Name: 6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy
Brand: Qicheng
Price: 1 USD

Product Details
Company Profile

6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy

Robotic Stamping for Prototyping Made Easy

In the rapidly evolving landscape of product development—especially in EV automotive and consumer electronics—speed is everything. Zhejiang Qicheng Intelligent Technology simplifies the prototyping phase with specialized Robotic Stamping Solutions. We utilize ABB's flexible 6-axis robots combined with digital twin technology to lower the cost and time barriers traditionally associated with stamping new designs. Our solutions make rapid, low-volume metal forming accessible, accurate, and repeatable.

Prototyping Agility Matrix

Our prototyping lines are engineered for quick deployment, minimal tooling investment, and high process visibility.

Prototyping Metric	Traditional Manual/Batch Stamping	Qicheng Agile Robotic Solution
Setup Time	Days / Weeks	Hours via Offline Programming
Tooling Cost	High (Hard Tooling required)	Low (Supports Soft Tooling/3D Printed Dies)
Material Flexibility	Limited to specific tool sets	Wide range of alloys (via flexible EOAT)
Process Validation	Physical Trial & Error	Digital Twin Simulation (pre-validation)
Part Geometry	Limited by simple draw capability	Complex 3D forms via 6-Axis movement

Why Qicheng Makes Prototyping "Easy"

We focus on digital fluency and mechanical flexibility to streamline your R&D cycles:

Agile Prototyping Experience: Qicheng has supported numerous R&D labs and startup ventures. We understand that prototyping is not about volume; it's about validating a concept. Our systems are designed for extreme flexibility, allowing you to run 5 parts, tweak the CAD, and run 5 more—all in a single afternoon.
Expertise in Simulation & Digital Twin: The core of making it "Easy" is doing the heavy lifting in software. Our engineers utilize ABB RobotStudio® to simulate the entire stamping process. We can validate reach, collision risks, and material flow before we cut a single piece of prototype tooling, saving significant time and material cost.
Authoritative "Soft Tooling" Integration: For low volumes, hard steel dies are unnecessary. We specialize in integrating robots with "Soft Tooling"—such as zinc alloy dies, aluminum tools, or even reinforced 3D printed molds. The robot is programmed with specific force-control parameters to protect these softer tools while achieving required part tolerance.
Trustworthy & Consistent Quality: Consistency in prototyping is crucial for accurate testing. Manual forming is subjective; our robotic systems ensure that Prototype #1 is identical to Prototype #50. Every motion, force, and vacuum level is logged, providing a complete digital birth certificate for your R&D data.

Key Solution Highlights for Prototyping

Offline Programming (OLP): Program the robot directly from your CAD file, minimizing actual robot downtime for teaching.
Incremental Sheet Forming (ISF): Optional integration where the robot uses a forming tool to incrementally shape a sheet of metal without a die—the ultimate in low-cost prototyping flexibility.
Universal End-Effectors: Configurable vacuum and magnetic grippers designed to handle a wide range of blank shapes and sizes without needing specialized tooling for every part.
Compact "Plug-and-Play" Cells: Portable, pre-configured robot cells that can be easily moved within an R&D lab or facility as project needs change.

Prototyping Q&A (Frequently Asked Questions)

Q: If we are using soft or 3D printed tooling, how does the robot avoid damaging the mold?

A: We utilize ABB's Active Force Control technology. The robot continuously monitors the resistance it encounters. It can apply precise pressure during the forming or de-stacking process, automatically adjusting its speed or stopping if a resistance threshold is met, thereby preserving the soft tooling.

Q: What is the typical lead time to validate a new part design using your system?

A: If soft tooling is ready, you can often go from CAD file to validated physical prototype in 2 to 3 days. The OLP programming and simulation usually take less than a day, allowing for rapid iteration.

Q: Can this prototyping system be easily scaled up for production later?

A: Yes. The software and control logic we develop during the prototyping phase are forward-compatible. You can take the exact same RobotStudio program and apply it to a larger ABB IRB 6700 for high-volume production, with only minimal path fine-tuning required on the final production line.

Product Tags:


*From:	Your email address is incorrect!
*To:	Zhejiang SAS Intelligent Technology Co.,Ltd.
*Subject:	Subject is empty!
*Message:	For the best results, we recommend including the following details: -Self introduction -Required specifications -Inquire about price/MOQ Characters Remaining: (0/3000) Please enter 20 to 3000 characters to contact this supplier!

Categories	High Tonnage Tandem Press
Tonnagecapacity:	1000-3000 tons
Installationtime:	4-6 weeks
Weight:	Approximately 15,000 kg
Dimensions:	Customizable based on customer requirements
Coolingsystem:	Hydraulic cooling system
Safetyfeatures:	Light curtains, Emergency stop buttons, Safety interlocks
Precision:	±0.01 mm
Automationlevel:	Fully automated
Powersupply:	380V, 50Hz, 3-phase
Robottype:	6-axis industrial robot
Controlsystem:	PLC with HMI interface
Cycletime:	8-14 seconds per stroke
Productname:	High Tonnage Robotic Stamping Line
Productionoutput:	Up to 5000 parts per hour
Materialcompatibility:	Steel, Aluminum, Copper
Place of Origin:	China
Brand Name:	Qicheng
MOQ:	1
Price:	Negotiable
Packaging Details:	Standard packaging
Delivery Time:	60 days
Payment Terms:	TT/LC

6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy

6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy

6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy

6 axis robot stamping line

robot stamping line hmi interface

prototyping robotic stamping line

6 Axis Robot Stamping Line HMI Interface For Prototyping Made Easy