
CRA10A
Versatile collaborative robot for machine tending, palletizing, welding and assembly.
Robots and systems for reliable production. Find robots, grippers, complete cells, industrial computers, automation equipment and spare components in one place. Browse standard equipment or request a configuration tailored to your application for project-based solutions.
From robots and grippers to vision systems, industrial computers, safety equipment and components.
Individual robots and complete solutions for welding, palletizing and other tasks.
Open robots & systems →Electric, pneumatic, vacuum and soft grippers, fingers, jaws and tool changers.
Open grippers →Pedestals, guarding, transport, positioners, vision, sensors, safety and process equipment.
Open equipment →Industrial computers, PLC/HMI, I/O, servo and motion systems, and CNC control.
Open automation →Motors, reducers, joints, encoders, brakes, cables and spare parts.
Open components →Send the process, weight, dimensions, cycle time, photos or drawings, and data about existing equipment.
We compare the robot, gripper, peripherals, control and safety according to the actual task.
If a complete cell is required, engineering, programming and commissioning are carried out through MABRADA Robotscs.
Cobot and industrial welding cells.
View →02Specific palletizing systems and models.
View →03Robotsc loading and unloading of machines.
Learn more →04Screwdriving, feeding, riveting, dispensing and other process modules.
View →05Industrial PCs, PLC/HMI, I/O, servo and CNC control.
View →Browse the offer by manufacturer, category and application. For equipment without a published price, send an inquiry for a specific configuration.

Versatile collaborative robot for machine tending, palletizing, welding and assembly.

High-payload collaborative robot for palletizing, packaging and handling heavier parts.

Lightweight platform for education, research, demonstrations and light automation tasks.

Ultra-compact desktop robot for workstation automation and precise repetitive tasks.

Compact SCARA robot for fast assembly, sorting, packaging and laboratory automation.

Compact fanless industrial computer with Intel N95 processor, two Gigabit LAN and two RS232 ports for control, monitoring and edge applications.

Rugged fanless industrial computer with Intel Core i7-8550U, multiple serial ports and extensive I/O for retrofit and machine-control applications.

Mobile robot pedestal made from aluminum profiles, with casters, locking and leveling capability at the workstation.

Fixed metal pedestal for industrial robots and cobots, weighing approximately 50 kg, with a powder-coated finish.

Modular safety guarding, panels and doors for physically separating a robotic cell from the surrounding work area.

Conveyors for product infeed, outfeed and positioning in robotic and automated production lines.

Compact fanless industrial computer with a broad selection of communication ports for automation, HMI, monitoring and edge applications.

Flexible welding cell with a collaborative robot, welding power source, torch and required safety and process equipment.
Robotsc cell with a classic industrial robot for demanding cycles, larger working envelopes and continuous industrial operation.
Compact Pro Series palletizer with lifting base for payloads up to 30 kg and a 1,900 mm working radius.
Extended-reach Pro Series palletizer: 30 kg payload, 2,100 mm radius and palletizing height up to 2,600 mm.
Pro Series palletizer for payloads up to 40 kg, with a 1,900 mm working radius and up to 10 cycles per minute.
Palletizer for payloads up to 50 kg with a 1,700 mm working radius and palletizing height up to 2,200 mm.
Highest-payload model in the currently published Pro Series group: up to 60 kg payload and 1,600 mm working radius.
Choosing the robot arm is only one part of a welding system. Reach, payload, power source, torch, cooling, seam finding and external axes must be considered together.
Read →ComparisonCollaborative and classic industrial robots can solve similar tasks, but differ in speed, integration, safeguarding, programming approach and the overall cell.
Read →GuideThe best gripper is not the one with the highest force, but the one that reliably holds the specific product through every phase of the cycle.
Read →For cell engineering, programming, machine connectivity and commissioning, see MABRADA Robotscs.