SelfieCar

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SelfieCar has been Created and developed in the United Arab Emirates, Dubai to help all the Handicapped, Access Abilities and disabled people to make their daily life easier and turn any impossible to possible. By Using Selfie Car you can reach your destination without any help or guide.

Why Selfie Car?

Selfie Car is very easy to be used by any kind of disability, for the Screen’s interface they can communicate with many options: voice, signals, special typing methods, any spoken language, etc… Google maps app for the GPS System with specialty of considering the shortest route, Full sensor System for avoiding the obstacles and smartly changing the path. SelfieCar is specialized of its light weight and small shape to be used in the big buildings and public Areas like Airports, Sea Ports, Malls, Universities, etc…

Solutions

Selfie Car’s Main Goals to achieve are to integrate handicap’s lives, Enabling Communities, in addition to help them to reach their desired destination without any reliance on, waiting nor any efforts.

Specification

  • Controller : Digi Robotics Navigation System Control
  • System : Panel Touch Screen
  • Dimensions : Length*width*height: 2338 * 1396 * 1454 (mm)
  • Max. Driving Speed : 85 Km/h
  • Working speed : 80 Km/h
  • Weight : Max. Loading Capacity with Passengers 690 Kg
  • Max. Charging Time : 2 hours 6 to 8 hours (Normal Temperature)
  • Power : 220 V Battery
  • Turning Radius : Minimum Turning Radius 6m.
  • Climbing Ability : <20%
  • Max. Braking Distance at the speed of 20 KM/h : <4m
  • Capacity of passengers : 2 Seats availability.
  • Options : Spinning Chair for easy access to Selfie Car, Scissor Doors for the wheel chair disabilities for easing their movement to get in and out of the Selfie Car.

 

 

TaxiBot

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To explore possible robot tasks in daily life, we developed a guide robot for a Public Area and conducted a field trial with it. The robot was designed to interact naturally with customers and to affectively provide useful information.

The First Unmanned Taxi In the UAE has been manufactured,  assembled, Programmed and tested to be qualified to be used by the visitors to the Malls, Airports, Universities, Exhibitions or any public areas. It was also designed to repeatedly interact with people to build a connection; since a Public Area is a place people repeatedly visit, it provides the chance to explicitly design a robot for multiple interactions. TaxiBot is applied with the most brilliant GPS tracking System to recognize all the indoor and outdoor areas, by using either the Global Positioning System to determine and track its precise location or the local positioning system which would be preprogrammed to recognize the vehicle location and so on the fixed destinations’ location.

To avoid all the obstacles or the passes-by and by considering all the safety issues, we amounted A specialized sensor system emit pulses, make the Taxi stops immediately and then the control and maneuvering unit start measuring the right corner and change the direction of the wheels and then move the car ,  with extra feature  of calculating object distances. The system in turns warns the Program by sending an alarm signal to prepare to maneuver around the object. TaxiBot could be provided with an air conditioner Peculiarity, so TaxiBot Can drive you to your desired destination either when the temperature is 50 degrees.

Specifications

  • Controller: Digi Robotics Navigation System
  • System: Control Panel Touch Screen
  • Dimension: Length*width*height: 5300 * 1450 * 1950 (mm)
  • Max. Driving Speed: 30 Km/h
  • Working Speed: 30 Km/h
  • Weight: Max. Loading Capacity with Passengers 1200 Kg
  • Max. Charging Time:  4 hours
  • Continuous Running Time: 6 to 8 hours (Normal Temperature)
  • Power: 72 V Battery, AC
  • Turning Radius: Minimum Turning Radius 6m.
  • Climbing Ability: <20%
  • Max. Braking distance at a speed of 20Km/h: <4m
  • Capacity of Passengers: 4-6-8 Seats availability.
  • Options: Two Different Models for outdoor and indoor transportations.
  • Cooling System: Fully Air Conditioner System to work outdoor in bad weather conditions.
  • Charging Method: Solar panel sheet for the Outdoor use and Electrical Charging for the Indoor use.

FireBot

Firebot

The 1st Robotic Fire Fighting System in the World. Before anyone even notice the Smoke the FireBot will be on the way to the source of the fire.

