NJ 16 - 3.1

You’re Good to Go

With reduced weight and exceptional trajectory control, these robots deliver higher speeds and shorter cycle times. In other words, exactly what your applications demand.

Number of axes 6
Maximum wrist payload (Kg) 16
Additional load on forearm (Kg) 12
Maximum horizontal reach (mm) 3180
Torque on axis 4 (Nm) 43 Nm
Torque on axis 5 (Nm) 43 Nm
Torque on axis 6 (Nm) 23 Nm
Stroke (Speed) on Axis 1 +/- 180° (170°/s)
Stroke (Speed) on Axis 2 -60°/ +125° (150°/s)
Stroke (Speed) on Axis 3                    0° / +170° (165°/s)
Stroke (Speed) on Axis 4 +/- 2700° (265°/s)
Stroke (Speed) on Axis 5 +/- 120° (250°/s)
Stroke (Speed) on Axis 6 +/- 2700° (340°/s)
Repeatability (mm) 0.10 mm
Tool coupling flange ISO 9409 - 1 - A63
Robot weight (Kg) 680 kg
Protection class IP65 
Mounting position Floor / Ceiling / Sloping (45° max)
Operating Areas A (mm) 3258 mm
Operating Areas B (mm) 3108 mm
Operating Areas C (mm) 2576 mm
Operating Areas D (mm) 1088 mm
Operating Areas E (mm) 1625 mm

What NJ 16 - 3.1 can do

Arc welding, Assembly, Cosmetic sealing, Dispensing, Handling / Packaging, Laser welding cutting, Machine tending, Measuring / Testing, Plasma cutting/ water jet, Polishing and Deburring, Press brake-bending, Process machining, Wood/glass machining, Vision System

NJ 16 - 3.1 works with

Controllers  CG5
Teach Pendant   TP5

NJ 16 - 3.1 auxiliary systems

Positioners   MP   TR   PDTV   PTDO
External Axes   External Axes
Slides  TMF

pdf icon NJ 16 - 3.1 (2D-PDF)

DWG File NJ 16 - 3.1 (2D-AUTOCAD-DWG)

DWG File NJ 16 - 3.1 (3D-ACIS)

DWG File NJ 16 - 3.1 (3D-PARASOLID)

DWG File NJ 16 - 3.1 (3D-SOLIDWORKS)

DWG File NJ 16 - 3.1 (3D-STEP)

DWG File NJ 16 - 3.1 (3D-VRMLD)

Payload: Small 0-16 KG
Reach: >3000 mm
Application: Arc welding, Assembly, Cosmetic sealing, Dispensing, Handling / Packaging, Laser welding cutting, Machine tending, Measuring / Testing, Plasma cutting/ water jet, Polishing and Deburring, Press brake-bending, Process machining, Wood/glass machining, Vision System
Industry: Machine Automation, Metal and Arc Welding, Electronics, Consumer Goods, Automotive, Edu, Business Development
Don’t hesitate to e-mail us and ask any question you may have about robotics!

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