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China Nanjing Brisk Metal Technology Co., Ltd. Company News

Are High-Clamping Grippers Suitable for Flexible and Mixed-Model Production Lines?

Today’s factories increasingly adopt high-mix, low-volume production. Brisk’s high-clamping force grippers support this trend with modular designs that quickly adapt to part variations in size, shape, and material. Brisk grippers offer easy jaw changes, adjustable stroke settings, and sensor compatibility, shortening setup time and reducing downtime. In appliance, kitchenware, and automotive assembly lines, Brisk’s reliable, high-force grip ensures precision across diverse production batches. Lightweight, modular, and cobot-friendly—Brisk grippers are the go-to solution for flexible sheet metal gripping systems.

2025

05/20

How Can Gripper Design Optimization Improve Line Speed and Reliability?

Gripper design directly affects cycle times, mechanical stress, and uptime. Brisk’s structural improvements—like symmetric actuation, lightweight frames, and dual-guide positioning—ensure strong, stable, and rapid performance. Their pneumatic automation grippers feature optimized airflow for fast, consistent jaw motion. This reduces timing drift and improves line stability. Field results show 12–18% faster production rates and 30% longer maintenance intervals after switching to Brisk. For robotic stations, stamping lines, or automated assembly, Brisk delivers lasting value through intelligent sheet metal gripping design.

2024

10/24

How to Determine If a High-Clamping Force Gripper Is Sufficient?

In sheet metal automation systems, clamping force is a key factor in preventing slippage, deformation, or dropped parts—especially in high-speed stamping, robotic transfer, or die-handling operations. To assess whether the clamping force is sufficient, consider the workpiece weight, surface friction, motion direction, and acceleration. A 5kg metal part under fast movement might require 30–50N of gripping force, plus a safety factor of 2–3x for reliability. Brisk pneumatic automation grippers offer optimized mechanical design with a standard clamping force range of 30–100N. Many models include a self-locking structure, maintaining grip even during air loss. This makes them ideal for stamping lines, die transfer systems, and collaborative robot cells. Additionally, Brisk grippers support sensor integration for grip confirmation. This enables smarter diagnostics and reduces errors, helping build safer, more intelligent manufacturing environments with automated sheet metal gripping solutions.

2024

08/19

Why Are Robotic Gripping Systems Preferring High-Clamping Force Grippers?

As robotics continues to reshape industrial automation, gripper selection plays a critical role—especially in sheet metal transfer, assembly, and die handling. Traditional grippers often fail to securely hold curved or slippery surfaces, leading to dropped parts and misalignment. Brisk pneumatic automation grippers provide a robust solution. Their high clamping force minimizes slippage, while the built-in self-locking mechanism ensures secure grip even during air loss. This enhances robotic stability and path accuracy—especially important for robots operating at high speeds or under varying loads. In collaborative robot setups, Brisk grippers are lightweight, compact, and compatible with a wide range of EOAT mounts. Their automated sheet metal gripping modules support sensor-based feedback and modular jaw replacement, enabling fast adaptation and smart integration with robotic control systems.

2024

04/14

How to Improve the Stability and Reliability of Cobot Gripper Systems?

Collaborative robots (cobots) play a vital role in flexible manufacturing environments. To ensure reliable operation, gripper systems must offer both stability and low weight—especially when handling thin, soft, or uneven sheet metal parts. Brisk offers lightweight pneumatic automation grippers made from durable aluminum alloy. This reduces arm load and improves robot responsiveness, while still delivering high clamping force to securely grip curved or asymmetrical workpieces. Designed with self-locking mechanisms and sensor-ready interfaces, Brisk grippers provide real-time feedback, fault alarms, and PLC integration—making them ideal for safe and intelligent cobot operations in automated sheet metal systems.

2024

02/14

What Safety Issues Do Self-Locking Grippers Solve During Air or Power Loss?