FireBot detects the Fire Alarm anywhere inside the Building or outside by its Local and international GPS System and Moves automatically to the desired spot and then detect the Fire and the heat source and deal with it. Equipped with the latest Motion Sensors, Thermal Cameras and more it can move freely between the people or objects to reach the destinations. As Soon as the Fire occurs in one specific place the Alarm signal will be sent to the FireBot’s software that there is an urgent condition in specific area, by its Local GPS System will Take the shortest route and head directly to the fire spot and via The Robotic arm which will be acting the same role of the fire hoses with many extra benefits will deactivate the fire within minutes.

FireBot equipped with cameras and thermal sensor to determine the fire place, and head to it. Many Benefits of Using an Artificial Intelligence system in Fire Fighting Duty like immediate stop pumping the water as soon as the smoke and the fire have been deactivated. We expect that the response speed will be less than 3 minutes depending on the building size and the distance which FireBot will travel to start dealing with the fire. All Devices and equipment are designed from unique materials to be protected from the heat and combustion and can bear up till 300 ° C.

Specifications

  • Controller: Digi Robotics Navigation System
  • System: KR 16
  • Dimension: Length*width*height:  3970 * 1490 * 1950 (mm)
  • Max. Driving Speed: 30 Km/h
  • Weight: 1000 Kg.
  • Payload Weight: 600 Kg.
  • Max. Charging Time: 8 to 10 Hours
  • Continuous Running Time: 6 to 8 hours (Normal Temperature)
  • Power: 48 V Battery, DC, 200 Ah
  • Spray Option: Water or Dry Chemical (Soft Powder)
  • Max. Water raising capacity: 40m
  • Turning Radius: Minimum Turning Radius 6m.
  • Climbing Ability: <20%
  • Max. Braking distance at a speed of 20Km/h: <4m
  • Charging Method: Solar panel sheet for the Outdoor use and Electrical Charging for the Indoor use.

LogiBot

logi

LogiBot – is unmanned vehicle integrated together with KR30 Kuka robot as a safe eco-friendly advanced self-driven car for loading, offloading, picking, placing items in warehouses.

LogiBot is highly precise, modern, safe and fully automated vehicle for a logistic purposes. LogiBot is a perfect solution to reduce costs and improve performance and it brings automation in logistics on a new level and frontiers. LogiBot improves safety, by adapting to changes in warehouse conditions and avoids obstacles with more diligence and precision than human drivers. Dual-task for our UAV LogiBot is easy work. When fully programmed LogiBot does the driving for us and robot perform placing of items we can concentrate on other activities and save a time. Vehicle-to-vehicle communication through DigiRobotics Navigation System optimizes the movements of LogiBot through convoying and allowing higher speeds.

DigiRobotics Navigation System will include 3D-mapping of the warehouse (factory) through this program LogiBot will performs its everyday duties; advanced perception systems on-board of LogiBot makes it easy to control; a modern control system on UAV for monitoring tasks, and cooperative infrastructure laser scanners and solar batteries as an option make LogiBot a user-friendly car in any facility.

Solutions

DigiRobotics technologies develop this solution to succeed in few goals:

  • To quell rising labor costs
  • To do jobs that people can’t or don’t want to do
  • To fulfill tasks that require immense precision and immaculate timing
  • To simplify complex supply chains and connect networks
  • Higher efficiency in logistics
  • LogiBot is perfect high-tech solution for any big factory, warehouse and logistic company.

TrashBot

trash

The TrashBot is the Ultimate Robotic Garbage & Trash Collecting System to Empty the Trash Bins everywhere in the facilities on regular basis without much manpower or delay.

By The Ultrasonic label sensors which will be amounted to the trash bin. And as soon as the trash inside the bin has reached the pre-established label level, the sensor will send a signal to the TrashBot’s Program with details about a full trash bin and its location with the shortest route to reach the desired area as soon as possible. TrashBot is specialized with 3D vision system recognizes the bin, laser scanner and Ultrasound Sensors for obstacle avoidance if there is anything around the Bin. When the TrashBot arrives the goal and by using a Robotic arm provided with special kind of grippers could carry till 15 kilograms, it lifts the plastic bag from the trash bin then throw it inside the TrashBot tank which is corresponding the health conditions.

