIWA 7 R800 is an articulated robot that can be mounted on the floor, inverted, or angled, providing maximum flexibility for different manufacturing environments. With its advanced sensors, intuitive programming interface, and lightweight design, this robot is a game-changer in collaborative manufacturing, providing increased efficiency, productivity, and safety for manufacturers. Therefore, investing in the this robot can take your manufacturing processes to the next level.
Assembly
The LBR can detect contact immediately and reduces its level of force and speed instantly. Its position and compliance control enables it to handle delicate components without creating crushing and shearing hazards.
Robot Components
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.
Cutting
The Kuka Robot KR 200 has become a reliable tool for industries that require a robot with a good reach and load capacity. Its durability is well-known among its users, proving to be a long-lasting investment. Plus, its versatility makes it suitable for various operations, such as assembly and loading tasks. With the ability to work in any environment and handling different materials, the KR 200 has become a trusted robot in many factories. Companies that have implemented this robot have seen many benefits in terms of productivity, efficiency, and cost-effectiveness. Overall, the Kuka Robot KR 200 is a worth it investment for businesses that require a useful and flexible robotic arm.
Palletizing
Linear tracks are an important component of cobots, or collaborative robots,
which are designed to work alongside humans in a variety of manufacturing, assembly, and other tasks.
Linear tracks are used to guide the movement of the cobot along a specific path,
allowing it to perform precise and repeatable movements.
How does it work:
The cobot can move across a linear track. It is considered as a 7th axis.
Some key features:
• Length up to 50m
• Collision detection
• Customized solution: length, additional support structure, High speed variant etc…
• Max. stroke: 7000 [mm]
• Max. speed: 250 [mm/sec]
• Duty cycle: 100 [%]
• Repeatability: ± 0.1mm [mm]
* Toothed belt drive
What does the item include:
• Axis with limit switches
• SEW servo motor & drive
• Planetary gearbox
• Cables
• Cable chain
• USB with URcap software
• Control box
• English instruction manual
Painting
How to use it ?
At the time of loading, a tag is physically placed on the hanger and when it arrives near the robot, the tag is identified by the antenna which automatically allows the robot to run the corresponding painting program.
The digitized process can provide these parameters:
• Position of the piece in line
• Setting oven temperature, washing cycle and painting recipes (when reciprocators are present)
• Total cycle time
• Ability to catalog all products by code, object, or macro-family
• Possibility to send production orders from your office directly to Management system TAG WEB
Features:
• Synoptic plan of your plant available on the rear panel with a display of various processing stations and component positions.
• Management, storage, and record of production stops and alarm.
• Monitors various IO signals
• Instructions (text or PDF / JPG images) for correct uploading, downloading and masking on the touch panel (optionally on smart TV)
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
Full System
Material handling robotic solution in industrial settings has often been a time-consuming and arduous task. Fortunately, the Kuka industrial robot is changing the game for good. With its precision, speed, and adaptability, this automated solution is revolutionizing material handling in numerous industries. It can maneuver bulky parts, organize crates, and load and unload items with ease. This robot not only increases productivity by shortening cycle times but also enhances workplace safety by performing hazardous tasks that human personnel would otherwise have to execute. The Kuka robot sets a new standard for efficient and streamlined material handling.
Full System
MIG welding robot solution 1420 key features:
● Robot arm: 6 axis robot armload 10kg and arm reach 1420mm
● Welding source for carbon steel welding
● Automatic welding wire feeder
● Welding torch gun
● Welding cable
● Water cooling
● Rated current: 350A
● Rated input voltage: three-phase 380±10%
● Gas flow (l/min): 15 – 20
This MIG welding robot solution 1420 offers a versatile and efficient method for welding carbon steel. It comes equipped with a 6-axis robot arm with a 10kg load capacity and an arm reach of 1420mm, as well as a welding source, automatic welding wire feeder, torch gun, welding cable, and water cooling. It has a rated current of 350A and uses three-phase input voltage. With this setup, users can enjoy reliable automated welding that can handle complex shapes accurately yet safely in order to provide the highest quality
Some key features:
• Gripping force (per jaw): 3.5-5 N
• Stroke: 5 mm
• Recommended workpiece weight: 0.05 kg
• Opening/closing time: 0.03 s
• Repeat accuracy: ± 0.01 mm
• Noise emission: <50 dB
• Driving method: Electromagnet + Spring
• Communication interface: Digital I/O Rated Voltage: 24 V DC ± 10% IP Class IP 40
*Parameters depend on the exact model
Assembly
The RH 6FH3520 is a small-size industrial robots developed using Mitsubishi’s latest technology. It is especially designed to handle and assemble mechanical parts.