In industrial automation, sudden loss of air supply can be dangerous. If a gripper releases unexpectedly, dropped parts may damage machinery, injure workers, or halt production. Brisk grippers address this with a self-locking structure—designed to hold the workpiece even during air or power failure. This feature is essential for high-risk scenarios such as vertical handling, overhead transfer, or heavy-duty clamping. Integrated with Brisk’s automated sheet metal gripping systems, these grippers ensure operational safety and reduce unplanned downtime. In addition, Brisk pneumatic grippers support sensor feedback and alarm triggers for abnormal motion or release, providing a smart layer of safety control. From robotic welding cells to die transfer stations, Brisk self-locking grippers are trusted for reliability under pressure.

2024

01/08

How Do High-Clamping Grippers Work with Sensors to Enable Smart Control?

Traditional grippers simply open and close. But in smart factories, grippers are now data-driven endpoints. Brisk’s high-clamping grippers support sensor-based control—including grip confirmation, part detection, and jaw position feedback. By integrating sensors with automated sheet metal gripping systems, manufacturers gain real-time monitoring, fault prevention, and synchronized control. Brisk grippers offer universal sensor ports that work with PLCs and robotic controllers, enabling closed-loop automation. In stamping, assembly, or inspection lines, Brisk pneumatic grippers + sensors form intelligent gripping units that drive both performance and productivity.

2023

08/15

What Industrial Scenarios Are Suitable for High-Clamping Sheet Metal Grippers?

As manufacturers pursue both efficiency and flexibility, gripper selection becomes increasingly important—especially when handling sheet metal. From transfer to positioning and assembly, a gripper must offer stable, safe, and responsive operation. Brisk’s high-clamping force grippers are designed to meet these exact challenges. Here are some common industries and use cases: Automotive Manufacturing: For robotic handling of car doors, roofs, side panels, etc. Sheet Metal Stamping: For high-speed part transfer between dies. Home Appliance & Enclosure Assembly: Ensures precise positioning of control panels and housing shells. Railway & Heavy Equipment: Handling thick or irregular parts with strong, stable grip. Brisk grippers support 30–100N clamping force with fast actuation (

2023

05/20

Pneumatic vs. Electric Grippers: Which Is Better for High Clamping Force Tasks?

When choosing a gripper, many manufacturers ask: pneumatic or electric—which is better for high-force gripping? The answer depends on your application. Brisk’s pneumatic automation grippers offer fast response, simple design, and strong clamping per unit pressure. This makes them ideal for metal sheet transfer, die loading, and heavy-duty pick-and-place in high-volume lines. Electric grippers shine in precision and soft gripping but are slower, more expensive, and mechanically complex. For high-speed, high-frequency production, Brisk pneumatic grippers offer unbeatable value. For soft, precise, or low-noise environments, electric may be a better fit.

2022

08/27

Is the Speed of High-Clamping Grippers Suitable for High-Speed Automation Lines?

When choosing an automated sheet metal gripper, many users assume that high clamping force comes at the cost of speed. However, Brisk grippers prove that both can coexist. Their lightweight housing, compact cylinders, and refined actuation mechanisms enable jaw cycles under 0.2 seconds, perfect for high-speed lines with cycle times as low as 4 seconds. For stamping transfer, robotic pick-and-place, or vertical die loading, response speed is critical. Brisk’s pneumatic automation grippers not only grip securely—they grip quickly, syncing perfectly with 6-axis robots and linear transfer modules. Tested under 60 cycles per minute continuous load, Brisk grippers show zero loss in repeatability or overheating, making them ideal for high-demand production lines that require consistent, rapid output.

2022

07/17

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Nanjing Brisk Metal Technology Co., Ltd.

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Sheet Metal Gripper

Auto Gripper

Press Gripper

Eoat Gripper

Transfer Press Tooling

Transfer Die Stamping

Transfer Tooling

celia.chen@briskcn.com 86-157-1516-1517

No. 97 Mozhou Rd, Jiangning District, Nanjing City, Jiangsu Province, China

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