Replace the full trash plastic paper with an empty one, and make this process repeatedly as soon as the trash bin is full, in this case we can reduce the delay timing and all the accumulated trash by using an artificial intelligence system. Provided with very unique solar panels roof to act as an electric vehicle powered completely or significantly by direct solar energy. Mobility between floors by distinguishing the elevators place, and also it could move from one floor to another one by a special vehicle or a special equipment as the facility requires.

Specifications

  • Controller: Digi Robotics Navigation System
  • System: KR16
  • Dimension: Length*width*height: 3880 * 1480 * 1950 (mm)
  • Max. Driving Speed: 30 Km/h
  • Weight: 1000 Kg
  • Payload Weight: 400 Kg
  • Max. Charging Time:  8 to 10 Hours
  • Continuous Running Time: 6 to 8 hours (Normal Temperature)
  • Power: 48 V Battery, DC, 200 Ah
  • Turning Radius: Minimum Turning Radius 6m.
  • Climbing Ability: <20%
  • Max. Braking distance at a speed of 20Km/h: <4m
  • Charging Method: Solar panel sheet for the Outdoor use and Electrical Charging for the Indoor use.

FloorBot

floor

FloorBot has been designed to dry and damp mops all hard-surface floors, keeping dirt and dust under control automatically, in addition to mop quickly and efficiently, systematically covering the entire floor in a single pass.

FloorBot by its precision sensors system tracks where the clean areas or no clean areas are, so it doesn’t miss a spot. Programmable as the facility requires, it can cleans the full area by one mopping round or two or three times so it depends on the software and the defined timing for each mopping round. To avoid all the obstacles or the passes-by and by considering all the safety issues, we amounted A specialized sensor system emit pulses, make the FloorBot stops immediately and then the control and maneuvering unit start measuring the right corner and change the direction of the wheels and then move the FloorBot,  with extra feature  of calculating object distances. The system in turns warns the Program by sending an alarm signal to prepare to maneuver around the object.

Urgent Conditions and call for duty feature, FloorBot is pre-programmed to respond for an urgent conditions and calls. All The Time in Malls, Airports or any public area someone by mistake splits his drink, so the floor will be wet till the supervisor send a duty alarm to the nearest FloorBot to an urgent task, in this case the Connected FloorBot will run immediately by its local GPS System to the area where the wet floor is. Will Go directly and make its task and clean the area there, after that by the saved last location app will go back again to its previous site and automatically continue its tracking to the pre-programmed floor plan.

Specifications

  • Controller: Digi Robotics Navigation System
  • Dimension: Length*width*height: 2150 * 1750 * 2020 (mm)
  • Max. Driving Speed: 8 Km/h
  • Working Speed: 7 Km/h
  • Weight: 690 Kg
  • Max. Charging Time:  4 hours
  • Continuous Running Time: 6 to 8 hours (Normal Temperature)
  • Power: 36 V Battery
  • Turning Radius: 1200mm
  • Climbing Ability: <20%
  • Cleaning Width:

Main Brush + Double inner brushes                                                                                      1350mm

Main Brush + Double inner brushes + Side outer brush                                                    1550mm

Main Brush + Double inner brushes +Double outer brushes                                            1750mm

  • Cleaning Area: 10000 m²/h
  • Volume of waste container: 150 L
  • Charging Method: Solar panel sheet for the Outdoor use and Electrical Charging for the Indoor use.

GrassBot

grass

GrassBot is a high technology intelligence product. It has an intelligent system memory system and automated navigation system. Additionally, it has the functions of auto mowing, auto recharging, auto bonds avoidance, auto climbing the slope, rain sensor.

During operation, it has the technical features of low noise, small power consumption and high intelligence. GPS System to detect the whole surrounding area to cut the grass around then go on depth. Detects obstacles before making contact with them, this makes it safer for children and pets.

Subarea setting: It can separate a big area into small areas to cut, it save more time to cut a big lawn with less time.

