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📄 Document Information

Models: YD-XG320 / YD-XG450 / YD-XG300SE / YD-XG400SE

Product Name: Multifunctional Storage Media Destruction Machine Series

Document Type: Datasheet / Product Selection Guide

Equipment Type: Toner-Cartridge Shredder / Electronic Storage-Media Shredder / Physical Hard-Drive Destroyer / Electronic-Waste Shredder

File Name: yuedu-yd-xg-and-yd-xg-se-multifunctional-storage-media-shredder-datasheet.pdf

Brand: Shanghai YUEDU Technology Co., Ltd.

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📥 Download Instructions:

Click below to download the complete technical document for selecting equipment to destroy toner cartridges, storage chips, circuit boards, optical discs, USB drives, magnetic cards, tapes, hard-drive platters, complete HDDs, server drives, mobile phones, tablets, and other electronic storage media.

yuedu-yd-xg-and-yd-xg-se-multifunctional-storage-media-shredder-datasheet

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📌 1. Product Overview

The YUEDU YD-XG and YD-XG SE Series are multifunctional physical-destruction systems developed for confidential departments, semiconductor and chip manufacturers, electronics manufacturers, data centers, and professional data-destruction facilities.

The series includes two primary equipment categories:

The YD-XG320 and YD-XG450 are intended primarily for toner cartridges, storage chips, circuit boards, optical discs, USB drives, cards, hard-drive platters, mobile phones, tablets, and other electronic storage media. Their standard output is approximately 9 × 9mm. The source document describes this output as powder-like; actual particle shape should be confirmed through material testing and the selected cutter configuration.

The YD-XG300SE and YD-XG400SE are designed primarily for the initial destruction of complete mechanical hard drives, server hard drives, and thicker electronic products. Their standard output is approximately 20 × 100mm, while the stated reference output for server drives processed by the YD-XG400SE is approximately 30 × 100mm.

All four models feature an enclosed structure, a stated noise level of approximately 60dB, continuous operation for up to 24 hours, and a 90L enclosed waste-collection chamber. Cutter and machine configurations can be upgraded according to material hardness, thickness, target output size, and required capacity.

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📌 2. Key Features

✔ Processes multiple types of electronic storage media and production waste

✔ Applicable to toner cartridges, chips, circuit boards, optical discs, USB drives, cards, and tapes

✔ Selected models process complete mechanical and server hard drives

✔ Approximate 9 × 9mm output from the YD-XG320 and YD-XG450

✔ Approximate 20 × 100mm output from the YD-XG300SE

✔ Approximate 20 × 100mm general output and 30 × 100mm server-drive output from the YD-XG400SE

✔ Reference capacities ranging from 150 to 600kg/h

✔ Fully enclosed machine and waste-collection structure

✔ Dust-control, sound-insulation, and noise-reduction design

✔ Dust- and explosion-control design stated for the SE models

✔ Safe feeding height of approximately 1450mm

✔ 90L waste chamber for centralized material collection

✔ Standard 380V power supply

✔ Designed for continuous operation for up to 24 hours

✔ Customized cutter configurations and output sizes available

✔ Upgrade options for thick or high-hardness materials

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📌 3. Technical Specifications

YD-XG320

Applicable Materials:

Toner cartridges and storage chips

Circuit boards, optical discs, USB drives, and cards

Hard-drive platters, mobile phones, tablets, and other electronic storage media

Inlet Size: Approx. 320 × 320mm

Safe Feeding Height: Approx. 1450mm

Output Size: Approx. 9 × 9mm

Reference Capacity: 150–300kg/h

Noise Level: Approx. 60dB

Net Weight: Approx. 1,450kg

Rated Power: 9.5kW (5.5kW + 4kW)

Voltage: 380V

Continuous Operation: Up to 24 hours

Overall Dimensions: Approx. 930 × 1800 × 1800mm, excluding packaging

Waste-Chamber Capacity: 90L

Design: Dust-control and noise-reduction structure

YD-XG450

Applicable Materials:

Toner cartridges and storage chips

Circuit boards, optical discs, USB drives, and cards

Hard-drive platters, mobile phones, tablets, and other electronic storage media

Inlet Size: Approx. 420 × 320mm

Safe Feeding Height: Approx. 1450mm

Output Size: Approx. 9 × 9mm

Reference Capacity: 200–400kg/h

Noise Level: Approx. 60dB

Net Weight: Approx. 1,650kg

Rated Power: 9.5kW (5.5kW + 4kW)

Voltage: 380V

Continuous Operation: Up to 24 hours

Overall Dimensions: Approx. 930 × 1800 × 1800mm, excluding packaging

Waste-Chamber Capacity: 90L

Design: Dust-control and noise-reduction structure

YD-XG300SE

Applicable Materials:

Mechanical hard drives

Toner cartridges, mobile phones, tablets, and related electronic products

Circuit boards, optical discs, magnetic cards, tapes, and other hard-drive media

Inlet Size: Approx. 300 × 200mm

Safe Feeding Height: Approx. 1450mm

Output Size: Approx. 20 × 100mm segments

Reference Capacity: 200–400kg/h

Noise Level: Approx. 60dB

Net Weight: Approx. 1,050kg

Rated Power: 7.5kW

Voltage: 380V

Continuous Operation: Up to 24 hours

Overall Dimensions: Approx. 930 × 1800 × 1800mm, excluding packaging

Waste-Chamber Capacity: 90L

Design: Dust- and explosion-control structure

YD-XG400SE

Applicable Materials:

