1. Home
  2. Knowledge
Palletizer Replaces Manual Stacking Automated Sheet‑Material Receiving Solution

Palletizer Replaces Manual Stacking Automated Sheet‑Material Receiving Solution

Manual stacking used to be labor‑intensive in sheet‑metal workshops. Workers receive and stack cut sheets one‑

Pillar Wu Oct 08, 2026
Read More
How to Select Palletizers  Key Matching Points for Sheet Size and Stack Weight

How to Select Palletizers Key Matching Points for Sheet Size and Stack Weight

Palletizers are installed at the end of blanking lines and play a vital role in material‑receiving processes.

Pillar Wu Oct 08, 2026
Read More
How to Plan a Hot‑Forming Stamping Line Configuration Scheme for Furnaces Presses and Manipulators

How to Plan a Hot‑Forming Stamping Line Configuration Scheme for Furnaces Presses and Manipulators

Hot‑forming stamping is a process for manufacturing high‑strength steel components. Sheet blanks are heated to

Pillar Wu Oct 08, 2026
Read More
Grippers for End‑Effectors of Hot‑Forming Manipulators High‑Temperature Material‑Picking and Clamping Solution

Grippers for End‑Effectors of Hot‑Forming Manipulators High‑Temperature Material‑Picking and Clamping Solution

In hot‑forming stamping, sheet blanks are heated up to 800‑900 °C and stamped while hot. High‑temperature mate

Pillar Wu Oct 08, 2026
Read More
Positioning Accuracy of Transfer Manipulators How to Guarantee Consistent Part‑Placing Performance

Positioning Accuracy of Transfer Manipulators How to Guarantee Consistent Part‑Placing Performance

On tandem stamping lines, the consistency of workpiece placement by transfer manipulators directly governs dim

Pillar Wu Oct 08, 2026
Read More
Key Selection Points for Transfer Manipulators Matching Guidelines for Payload Stroke and Speed

Key Selection Points for Transfer Manipulators Matching Guidelines for Payload Stroke and Speed

Transfer manipulators serve as material handlers between presses on tandem stamping lines composed of multiple

Pillar Wu Oct 08, 2026
Read More
How to Select Six‑Axis Robots for Robot‑Based Stamping Lines Key Points for Payload and Reach Matching

How to Select Six‑Axis Robots for Robot‑Based Stamping Lines Key Points for Payload and Reach Matching

Six‑axis robots act as the core loading‑unloading units for robot‑based stamping lines. Proper robot selection

Pillar Wu Oct 08, 2026
Read More
Why Robots Are Adopted for Automotive Body‑in‑White Stamping Advantages for Large‑Part Loading and Unloading

Why Robots Are Adopted for Automotive Body‑in‑White Stamping Advantages for Large‑Part Loading and Unloading

Automotive body panels such as door panels, hoods, side panels and roof panels feature large dimensions, compl

Pillar Wu Oct 08, 2026
Read More
How to Plan a Single‑Press Multi‑Station Stamping Line Stamping Process Layout Design Methodology

How to Plan a Single‑Press Multi‑Station Stamping Line Stamping Process Layout Design Methodology

A single‑press multi‑station stamping line consolidates multiple stamping processes within one press, with wor

Pillar Wu Oct 07, 2026
Read More
Five Key‑Selection Parameters for 3‑Axis Manipulators Interpretation of Critical Indicators

Five Key‑Selection Parameters for 3‑Axis Manipulators Interpretation of Critical Indicators

The 3‑axis manipulator serves as core handling equipment for single‑press multi‑station stamping lines. Five c

Pillar Wu Oct 07, 2026
Read More
icon of whatsapp Chat on WhatsApp