Solutions

GrassBot is a best way to make your lawn be green and perfectly cut. Two cutting modes go straight or go circle will make you safe time. Eco-friendly and fast GrassBot can be used for:

  • Public Parks
  • Private Villas
  • Public areas ( greenery along highways and roads)

GrassBot will not ask you for Visa it’s your high-tech solution for a smart Home and smart Public Park.

Specifications

  • Overall Dimensions: 2290 x 764 x 1300 [mm]
  • Working width: 1300 [mm]
  • Working capacity: 3000 sqm/hour
  • Max Working depth: 15 [cm]
  • Ground Clearance: 350 [mm]
  • Weight: 500 [Kg]
  • Frame: Stainless steel, aluminium
  • Battery Pack Weight: 120 [Kg]
  • Tracks treads: 317 [mm]
  • Tracks length: 1061 [mm]
  • Locomotion system: 2×2 All Terrain Tracks
  • Type: Beach Cleaning Machine
  • Max Payload in rough conditions: 350 [Kg]
  • Max Speed: 2.7 [km/h]
  • Climb capacity: < 20°
  • Traversal capacity: < 20°
  • Battery Pack: 2 x 12 [V], 200 [Ah] Sealed AGM Battery
  • Total Power: 4800 [W]
  • Standard battery Autonomy: 2-3 [Hours]
  • Heavy-duty battery Autonomy: 1.5 [Hours]
  • Full Charge Time: 8 [Hours]
  • Remote RC Control: Futaba RC Transmitter, 8CH, max range 150 meters

BeachBot

Beach

BeachBot Sand Cleaner is very easy to control and drive with no effort to make any beach a wonderful place for leisure!

The easy-to-use radio controller will help you to switch ON/OFF the mechanical sifter, to trigger the discharge process and to set the working depth and the working unit height without any effort. By using the joystick, it is possible to move the machine in all the directions with an incredible precision also at long distance. The self-unloading rubbish system, the possibility to remotely set the working-depth and the working unit height any time during the normal operations allow to work in comfort by reducing human efforts and stress.

It is silent and eco-friendly because BeachBot Cleaner is totally electrically driven and does not use internal combustion engines or Hydraulic systems; it uses electric linear Motors to configure the working-depth parameter and to execute rubbish unloading operations. BeachBot  is designed to provide the best performance in any situation, it can operate with precision in wet and dry sandy terrains,  and mud without problems by minimizing slips. Flexible tracks trades enabling the robot to tackle various obstacles such as rocks, roots, fallen debris, creek and climbs.

Solutions

  • BeachBot can carry up to 1000Kg of items it found during cleaning.
  • BeachBot covers up to 150 meters( 500 ft) in few hours
  • Best solutions that BeachBot provides are smiles on face of happy tourist that enjoy clean sand.Specifications
    • Overall Dimensions: 2290 x 764 x 1300 [mm]
    • Working width: 1300 [mm]
    • Working capacity: 3000 sqm/hour
    • Max Working depth: 15 [cm]
    • Ground Clearance: 350 [mm]
    • Weight: 500 [Kg]
    • Frame: Stainless steel, aluminium
    • Battery Pack Weight: 120 [Kg]
    • Tracks treads: 317 [mm]
    • Tracks length: 1061 [mm]
    • Locomotion system: 2×2 All Terrain Tracks
    • Type: Beach Cleaning Machine
    • Max Payload in rough conditions: 350 [Kg]
    • Max Speed: 2.7 [km/h]
    • Climb capacity: < 20°
    • Traversal capacity: < 20°
    • Battery Pack: 2 x 12 [V], 200 [Ah] Sealed AGM Battery
    • Total Power: 4800 [W]
    • Standard battery Autonomy: 2-3 [Hours]
    • Heavy-duty battery Autonomy: 1.5 [Hours]
    • Full Charge Time: 8 [Hours]
    • Remote RC Control: Futaba RC Transmitter, 8CH, max range 150 meters

Omnimove

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Mobile heavy-duty platforms, transport systems for internal logistics or
flexible production assistants

  • A neologism of omnidirectional movement
  • Describes the drives characteristics
  • Enables unlimited maneuverability
  • Allows movements (longitudinal , cross , diagonal)

