Vision-Guided Delta Robot Case Packer
How Does the ZC-PP500 Spider Robot Case Packer Work?
Applications
Food Products
snack pouches
bakery products
chocolate packs
sauce sachets
frozen food bags
Pharmaceutical & Medical
IV bags
face mask packs
blister packs
medicine pouches
Daily Chemical & Cosmetics
wet wipe packs
shampoo sachets
cosmetic samples
detergent pouches
Specifications
| ZC Model | ZC-PP500 |
|---|---|
| Machine Type | Vision-Guided Delta (Spider) Robot Case Packer |
| Capacity | 8 cases/min (depends on bag size and weight) |
| Applicable Corrugated Carton Size | (220–550) × (150–400) × (120–400) mm |
| Power | 15 kW |
| Air Consumption | 6 m³/hour |
| Main Materials | 304 stainless steel |
Sample Testing Service
Test your Vision-Guided Delta Robot Case Packer and cartons to find the best packing method and avoid errors.
We can also source suitable cartons locally in China to save shipping cost.
Customer Service
We provide attentive, customized solutions at every stage: pre-sales, in-sales, and after-sales.
24/7 online support and training are available in over 30 countries to keep your production efficient.
Overview
The ZC-PP500 Delta Robot Case Packer by ZOMUKIKAI is a high-speed, fully automatic secondary packaging system integrating Delta robot technology (widely known as a spider robot), machine vision guidance, dynamic conveyor tracking, and robotic case packing into one intelligent solution.
Using industrial cameras and advanced image-processing software, the machine identifies the exact position, orientation, and movement of products traveling on the conveyor. The spider arm robot then tracks the moving products in real time, picks them with precision, and places them into corrugated cartons according to the programmed packing pattern.
- Handles randomly oriented and irregular products
- Ideal for soft, fragile, and difficult-to-stack packaging
- Dynamic conveyor tracking for non-stop picking
Powered by lightweight high-speed parallel robot arms (spider robot architecture) and intelligent motion control, the ZC-PP500 achieves extremely fast and smooth pick-and-place operation while maintaining gentle handling for delicate products.
Why Choose Robotic Case Packing over Traditional Mechanical Packers? Compared with traditional mechanical drop or side-load case packers, the ZC-PP500 spider robot system offers significantly higher flexibility and faster recipe-based changeovers. It drastically reduces product damage for fragile items and improves overall packing accuracy. Furthermore, the overhead-mounted Delta robot structure minimizes floor space usage, allowing for seamless integration into existing, space-constrained production lines.
This machine is widely trusted in the food, pharmaceutical, medical, and daily chemical industries where high-speed, precise robotic case packing of bags, sachets, and irregular products is strictly required.
Why Choose Us
Manual
- ✘ Limited speed and inconsistent manual output
- ✘ Difficult to orient and arrange irregular products consistently
- ✘ High risk of product deformation, crushing, or unstable packing
- ✘ Slow adaptation to different products and packing patterns
Automatic Case Packing
- ✔ High-speed spider robot picking with continuous conveyor tracking
- ✔ Vision-guided robot automatically detects and positions products accurately
- ✔ Gentle robotic handling reduces product damage and improves packing consistency
- ✔ Recipe-based adjustment enables fast product changeover with minimal manual intervention
FAQ
What is a Vision-Guided Delta Robot Case Packer? + -
What products are suitable for the ZC-PP500? + -
What is the advantage of the Delta (spider arm) robot system? + -
How does the machine vision system work? + -
Can the machine pick products from a moving conveyor? + -
Is the machine suitable for fragile products? + -
Get a Quote for Your Delta Robot Case Packer
To configure the correct ZOMUKIKAI ZC-PP500 robotic system and provide an accurate quotation, please share the following details:
Product photos and dimensions
Product weight
Corrugated carton size (L × W × H)
Packing pattern (rows × columns × layers)
Required capacity (picks/min or cases/min)