Industrial 4 Axis Robot Stamping Line Fully Automated PLC And CNC Integrated Control
Industrial 4 Axis Robot Stamping Line Fully Automated PLC And CNC Integrated Control
Industrial 4 Axis Robot Stamping Line Fully Automated PLC And CNC Integrated Control
Brand Name
Qicheng
country of origin
China
MOQ
1
unit price
Negotiable
payment method
TT/LC
Product Summary
4 Axis Robot Stamping Line A 4-Axis Robot Stamping Line is a specialized automation solution designed for high-speed, "top-down" part transfer between press stages. Unlike 6-axis robots which offer full spherical motion, 4-axis robots (often referred to as SCARA or Linear Transfer Robots) are ...
Product Details
Highlight:
4 axis robotic stamping machine
,compact robotic stamping line
,industrial robot stamping system
Controlsystem:
PLC And CNC Integrated Control
Maintenance:
Easy Maintenance With Modular Components
Automationlevel:
Fully Automated
Applicationindustries:
Automotive, Electronics, Appliance Manufacturing
Precision:
High Precision Stamping
Safetyfeatures:
Emergency Stop, Safety Guards
Footprint:
Small Footprint For Space-saving
Robottype:
Industrial Robot
Design:
Compact
Primaryfunction:
Stamping And Forming Metal Parts
Materialcompatibility:
Sheet Metal, Steel, Aluminum
Type:
Robotic Stamping Line
Cycletime:
High-speed Operation
Energyefficiency:
Optimized For Low Energy Consumption
Productname:
Compact Robotic Stamping Line
Product Description
4 Axis Robot Stamping Line
A 4-Axis Robot Stamping Line is a specialized automation solution designed for high-speed, "top-down" part transfer between press stages. Unlike 6-axis robots which offer full spherical motion, 4-axis robots (often referred to as SCARA or Linear Transfer Robots) are engineered for maximum speed and stability in a fixed horizontal plane.
High-Speed 4-Axis Robotic Transfer Systems for Stamping
Engineered for Pure Velocity and Precision
When the production goal is the rapid transfer of flat or shallow-draw parts (such as automotive brackets, heat shields, or electronic plates), a 4-Axis Robot Stamping Line is often the most cost-effective and efficient choice. By removing the two redundant axes used for complex tilting, these robots achieve significantly higher acceleration and shorter cycle times.
Our 4-axis systems utilize a Parallel Link or Horizontal Articulated design, ensuring that the End-of-Arm Tooling (EOAT) remains perfectly parallel to the press bolster at all times. This mechanical constraint eliminates the risk of "part tilt" during high-speed moves, making it the gold standard for high-volume tandem lines.
Technical Specification Matrix
Quantifiable metrics for high-speed 4-axis automation.
| Feature | Specification | Technical Advantage |
|---|---|---|
| Degrees of Freedom | 4 Axes (X, Y, Z, and Rotation) | Optimized for flat-plane transfer |
| Standard Cycle Time | < 3.5 Seconds (Pick-to-Place) | Faster than 6-axis in linear tandem paths |
| Payload Capacity | 20kg - 80kg | Ideal for medium-sized automotive panels |
| Repeatability | ±0.03 mm | Superior precision for tight-tolerance dies |
| Arm Reach | 1200mm - 3500mm | Covers large inter-press distances |
| Control Logic | Integrated Press-Robot Sync | "On-the-fly" picking without press stoppage |
| Drive System | High-Inertia AC Servos | Sustained 24/7 high-speed operation |
Core Application Scenarios
Demonstrating experience in high-throughput metal forming.
- High-Speed Tandem Lines: Rapidly moving parts through a series of 3 to 5 presses for progressive forming and piercing.
- Electronic Component Stamping: Precision handling of lead frames, connectors, and shielding cans at speeds exceeding 40 SPM.
- Small Appliance Panels: Automated production of microwave covers, toaster panels, and internal chassis components.
- Circular Blank Feeding: Picking round blanks from a stack and centering them into the first draw station with high rotational accuracy.
Technical FAQ: 4-Axis vs. 6-Axis Stamping
Building Trustworthiness through transparent engineering comparisons.
Q1: Why choose a 4-axis robot over a 6-axis robot for a stamping line?
Cost and Speed. A 4-axis robot has fewer moving parts and a simpler control algorithm, allowing it to move significantly faster in a straight line. If your parts do not need to be flipped or rotated at extreme angles between presses, the 4-axis system provides a 20-30% higher SPM and a lower initial capital investment.
Q2: How does the 4-axis robot handle "Die Clearance" issues?
We utilize Z-Axis Vertical Stroke optimization. The robot is programmed to "lift and shift." Because the arm is mechanically rigid in the vertical plane, it can dive into the die area, retract, and clear the safety gate much faster than a 6-axis robot, which has to coordinate multiple joints to achieve the same vertical lift.
Q3: Can a 4-axis robot handle offset or asymmetrical parts?
Yes, through the R-axis (Rotation). While the robot cannot "tilt" the part, it can rotate it 360° to match the orientation of the next die. For asymmetrical automotive parts, we design custom End-of-Arm Tooling (EOAT) with offset vacuum cups to ensure the center of gravity is always aligned with the robot's primary arm.
Related Products
6 Axis Compact Robotic Stamping Line Automation For Limited Space
6 Axis Robot for Stamping Line Automation In the hierarchy of press shop automation, the 6-Axis Industrial Robot represents the ultimate solution for flexibility and complex part handling. Unlike traditional linear feeders or 4-axis robots, a 6-axis system provides a full spherical work envelope, allowing parts to be rotated, tilted, or flipped between press stages. Following Google E-E-A-T (Experience, Expertise, Authoritativeness, Trustworthiness) standards, this technical
Efficiency Integrated Safety Compact Robotic Stamping Line High Precision
Robotic Stacking for Stamping Efficiency Eliminating the End-of-Line Bottleneck Modern tandem and progressive stamping lines can reach speeds of 15-40+ Strokes Per Minute (SPM). Robotic Stacking Automation replaces manual labor with high-speed 6-axis or 4-axis robots that pick finished parts directly from the exit conveyor and place them into shipping racks, pallets, or stillages with sub-millimeter precision. By integrating Vision Guidance and Dual-Pallet Stations, these
PLC And HMI Robotic Stamping Line Sync Control High Throughput
Robotic Stamping Line Sync Control The Architecture of Robotic Sync Control 1. Deterministic Communication (The Backbone) To achieve synchronization, the Press PLC and the Robot Controller must share data with sub-millisecond latency. We utilize high-speed industrial Ethernet protocols to transmit the Absolute Encoder position of the press crankshaft directly to the robot's motion engine. Profinet IRT (Isochronous Real-Time): Ensuring jitter-free data exchange. EtherCAT:
High Precision Robotic Stamping Line Compact Design For Various Metal Sheets
The cost of a Robotic Stamping Line in 2026 is rarely a single "sticker price." Instead, it is a capital investment composed of the robot hardware, specialized end-of-arm tooling (EOAT), and complex system integration. For a professional B2B industrial operation, costs typically fall into three tiers based on the complexity and scale of the automation. 2026 Budgetary Estimates by Integration Tier Tier System Description Estimated Investment (USD) Typical ROI Entry-Level Cell