Key Features:

  • Unlimited Maneuverability
  • Reduction of logistic area (more production area)
  • No special floor preparation (standard concrete)
  • No wear of the floor
  • Move large-scale components safely and conveniently up to 90 Tons
  • Available in different Sizes and Payloads
  • Utmost precision and simple operator controls

Specifications

Digirobotics Omnimove 415

  Omnimove 415 – 3000 Omnimove 415 – 8000 Omnimove 415 – 12000 Omnimove 415 – 16000 Omnimove 415 – 20000
Height (suspension fully extended) 415 mm 415 mm 415 mm 415 mm 415 mm
Payload 3000 kg 8000kg 12000 kg 16000kg 20000 kg
Length 2400 mm 3200 mm 3200 mm 4000mm 4800m
Width 1700 mm 1700 mm 2200 mm 2200 mm  2200 mm
Weight *approx* 3000 kg 4000 kg 6000 kg 7000 kg  8000 kg
Number of wheels 4 8  12 16 20
Wheel diameter 375 mm 375 mm 375 mm 375 mm 375 mm
Maximum surface compression (wheel on floor) 11 N/m² 11 N/m² 11 N/m² 11 N/m² 11 N/m²
Independent wheel suspension (height compensation) ±15 mm ±15 mm ±15 mm ±15 mm ±15 mm
Travel speed (unladen) 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h
Positioning accuracy (standard) ±5 mm ±5 mm ±5 mm ±5 mm ±5 mm
Number of high-performance lead batteries 4 8  12 16 20

 

Digirobotics Omnimove – 650

  Omnimove 650 – 7000 Omnimove 650 – 15000 Omnimove 650 – 25000 Omnimove 650 – 35000 Omnimove 650 – 45000
Height (suspension fully extended) 650 mm 650 mm 650 mm 650 mm 650 mm
Payload 7000 kg 15000kg 25000 kg 35000kg 45000 kg
Length 3000 mm 4200 mm 4800 mm 6000mm 7200mm
Width 1700 mm 1700 mm 2200 mm 2200 mm  2200 mm
Weight *approx* 4000 kg 7500 kg 10000 kg 12500kg  15000 kg
Number of wheels 4 8  12 16 20
Wheel diameter 575 mm 575 mm 575 mm 575 mm 575 mm
Maximum surface compression (wheel on floor) 7.5 N/m² 7.5 N/m² 7.5 N/m² 7.5 N/m² 7.5 N/m²
Independent wheel suspension (height compensation) ±25 mm ±25 mm ±25 mm ±25 mm ±25 mm
Travel speed (unladen) 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h 0.1 to 3.0 km/h
Positioning accuracy (standard) ±5 mm ±5 mm ±5 mm ±5 mm ±5 mm
Number of high-performance lead batteries 4 8  12 16 20

Interactive motion simulator / Flight Simulators

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Making it possible to experience virtual worlds interactively and not merely visually places extreme demands on 3-D software and requires the mechanical implementation of movement


INTERACTIVE MOTION SIMULATORS

Digi-Motion Simulators offer a unique possibility for this: hybrid interaction with human operation. This allows electronic control units and the operator & handling to be included realistically in the calculation of movements. In this manner, the motion simulators can be used in a versatile manner, and different types of movement (e.g., flight and ground-based travel) can be carried out with a single system.
Thus DigiMotion Simulators, with their flexible options for use, meet the rapidly increasing requirements of airplane and helicopter crews, and they make it possible to carry out simulations under conditions that closely approximate reality. The flexibility of the system has already been demonstrated in the areas of medical research, utility vehicle development and flight simulation.