Integration Service
The company implements mobile robots to support the work of the warehouse, transfer of loading to production lines or in the production line. Possibility to manage a fleet of robots.
Some key features:
• Available in 3 different pad sizes for several payloads as 1kg, 3kg or 5kg.
• Maximum payload: depending on the model
1st item: 1Kg
2nd item: 3 kg
3rd item: 5 kg
• Preload:
1st item: From 3 to 11 [N]
2nd item: From 8 to 32 [N]
3rd item: from 12 to 46 [N]
• Detachment time: 100 – 1000 [ms]
• Dimensions (HxW): 69×71 [mm]
• Weight:
1st item: 0.267 kg
2nd item: 0.297 kg
3rd item: 0.318 kg
• Pads can be change quickly – Just need to screw off /on the pad.
• Payload depends on the pad size and preload force.
• Lifting capacity:
Payload: 1kg – Pad size 35mm – Max preload force: 11N
Payload: 3kg – Pad size 60mm – Max preload force: 32N
Payload: 5kg – Pad size 75mm – Max preload force: 46N
What does the package offer:
• Gripper with pre mounted pad
• Additional pad as spare part
Machine Tending
Motoman GP12 technical characteristics:
● Controlled axes: 6
● Repeatability: ± 0.06
● Mechanical weight (kg): 150
● Speed range:
S – 215 °/s
L – 190 °/s
R – 215 °/s
U – 410 °/s
B – 410 °/s
T – 610 °/s
Motoman GP12 key benefits:
• Fast and powerful
• Compact and flexible
• Large working range: 1440 mm
• Reduced interference contours due to optimized design
• Simple commissioning and maintenance
Machine Tending
The MOTOMAN MH180 is a 6-axis robot with superior performance for various industrial tasks, such as material handling, machine tending, and press tending. It has a high payload capacity of 180 kg and a wide motion range of 2702 mm, yet it has a narrow width of 625 mm, which saves valuable floor space. Its new vibration control system allows higher axis operation speed, reducing cycle times and increasing productivity.
This robot’s high payload capacity reduces manual labor and improves workplace safety. It has a wide motion range, making it a versatile solution for a range of industrial applications. The MOTOMAN MH180 can easily fit into tight spaces without compromising its performance.
The robot comes with optional add-ons, such as an external media package for field bus cables and advanced safety functions, including position monitoring of the robot and accessories for motion limitation. The MOTOMAN MH180 is fast, flexible, and powerful and provides excellent performance and a wide range of applications.
Manufacturers can improve their production processes while saving valuable floor space thanks to its compact design. The MOTOMAN MH180 is an ideal solution for manufacturers looking to optimize their production processes without sacrificing valuable floor space.
Assembly
The MOTOMAN MH24 high-speed robot from YASKAWA is an exceptional piece of machinery that offers superior performance in various applications, such as machine tending and handling. With six axes of motion, it can precisely and efficiently perform a wide range of tasks. The robot arm has a high payload capacity of 24 kg, making it ideal for industrial applications that require the handling of heavy objects.
One of the most notable features of the MOTOMAN MH24 is its hollow upper arm, which has a diameter of 50 mm. This unique design allows for the internal routing of supply lines, minimizing interference contours and increasing the service life of the hose package. The outer contour of the upper arm has only been slightly modified, preserving the sleek design of the robot.
Despite its high payload capacity, the MOTOMAN MH24 has a small footprint, making it an excellent solution for space-constrained environments. Its streamlined design allows it to fit easily into tight spaces while maintaining a high level of performance.
Maintenance of the MOTOMAN MH24 is straightforward thanks to its preventive maintenance function for gearmotors and hardware. This feature enables the robot to perform regular self-checks, detecting and alerting operators to any issues before they become significant problems.
The MOTOMAN MH24 also comes with advanced safety functions, including position monitoring of the robot and accessories for motion limitation. These features help prevent accidents and ensure safe operation of the robot in any industrial environment.
In addition to its standard features, the MOTOMAN MH24 also offers optional add-ons, such as an external media package for field bus cables. This add-on provides an easy and convenient way to connect the robot to a wide range of fieldbus networks.
Overall, the MOTOMAN MH24 high-speed robot is a versatile and powerful piece of machinery that offers excellent performance, advanced safety functions, and easy maintenance. Its unique hollow upper arm design, high payload capacity, and compact footprint make it an ideal solution for a wide range of industrial applications.
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