Petri Dish (Challe) Packaging through Cartesian Robots

This is an automated packaging solution that replaces the manual process of stacking and bagging Petri dishes with a system powered by three Cartesian (Gantry) robots.

By utilizing a combination of three Cartesian robots, the system performs continuous operations at high speeds. The linear design of these robots allows for a compact installation, making it ideal for facilities with limited floor space while maintaining high throughput.

Components

Robot	Robot: 3 Cartesian Robots (Multi-Axis Linear Systems) Robot 1: Product infeeding and precision stacking. Robot 2: Packaging material (poly bags/sleeves) feeding. Robot 3: Transferring the stacked products into the packaging unit. Sealing Unit: High-speed thermal or ultrasonic sealer for airtight finishing. Gripper System: Vacuum-based or soft-touch grippers designed to prevent scratches on transparent plastic.

Robot

Robot: 3 Cartesian Robots (Multi-Axis Linear Systems)
- Robot 1: Product infeeding and precision stacking.
- Robot 2: Packaging material (poly bags/sleeves) feeding.
- Robot 3: Transferring the stacked products into the packaging unit.
Sealing Unit: High-speed thermal or ultrasonic sealer for airtight finishing.
Gripper System: Vacuum-based or soft-touch grippers designed to prevent scratches on transparent plastic.

Workflow

STEP 1.	Stacking: Products are stacked to a predefined count.
STEP 2.	Alignment: Ensuring the stack is perfectly vertical and centered.
STEP 3.	Material Infeed: Feeding the packaging film or sleeve.
STEP 4.	Positioning: Moving the product stack to the exact packaging coordinates.
STEP 5.	Opening: Automatically opening the mouth of the packaging material.
STEP 6.	Insertion: Pushing the product stack into the packaging sleeve.
STEP 7.	Sealing: Hermetically sealing the entrance of the package.
STEP 8.	Discharge: Moving the finished package onto the outfeed conveyor.

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Key Features

Enhanced Production Efficiency

Minimized Idle Time: Continuous automated operation eliminates gaps in the workflow, leading to a direct improvement in overall production efficiency.
Streamlined Management: Reducing the number of manual touchpoints allows for a significant decrease in required human personnel, lowering operational overhead.

Cost-Effective Automation via Cartesian Robots

Space-Saving Design: Small-scale Cartesian robots allow for a compact installation tailored to the specific dimensions of the existing workspace.
Customized Engineering: The system is designed and built to meet exact requirements, significantly reducing initial investment costs compared to multi-axis industrial robots.

Implementation Results

ROI Period	14.4 months
Key Metrics	Significant productivity boost through high-speed automation. Reduction in labor costs for repetitive packaging tasks.
Client Feedback	Because Petri dishes can be fragile and prone to damage, we were initially hesitant about automation. However, Nau Technics' solution has allowed us to perform packaging operations with perfect stability and zero breakage.

※ The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

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The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

※ The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

Components

Workflow

Key Features

Implementation Results

Petri Dish (Challe) Packaging through Cartesian Robots

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