COMPACT SYSTEM WITH MAXIMUM ROOM FOR MOVEMENT:

Until now, commercial motion simulators have mainly used systems with parallel configurations (especially hexapods). Their strong points are great acceleration capacity, consistent workspace without idiosyncrasies and large working loads. However, such configurations do not offer the possibility of turning the simulator cell 180&<86; in order to simulate inverted flight, for example, which is advantageous for realistic flight simulators. DigiMotion-Simulator based on KUKA Robots the German manufacturer, where Digi Robotics has collaborated for Long Time as the 1st and the Only Official System Partner in Middle East & Africa Regions and in all the fields of the Industrial, Commercial, The Human Robot Interaction, Educational Robots, & Medical as well as Media & Entertainment Applications. &S226;Thanks to its close connections with this corporate group, active throughout the world,Digi Robotics can access the latest developments early on, and it receives outstanding support during system operation from KUKA international service network. Using an industrial Robot also permits the economical use of a significantly larger workspace than that found in conventional motion simulators.

COMPACT SYSTEM WITH MAXIMUM ROOM FOR MOVEMENT:

We rely on KUKA Robots which has demonstrated its reliability for many years in heavy-duty industrial applications. Despite the small amount of floor space it requires and its floor-level entry position (no entry platform is necessary), the motion simulator can move the pod in a remarkably large workspace. At the customer&S217;s request, the simulator can be expanded with additional axes of motion (e.g. a linear axis or curved rail) UTILITY VEHICLE DEVELOPMENT: Utility vehicle development &S226;In the case of simulating utility vehicles in developmental phases, the priority goals include energy efficiency, productivity, operational stability and reliability. To this end, all external influences on the vehicle must be taken into account and modeled as closely as possible.

COMPACT SYSTEM WITH MAXIMUM ROOM FOR MOVEMENT:

To master this Digi Robotics and its partners have developed the motion platform and real-time software for an interactive driving simulator for the Fraunhofer Institute for Technical and Economic Mathematics (ITWM), which is used for the virtual simulation of utility vehicle product models. The new system is currently the only simulator worldwide that offers interactive human operation on the basis of six-axis robot kinematics, with a 1,000 kg working load and great freedom of motion.

FLIGHT SIMULATORS:

Thus the simulators are especially suitable for initial training, and also for regular refresher training. Depending on the flight simulator &S217;s equipment, the pilot is provided not only motion feedback and visual simulation of the scene, but also acoustic and vibratory effects, together with true simulation of the surface feel of the control elements. The direct feedback from operator interventions on the motion behaviour of the simulator bring about a very immersive experience, resulting in realistic pilot behaviour. This enables, for example, intensive training in emergency procedures which would otherwise only be imaginable if complete loss of the machine was acceptable.

7 – The new DigiRob Painter DGRT270 / DGRT390

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In corporation with KUKA – Germany, Digi Robotics is Proud to introduce the 1st Robotic Painting Solutions for Big and Medium Size Companies of Cars, Furniture and Interior Decoration Companies


The Ultimate Robotic Painting Solutions
In corporation with KUKA – Germany, Digi Robotics is Proud to introduce the 1st Robotic Painting Solutions for Big and Medium Size Companies of Cars, Furniture, Interior Decoration Companies with the following specifications and Features:
1- DigiRob KR210P with Arm Reach of 2.7m or DigiRob KR120 with Arm reach of 3,9m.
2- A various options of the Spray Guns for all kind of Primers, Paints and with 4 Different Guns so you can Paint 4 different colors at the same time.
3- With an Option of Adding up a Sand Blast Grinding Head for Smooth service before the Paint or Polishing Head as well after the paint.
4- We can provide it with the Full Painting Booth includes the Drying, Exhaust and Ventilation System.
5- Also we can add an Auto Paint Mixer System to complete the Production Line.
6- We have Full Software Solution to Design All kind of Jobs and Simulate it before the Painting job start to confirm the Final Result and the Design before the jobs starts.
7- Also we can provide you with a Library for all the Cars Models 3D Designs to make your work easier.
8- We have Also 3D Laser Scanner to Scan All kind of Cars Old, New, Modified and Crashed to get the exact design and colors.
9- We can provide working areas upto 2.7×2.7x14m (Width, Height, and Length) to cover all sizes of Cars, Trucks, and Buses.
10- Full Automatic and Computerized Control System from A-Z to guarantee the speed, the high quality and less Labor Cost.Why DigiRob Painter:1- High Speed of Production.
2- High Quality of the Painting Job.
3- Much Lower Wastage.
4- Constant Layers of Paint all around the Car.
5- More Environmental Friendly System.
6- Less Manual Process.
7- Reduce the Skilled People Requirements.
8- 24/7 Running System with the Minimum Manpower Requirements.
9- Same Painting and Colors Quality for All The companies Cars if they have many and need the same designs.

