Discover industrial robotics

Discover industrial robotics.

Our products are created to meet the most modern needs of industry. Versatile and reliable, they are suitable for a variety of uses: sorting, assembly, glue coating, inspection, loading and unloading, packaging, deburring, and more.

Our products are created to meet the most modern needs of industry. Versatile and reliable, they are suitable for a variety of uses: sorting, assembly, glue coating, inspection, loading and unloading, packaging, deburring, and more.

Integrated Features

High precision movement to positions specified with coordinate values. Robot machining and assembly errors, zero point errors of the joint angle sensors, and arm deflection minimized by factory settings calibrated to the virtual model.

Limits damage of tool and workpiece by signaling the robot to halt upon collision. The function works independent of external sensors, and its sensitivity can be adjusted to accommodate applications requiring force application.

Conveyor calibration and grab calibration to achieve high grasping accuracy. The system supports Cognex and McMaster camera or any general camera, which supports the TCP/IP protocol.

Enables configuration of up to four external axes; linear or rotational independent of robot axes. Each axis can be set as independent or interpolated, in modality independent, synchronous or asynchronous axis can be set, and switched by the program.

Simple graphic interface for advanced palletizing consists of single layer layout styles including: row, column, group and pinwheel, in a customizable sequence. Singularities and reachabilities can be checked via virtual simulation.

Provides device configuration interface and subroutine for varied brands of welding devices. It also supports different weaving types such as triangle, sine, figure 8, and circle. GUI provides a clear guide to program interface.

Scara Robot

Efort Systems scara robots cover payloads between 3 and 10 kg with extension: 400 ~ 800 mm and repetition accuracy: ±0.01 ~ ±0.02 mm on axes J1+J2, ±0.01 mm on axis J3 and ±0.01° on axis J4.

High reliability, high processing speed, high protection.

Manipulation, enslavement, assembly.

General industry, mechanical engineering, moulding, plastics.

0KG
Load capacity from 3 to 10 kilograms
0mm
Radius between 400 and 800 millimetres
0mm
Repeatability between ±0.01 and ±0.02 millimetres

Small
Small Robots

Efort Systems’ small robots cover payloads between 8 and 12 kg with arm extension: 593 ~ 2025 mm and repeat accuracy: ±0.02 ~ ±0.03 mm.

Efficient, accurate, user-friendly, stable, compact.

Sorting, assembly, glue coating, inspection, loading and unloading, packing, deburring and more.

Metal processing, CCC electronics, PCB, food and beverage, pharmaceutical,logistics warehousing.

0KG
Load capacity from 8 to 12 kilograms
0mm
Radius between 593 and 2025 millimetres
0mm
Repeatability between ±0.02 and ±0.03 millimetres

Medium Robots
and Arc Welding

Efort Systems’ medium and arc welding robots cover loads between 10 and 35 kg, with the radius: 1143 ~ 2295 mm and repeatability: ±0.03 ~ ±0.05 mm.

High protection, high beat, high reliability.

Handling, assembly, machine tending, polishing, coating deburring and other applications.

Automotive, SanitaryWare, Photovoltaic, PCB, Stamping.
0KG
Load capacity from 10 to 35 kilograms
0mm
Radius between 1143 and 2295 millimetres
0mm
Repeatability between ±0.03 and ±0.05 millimetres

Robot for high loads
and palletising

Efort Systems’ high load and palletising robots cover loads between 50 and 210 kg, with the radius: 2146 ~ 3160 mm and repeatability: ±0.06 ~ ±0.1 mm.

High overload, high protection, high beat, high reliability.

Metal processing, loading and unloading, grinding, welding, handling and other applications.

Automotive, SanitaryWare, Photovoltaic, PCB, Stamping.

0KG
Load capacity from 50 to 210 kilograms
0mm
Arm stretch between 2146 ~ 3160 mm.
0mm
Repeatability between ±0.06 and ±0.1 millimetres

RP-2(Profinet slave) | AS1018.012

Motion controller – equipped with CPU ARM Cortex A9 Dual Core (800MHz) able to control up to 32 interpolated axes, driven through EtherCAT fieldbus.

Furthermore it is also equipped with Profinet slave interface.

  • Microprocessor ARM Cortex A9 Dual Core (800MHz)
  • Number of controlled axes: up to 32 interpolated axes, driven through Ethercat fieldbus
  • Memory: Micro SD flash memory, 1 GB DRAM, 512 Kbyte retentive memory ram for parameters and alarm history storage
  • Communication: n. 2 10/100 Mbits/s Ethernet channels dedicated to Master fieldbus (EtherCAT CoE, SoE, EoE) for axes control and/or remote I/O, n. 2 10/100 Mbits/s Ethernet channels dedicated to Slave fieldbus ProfiNET slave n. 2 10/100 Mbits/s Ethernet channels with internal switch for general purposes (TCP/IP, UDP, TFTP, Modbus/TCP, Ethernet/IP, Robox BCC/31/TCP, OPC-UA) n. 1 Wi-Fi channel n. 1 10/100 Mbits/s Ethernet channel with WAN functionality n. 1 Canbus channel (Master DS301, DS401, DS402, protocols for axes control and/or remote I/O, Device Net, Robox Cnet) n. 1 USB-B-UART serial channel for general purposes (Robox BCC/31, DF1)
    n. 1 RS232 serial channel for general purposes (Robox BCC/31, DF1)
  • Master bus Axioline for communication with Axioline peripherals
  • Diagnostic web server
  • O.P.C. Server, ActiveX, .Net Library, rLibQt, rLibJava e rLibC++available for communication in Windows environment
  • Expansion boards: see remote I/Os (the bus coupler AXL-F-BK-C is not necessary), Intrinsic safety watch dog relay double contact, 128×64 OLED Display for diagnostice equipped with a joystick
  • Remote service
  • Real-time clock calendar
  • Power Supply 24 VDC
  • External measures: mm 100x123x96; 0.5Kg
  • Vertical or horizontal mounting in 35mm DIN guide in accordance with EN60715 standard
  • Programmable through RDE3 Dvelopment Environment