How to Choose the Right Z-Arm Model
Select the suitable six-axis robotic arm based on your payload, working radius, workstation size, and automation task.
Z-Arm S622
Best for small parts handling, desktop automation, lab automation, electronics assembly, and compact workstations.
- Payload3 kg
- Working Radius622 mm
- Best UseSmall Parts
Z-Arm S922
Best for medium-range handling, inspection, assembly, testing, sorting, and flexible production line integration.
- Payload5 kg
- Working Radius922 mm
- Best UseGeneral Automation
Z-Arm S1400
Best for larger workspaces, machine tending, loading and unloading, heavier handling, and long-reach automation tasks.
- Payload10 kg
- Working Radius1400 mm
- Best UseMachine Tending
Cobot Automation Applications
Loading & Unloading
Automates part transfer between machines, trays, fixtures, and workstations.
Automates part transfer between machines, trays, fixtures, and workstations.
Sorting & Handling
Handles small parts, samples, and components with stable, repeatable movement between trays, bins, and workstations.
Handles small parts, samples, and components with stable, repeatable movement between trays, bins, and workstations.
Dispensing
Supports controlled glue dispensing, coating, and material application with consistent motion paths.
Supports controlled glue dispensing, coating, and material application with consistent motion paths.
Screwdriving
Integrates with screwdriving tools to complete automatic fastening tasks for electronics, fixtures, and small assemblies.
Integrates with screwdriving tools to complete automatic fastening tasks for electronics, fixtures, and small assemblies.
Testing & Inspection
Positions products, samples, or components for visual inspection, functional testing, and quality control workflows.
Positions products, samples, or components for visual inspection, functional testing, and quality control workflows.
PCB & Electronics Manufacturing
Supports PCB handling, component transfer, positioning, and precision assembly in compact electronics production cells.
Supports PCB handling, component transfer, positioning, and precision assembly in compact electronics production cells.
ROI & Cost Savings for Automation Projects
Reduce Labor Cost
Replace repetitive manual handling and loading tasks.
Improve Cycle Time
Support stable and repeatable production flow.
Lower Defect Risk
Reduce manual errors in assembly, dispensing, and inspection.
Increase Machine Utilization
Reduce waiting time for CNC or testing equipment.
| Application | Cost-Saving Value | ROI Metrics to Evaluate |
|---|---|---|
| Loading & Unloading | Reduces manual loading work and improves machine utilization. | Labor saving per workstation, reduced machine idle time, longer unattended operation. |
| Sorting & Handling | Improves handling speed and reduces repetitive manual work. | Parts handled per hour, labor reduction, error rate reduction. |
| Dispensing | Improves glue or coating consistency and reduces material waste. | Glue usage reduction, defect rate reduction, process consistency. |
| Screwdriving | Reduces operator fatigue and improves fastening consistency. | Screws per hour, missed screw rate, defective fastening reduction. |
| Testing & Inspection | Supports stable product positioning and reduces missed checks. | Inspection cycle time, missed defect rate, rework cost reduction. |
| PCB & Electronics Manufacturing | Improves precision handling and supports compact production cells. | Component handling speed, defect reduction, production stability. |
Z-Arm S Series robotic arms can help manufacturers reduce repetitive labor, improve production efficiency, and lower long-term operating costs. Actual ROI may vary depending on labor cost, production volume, working hours, cycle time, fixture design, end-effector selection, and system integration complexity.