DigiRob Painter DGRT270 / DGRT390 Specifications

Robot Model Robot KUKA KR Quantic (Germany)
Controller KRC4 Controller with Smart-Pad
System Delcam Powermill 7 Axis & Robot Interface (UK)
Painting Gun Multi-Functional Painting Guns for Primer, Paint, Fiber Glass
Paint Mixer Automatic Paint Mixer
Working Area 2700mm x 2700mm x 2700mm / 3900mm x 3900mm x 3900mm
Rotary table 1000 KG Plywood with co-ordinate motion system
Max. Speed 2250 mm/s
Applications Cars, Furniture, Decoration Painting
Network TCP / IP
Weight about 1500 KG
Integration Includes cell design, configuration set up, wiring and testing prior to delivery

Option

1. Linear Rack of 3m or 5m or 7m.
2. High precision aluminium worktable 25mm for use with vacuum with variable Working Areas.
3. Artec EVA 3D Laser Scanner.
4. KUKA KR120 for Longer Arm Reach of 3900mm x 3900mm x 3900mm.

3 – The new DigiRob Laser DGRL270F / DGRL390F

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More streamlined, stronger, faster and considerably more versatile: that’s the new KUKA QUANTEC robot series. Our extensive range of models with optimal payload and reach intervals paves the way for totally new automation solutions.


With 16 basic robot types, various special models and versatile mounting options, the four product lines – pro, extra, prime and ultra – are ushering in the standard of the future. The KR 210 R2700 prime robot is also available as the special variant Foundry (F) for environments with a high degree of fouling and high temperatures. Furthermore, all robots of the KUKA QUANTEC series have the same connection dimensions for tools and the same footprint. The advantages: maximum flexibility and versatility.Advantages at a Glance

  • Application adjusted beam quality.
  • High flexibility (Operation of up to 4 optional fibers) beam splitting.
  • High Absorption in metallic materials. Virtually maintenance free.
  • Industrial design IP 54 . Tele service module.
  • Network compatible. High Electrical efficiency.
  • Highest availability. Integrated scanner control.
Technical Data ROFIN FL 010 Multi-Mode FFC/FFS
Nominal Power 1000 W
Power Range 10-100%
Laser Beam quality at collimator ≤ 2.5 mm x mrad for 50 μm fiber
Excitation Laser diodes

Fiber Delivery System

Interface QBH/QD
Diameter  ≤50 μm
Accessories (Alternative) Collimator, Focusing optics, Cross-Jet

Electrical Consumption

Voltages :  3 x 230/400V ± 10% or 3 x 277

at nominal power :  Approx. 3.7kW

Cooling :  2.7 kW

Options :  Handheld (Touch Screen), Fiber- Fiber-Coupler, Fiber- Fiber-Switch,Energy share, Field-bus-interface, Scanner Control,Casters, Customers specific color, Climate Control Unit (CCU), Emergency Stop Button.

Technical Data

Nominal Power :  2000 W

Power Range :  10-100%

Laser Beam quality at collimator :  ≤ 5 mm x mrad for 100 μm fiber

Excitation :  Laser diodes

Fiber Delivery System

Interface :  QBH/QD

Diameter :  ≤100 μm

Accessories (Alternative) :  Collimator, Focusing optics, Cross-Jet

Electrical Consumption

Voltages :  3 x 480V ± 10% 50/60 Hz; PE

at nominal power :  Approx.6.6 kW

Cooling :  4.6 kW

Options :  Handheld (Touch Screen), Fiber- Fiber-Coupler, Fiber- Fiber-Switch,Energy share, Field-bus-interface, Scanner Control,Casters, Customers specific color, Climate Control Unit (CCU), Emergency Stop Button.

DigiRob Laser DGRL270F / DGRL390F Specifications

Robot Model :  Robot KUKA KR Quantic (Germany).

Controller :  KRC4 Controller with Smart-Pad.