Server hard drives and other mechanical HDDs

Toner cartridges, mobile phones, tablets, and related electronic products

Circuit boards, optical discs, magnetic cards, tapes, and other hard-drive media

Inlet Size: Approx. 400 × 320mm

Safe Feeding Height: Approx. 1450mm

General Output Size: Approx. 20 × 100mm segments

Server-Hard-Drive Output: Approx. 30 × 100mm segments

Reference Capacity: 400–600kg/h

Noise Level: Approx. 60dB

Net Weight: Approx. 1,150kg

Rated Power: 15kW

Voltage: 380V

Continuous Operation: Up to 24 hours

Overall Dimensions: Approx. 930 × 1800 × 1800mm, excluding packaging

Waste-Chamber Capacity: 90L

Design: Dust- and explosion-control structure

Note: Actual capacity and output shape depend on material composition, hardness, thickness, metal content, feeding method, and cutter configuration. Complete hard drives, thick electronic products, and high-hardness materials may require an upgraded machine configuration. Final specifications should be confirmed through material testing and a mutually approved technical proposal.

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📌 4. Equipment Selection Guidance

YD-XG320 and YD-XG450:

These models are suitable for projects requiring a smaller output size. Primary applications include toner cartridges, chips, circuit boards, optical discs, USB drives, cards, hard-drive platters, and relatively thin electronic storage media.

The YD-XG450 has an approximately 420 × 320mm inlet and a reference capacity of 200–400kg/h, making it suitable for projects requiring a larger inlet or higher capacity than the YD-XG320.

YD-XG300SE and YD-XG400SE:

These models are intended for the initial physical destruction of complete mechanical HDDs, server hard drives, mobile phones, tablets, and thicker electronic products. Their output is larger than that of the YD-XG320 and YD-XG450, but they are better suited to complete hard drives and thicker media.

Projects requiring both complete-HDD feeding and a smaller final output can be evaluated for upgraded cutters, multi-stage shredding, or a two-machine processing line.

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📌 5. Applicable Industries

Government agencies / Confidential departments / Defense companies / Financial institutions / Data centers / Information-security providers / Semiconductor manufacturers / Chip packaging and testing plants / Electronics manufacturers / Research institutes / Large enterprises / Commercial data-destruction centers / E-waste processors / Recycling companies

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📌 6. Applicable Materials

The source document lists the following materials:

Toner cartridges

Storage chips and semiconductor production waste

Circuit boards and selected electronic components

CDs, DVDs, and other optical discs

USB drives and flash-storage media

Magnetic cards, IC cards, and related cards

Magnetic tapes

Hard-drive platters

2.5-inch and 3.5-inch mechanical hard drives

Server hard drives

Mobile phones and tablets

Other electronic storage media suitable for mechanical shredding

Different materials require different cutter and safety configurations. Batteries should be removed from battery-powered devices before shredding. Materials containing flammable, explosive, or other hazardous components require a separate risk assessment and must not be fed into the equipment without prior technical confirmation.

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📌 7. Safety and Structural Design

Safe Feeding Inlet:

The feeding height is approximately 1450mm, helping reduce the risk of direct operator contact with the cutting mechanism.

Enclosed Machine Structure:

The shredding and collection areas are enclosed to reduce the release of dust and fragments into the surrounding working area.

Dust and Noise Control:

The document shows a stainless-steel feeding inlet, sound-insulation structure, and enclosed waste-collection chamber.

Waste Collection:

A 90L chamber collects shredded toner cartridges, chips, circuit boards, and hard-drive fragments.

Project-Specific Configuration:

When processing materials containing dust, toner, metals, batteries, or potentially hazardous components, suitable dust extraction, fire protection, explosion relief, inerting, or pretreatment systems should be evaluated according to the material risk.

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📌 8. Document Includes

✔ YD-XG and YD-XG SE Series overview

✔ Four-model comparison and selection table

✔ Complete YD-XG320 technical specifications

✔ Complete YD-XG450 technical specifications

✔ Complete YD-XG300SE technical specifications

✔ Complete YD-XG400SE technical specifications

✔ Toner-cartridge and electronic-media output examples

✔ Mechanical and server hard-drive destruction examples

✔ Dust-control, explosion-control, and noise-reduction information

✔ Stainless-steel safety feeding inlet

✔ Enclosed 90L waste-collection chamber

✔ Front, rear, top, and side machine views

✔ Control buttons and machine-detail images

✔ Installation dimensions and three-view drawing

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📌 9. Why Choose YUEDU

✔ Fine-shredding and complete-HDD destruction configurations

✔ Multiple electronic storage-media types processed by one machine

✔ Four models covering reference capacities from 150 to 600kg/h

✔ Multiple inlet sizes for different materials

✔ Suitable for data destruction and semiconductor production-waste processing

✔ Fully enclosed waste-collection structure

✔ Designed for continuous and batch processing

✔ Customized cutter configurations for different target output sizes

✔ Upgrade options for thick and high-hardness materials

✔ Custom solutions based on material, capacity, safety requirements, and installation space

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📞 Contact Us

Shanghai YUEDU Technology Co., Ltd.

Phone: +86 159 0178 2779 (WhatsApp / WeChat / Facebook / Telegram)

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