Welding Robot

EVS offers robotic welding arms that can provide impeccable repeatability to produce consistent and high-quality welds.

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Welding Robot Arms Manufacturer
EVS offers robotic welding arms that can provide impeccable repeatability to produce consistent and high-quality welds. Our welding robots for sale help enhance efficiency and decrease cycle times. Using automated welding systems and processes allows you to cut on direct labor costs as well as conserve materials. EVS can customize robotic welding systems to match every client’s different requirements. We have mig welding robots, arc welding robots, and CNC welding robots that are all ISO and CE certified. Choose EVS’ premium-quality welding arms and we will ensure the effectiveness of your manufacturing processes.
EVS Welding Robot Advantages
Flexible Installation: Installation and debugging of the robot only takes a few hours with ground or inverse installation options.

Lightweight Structure: The compact and lightweight structure of the robot allows it to operate in narrow spaces under high running speeds.

High-Quality Welds: EVS welding robots can provide flat and consistent welding seams without pores and cracks.
EVS Welding Robot Applications
Not only can robotic welding companies use EVS’ welding robots for robotic aluminum welding but also for completing all types of linear, curve, and complex welding processes. These include welding of automobile parts, motorcycles, boilers, heavy machinery, railway locomotives, racks, tables, chairs, fitness equipment, door frames, and others.

Welding Robot Series

Parameter introduction

Model QJR6-2000H QJR6-1400H QJRH4-1A
Axis Number 6 6 6
Payload 6kg 6kg 4kg
Repeat Positioning ±0.08mm ±0.08mm ±0.05mm
Max Armspan 2014mm 1456mm 1410.5mm
Motion Range J1 ±175º ±168º ±168º
J2 ﹢159º,﹣95º ﹢159º,﹣97º ﹢150º,﹣89º
J3 ﹢95º,﹣125º ﹢95º,﹣125º ﹢85º,﹣111º
J4 ±183º ±183º ±167º
J5 +129°,-126° ﹢129º,﹣126º ﹢58º,﹣217º
J6 ±360º ±360º ±360º
Max Speed J1 189 °/s 240°/s 200°/s
J2 189 °/s 240°/s 200°/s
J3 189 °/s 240°/s 234°/s
J4 360 °/s 378°/s 349°/s
J5 320 °/s 320°/s 355°/s
J6 974 °/s 974°/s 481°/s
Allowable Torque J4 28N·m 28N·m 10.51N·m
J5 14.4N·m 14.4N·m 10.51N·m
J6 5N·m 5N·m 2.94N·m
Inertia Moment J4 1.2kg·m² 1.2kg·m² 0.38kg·m²
J5 0.8kg·m² 0.8kg·m² 0.38kg·m²
J6 0.1kg·m² 0.1kg·m² 0.03kg·m²
Robot Body Weight 230kg 150kg 150kg
Power Capacity 3.4kVA 2.6kVA 3.2VA
Power Supply One phase 220V One phase 220V One phase 220V
Cabinet Size 600*480*920mm 600*480*920mm 580*650*960mm
Cabinet Weight 95kg 95kg 95kg
Installing Form Ground Mounted/ wall mounted Ground Mounted/ wall mounted Ground, Ceiling
Application Welding With welding package(welding machine aotai AMIG 350R or Megmeet Ehave CM350AR, wire feeder, anti-collision welding gun) Welding With welding package(welding machine aotai AMIG 350R or Megmeet Ehave CM350AR, wire feeder, anti-collision welding gun) Welding With welding package(welding machine aotai AMIG 350R or Megmeet Ehave CM350AR, wire feeder, anti-collision welding gun)

Welding Robot Application Video

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Commonly used welding techniques

MIG welding (metal gas welding): suitable for a variety of materials and fast welding speed.

TIG welding (tungsten gas welding): suitable for precision welding, especially for thin plates or welds requiring high precision.

Spot welding: Commonly used in the automotive industry to join thin metal sheets.

Laser welding: Provides high-speed and high-precision welding, suitable for precision components.