Space-Saving · Ultra-Stable · Versatile Applications · More Flexible

SRZ Series Robots

Space-Saving · Ultra-Stable
Versatile Applications · More Flexible

SRZ Series Robots

Space-Saving · Ultra-Stable
Versatile Applications · More Flexible

SRZ Series Robots

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

Large Hollow Design at the End Axis, No Interference

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

末端轴大中空设计
无惧干扰

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

Large Hollow Design at the End Axis, No Interference

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

Rearward Shifted Center of Gravity, More Stable High-Speed Motion

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

重心后移
高速运动更稳定

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

Rearward Shifted Center of Gravity, More Stable High-Speed Motion

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

Multi-Angle, Multi-Range Operation

Compared to traditional inverted four-axis robots, the SRZ2-V6 adds 5th and 6th axes,
allowing the end tool to tilt for horizontal,
inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.

Multi-Angle, Multi-Range Operation

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.

Multi-Angle, Multi-Range Operation

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.

SRZ3-V4	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360°
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint:2500°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.013mm 4th Joint: ±0.01mm
Maximum Load(kg)	3kg
Allowed Load Inertia	4th Joint Rated: 0.005 kg·m², Maximum: 0.05 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

Data Download

SRZ宣传页.pdf | 4 MB

Download

SRZ3-V4 3D图 | 16 MB

Download

SRZ机器人使用说明书 | 3 MB

Download

For more information, please visit Download

SRZ2-V6	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360° 5th Joint (Rotation): ±105°/s 6th Joint (Rotation): ±360°/s
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint: 1300°/s 5th Joint: 720°/s 6th Joint: 720°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.02mm
Maximum Load(kg)	2kg
Allowed Load Inertia	4th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 5th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 6th Joint Rated: 0.001 kg·m², Maximum: 0.01 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

SRZ3-V4	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360°
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint:2500°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.013mm 4th Joint: ±0.01mm
Maximum Load(kg)	3kg
Allowed Load Inertia	4th Joint Rated: 0.005 kg·m², Maximum: 0.05 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

SRZ2-V6	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360° 5th Joint (Rotation): ±105°/s 6th Joint (Rotation): ±360°/s
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint: 1300°/s 5th Joint: 720°/s 6th Joint: 720°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.02mm
Maximum Load(kg)	2kg
Allowed Load Inertia	4th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 5th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 6th Joint Rated: 0.001 kg·m², Maximum: 0.01 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

Data Download

SRZ宣传页.pdf | 4 MB

Download

SRZ3-V4 3D图 | 16 MB

Download

SRZ机器人使用说明书 | 3 MB

Download

For more information, please visit Download

SRZ3-V4	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360°
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint:2500°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.013mm 4th Joint: ±0.01mm
Maximum Load(kg)	3kg
Allowed Load Inertia	4th Joint Rated: 0.005 kg·m², Maximum: 0.05 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

SRZ2-V6	Specifications
Arm Length	1st + 2nd Arm: 350mm 1st Arm: 175mm 2nd Arm: 175mm
Range of Motion	1st Joint (Up/Down): 200mm 2nd Joint (Rotation): ±170° 3rd Joint (Rotation): ±180° 4th Joint (Rotation): ±360° 5th Joint (Rotation): ±105°/s 6th Joint (Rotation): ±360°/s
Maximum Movement Speed	1st Joint: 1000mm/s 2nd Joint: 460°/s 3rd Joint: 760°/s 4th Joint: 1300°/s 5th Joint: 720°/s 6th Joint: 720°/s
Repeatability (mm)	1st Joint: ±0.01mm 2nd + 3rd Joint: ±0.02mm
Maximum Load(kg)	2kg
Allowed Load Inertia	4th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 5th Joint Rated: 0.013 kg·m², Maximum: 0.03 kg·m² 6th Joint Rated: 0.001 kg·m², Maximum: 0.01 kg·m²
Insertion Force	150N
Installation Method	Suspended
Ingress Protection Rating	IP20
Noise Level	70dB(A)
Internal Equipped Cables	15-Core
User Airline	3xφ4
Body Weight (kg)	44kg
Installation Environment	Temperature: 0-45°C Humidity: 20%-85% RH (non-condensing) Surface vibration value: Less than 0.5G (4.9m/s²) Altitude: Below 1000m

Data Download

SRZ宣传页.pdf | 4 MB

Download

SRZ3-V4 3D图 | 16 MB

Download

SRZ机器人使用说明书 | 3 MB

Download

For more information, please visit Download

Space-Saving · Ultra-Stable · Versatile Applications · More Flexible

SRZ Series Robots

Space-Saving · Ultra-StableVersatile Applications · More Flexible

SRZ Series Robots

Space-Saving · Ultra-StableVersatile Applications · More Flexible

SRZ Series Robots

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

30% Increased Space Utilization

Ceiling-mounted installation increases production line area utilization by 30% compared to standard SCARA robots.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm, coupled with the shortest path motion planning, it is particularly suitable for operations in narrow spaces.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm, coupled with the shortest path motion planning, it is particularly suitable for operations in narrow spaces.

360° Unrestricted Operation

With the Z-axis at the rear and a slender arm, coupled with the shortest path motion planning, it is particularly suitable for operations in narrow spaces.

Large Hollow Design at the End Axis, No Interference

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

末端轴大中空设计无惧干扰

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

Large Hollow Design at the End Axis, No Interference

The R-axis features a large hollow design, allowing cables or pneumatic tubes to pass through the center, preventing entanglement during movement and avoiding interference from surrounding equipment.

Rearward Shifted Center of Gravity, More Stable High-Speed Motion

Innovative layout design positions all motors within the base, reducing the rotational inertia of the arm and achieving maximum weight reduction.

重心后移高速运动更稳定

Innovative layout design positions all motors within the base, reducing the rotational inertia of the arm and achieving maximum weight reduction.

Rearward Shifted Center of Gravity, More Stable High-Speed Motion

Innovative layout design positions all motors within the base, reducing the rotational inertia of the arm and achieving maximum weight reduction.

Multi-Angle, Multi-Range Operation

Compared to traditional inverted four-axis robots, the SRZ2-V6 adds 5th and 6th axes, allowing the end tool to tilt for horizontal,inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly, and inspection in industries like 3C and food packaging.

Multi-Angle, Multi-Range Operation

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly, and inspection in industries like 3C and food packaging.

Multi-Angle, Multi-Range Operation

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly, and inspection in industries like 3C and food packaging.

Data Download

Data Download

Data Download

Space-Saving · Ultra-Stable
Versatile Applications · More Flexible

Space-Saving · Ultra-Stable
Versatile Applications · More Flexible

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

With the Z-axis at the rear and a slender arm,
coupled with the shortest path motion planning,
it is particularly suitable for operations in narrow spaces.

末端轴大中空设计
无惧干扰

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

重心后移
高速运动更稳定

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

Innovative layout design positions all motors within the base,
reducing the rotational inertia of the arm and achieving maximum weight reduction.

Compared to traditional inverted four-axis robots, the SRZ2-V6 adds 5th and 6th axes,
allowing the end tool to tilt for horizontal,
inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.

inclined, and vertical work surfaces, easily handling sorting, tray loading, assembly,
and inspection in industries like 3C and food packaging.