System :  Delcam Powermill 7 Axis & Robot Interface (UK).

Spindle :  Rofin Fiber Laser 1000Watt

Working Area :  2700 mm x 2700 mm x 2700 mm / 3900 mm x 3900 mm x 3900 mm

Rotary table :  1000 KG Plywood with co-ordinate motion system

Max Speed :  2250 mm/s

Applications :  Steel, Aluminium, Copper

Network :  TCP / IP

Weight :  about 1500 KG

Integration : Includes cell design, configuration set up, wiring and testing prior to delivery

Option

1. Linear Rack of 3m or 5m or 7m.

2. High precision aluminium worktable 25mm for use with vacuum with variable Working Areas.

3. Artec EVA 3D Laser Scanner.

4. External Rotary Table: 2000KG Plywood with coordinate motion system.

5. KUKA KR120 for Longer Arm Reach of 3900mm x 3900mm x 3900mm.

4 – The new DigiRob Plasma DGRP270 / DGRP390 Mechanized Cutting Package

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The PowerCut® 900 is a multipurpose 60 amp plasma cutting system for mechanized cutting. The PowerCut® 900 uses ESAB’s Smart Plasma concept to provide a plasma cutting console that is ideal for a variety of mechanized cutting…

The PowerCut® 900 is a multi-purpose 60 amp plasma cutting system for mechanized cutting. The PowerCut® 900 uses ESAB’s Smart Plasma concept to provide a plasma cutting console that is ideal for a variety of mechanized cutting applications. Equipped with the patented PT-37 torch, the PowerCut® 900 cuts up to 1/2” inch mild steel using air as the plasma and shielding gas. Utilizing a blow-back start and an electronically controlled pilot arc the Powercut® 900 sets a new standard for starting reliability, cutting characteristics and consumable life.

Features:

  • Utilizes a “drawn arc” to initiate the cut which eliminates high frequency interference from the starting circuits.
  • Electronically controlled pilot arc provides for consistent starting and longer consumable life.
  • High operating voltages are ideal for demanding mechanized cutting applications.
  • Includes a full CNC interface with Arc Voltage Height Control support.
  • Built in line conditioner protects against damage from power line noise and spikes even with poor quality power.
  • Digital Readout Display shows help codes to assist in troubleshooting errors and minimizing downtime.
  • Automatic fan control only runs the cooling fan when necessary, conserves energy and reduce dust and dirt inside the console.
  • Built-in power line conditioner protects against damage from power line noise and spikes even with poor-quality power.

ESAP PowerCut 900 Specifications

3 Ph Output 60 Amps @ 125V – 60% Duty Cycle
3 Ph Input 208/230 VAC 60 Hz, 28/23 A400 VAC 50/60 Hz, 14A460 VAC 60 Hz, 12 A
Cutting Capacity Cuts up to 1/2” (13 mm)
Dimensions 12.7”W x 14.9”H x 24.8”D (322mm x 379mm x 630mm)
Weight 78 lbs (35.4 kg)
Min.Air requirements 500 cfh @ 90 psig (236 l/min @ 6.2 bars)

DigiRob Plasma DGRP270 / DGRP390 Specifications

Robot Model Robot KUKA KR Quantic (Germany)
Controller KRC4 Controller with Smart-Pad
System DelcamPowermill 7 Axis & Robot Interface (UK)
Power Cut Esab PC 650Watt
Working Area 2700 mm x 2700 mm x 2700 mm / 3900 mm x 3900 mm x 3900 mm
Rotary table 1000 KG Plywood with co-ordinate motion system
Max. Speed 2250 mm/s
Applications Steel, Aluminum, Copper
Network TCP / IP
Weight about 1500 KG
Integration Includes cell design, configuration set up, wiring and testing prior to delivery

Option

1. Linear Rack of 3m or 5m or 7m.
2. High precision aluminium worktable 25mm for use with vacuum with variable Working Areas.
3. Artec EVA 3D Laser Scanner.
4. External Rotary Table: 2000KG Plywood with coordinate motion system.
5. KUKA KR120 for Longer Arm Reach of 3900mm x 3900mm x 3900mm.

Palletizing

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