ZW-A8 — High-Speed Non-Woven 3D Bag Making Machine | ZHENGWEI Machinery
Version 2.0 World’s First — Since 2012 28 Servo Motors

ZW-A8 2.0
High-Speed Non-Woven 3D Bag Making Machine

Fully-automatic box-bag production at industrial scale. The world’s first non-woven 3D bag machine, refined across four generations since 2012 — now in its 2.0 release with 28-axis servo control, automated mold positioning, and a compact U-shape layout.

70–100bags / min
28Servo Motors
15–20kW Power
15+Years R&D
ZW-A8 high-speed non-woven 3D bag making machine — full machine view
The Machine

Built for non-woven, PP film, and laminated woven fabric.

The ZW-A8 produces three-dimensional (box / square-bottom) bags directly from roll material — handles 50–180 g/m² substrates including spunbond non-woven, PP film, and coated woven fabric (both flat and tubular laminations).

Every motion axis runs on a dedicated servo (28 total, including a 17 kW servo on the mold station) so cycle timing stays consistent at production speed, with no chain-driven drift. Mold changeover is automated — the machine self-positions all stations, slashing setup time on multi-SKU runs.

Two material-saving mechanisms — an overlapping-edge die that eliminates scrap waste (saves 6 mm of material per bag) and built-in auto-alignment for both bag mouth and handle center — together deliver higher yield rates than competing 3D bag machines on the market.

Key Features

Six engineering decisions that define the A8 2.0

Each refined across four generations of field deployment since the world’s first non-woven 3D bag machine in 2012.

01

28 Servo Motors Throughout

Every axis on dedicated servo control, including a 17 kW servo on the mold station. Eliminates timing drift, holds tolerance at high speed, and supports the automated mold-positioning logic.

02

6 mm Material Savings Per Bag

Overlapping-edge construction with no scrap waste — every bag uses 6 mm less material than conventional box-bag methods. At industrial volumes, this pays back the machine investment on material costs alone.

03

Compact U-Shape Footprint

6.1 m × 9.5 m installation area — significantly smaller than linear box-bag lines. The U-shape places loading and finished-bag output on the same operator side, reducing floor space and labor needs.

04

Dual Auto-Alignment

Independent automatic correction for both bag-mouth straightness and handle (ribbon) center-distance. Result: flat-mouth bags with centered handles, batch after batch — much higher first-pass yield.

05

Automated Mold Changeover

When switching bag formats, the machine repositions all stations automatically — no manual datum-setting. Cuts changeover time dramatically on factories running multiple SKUs.

06

Modular Bag Functions

Standard handle bag plus die-cut handle (“punch handle”) bag included. Optional add-ons — button-handle, reinforced bottom patch — can be retrofitted as your product mix expands.

Technical Specifications

Model ZW-A8 (2.0)
Suitable MaterialsNon-woven, PP film, woven fabric lamination (non / tubular lamination)
Power Supply380 V
Total / Average Power15–20 kW
Material Thickness50–180 g
Production Speed70–100 pcs/min
Bag Height150–450 mm
Bag Width110–550 mm
Bag Gusset80–230 mm
Machine Weight12,000 kg
Feeding Width370–1,160 mm
Ribbon (Handle) Length380–550 mm
Installation Size (L × W × H)9,500 × 6,100 × 2,500 mm

* Specifications subject to final machine configuration. Exact production speed depends on bag dimensions and material grade — request a detailed quote for your application.

Applications

Three material categories, one machine

The ZW-A8 is engineered for the three most common substrates used in 3D bag production today.

Material A

Spunbond Non-Woven

The original target material — promotional bags, shopping bags, retail packaging. Handles standard 70–100 g/m² non-woven with consistent edge welding and clean handle attachment.

Material B

PP Film

Lightweight polypropylene film for moisture-resistant or transparent box bags. Used in food-adjacent packaging, gift bags, and disposable retail bags.

Material C

Laminated Woven Fabric

Tubular or flat-laminated PP woven fabric — the heavy-duty option for agricultural feed, fertilizer, pet food, and industrial packaging where bag strength matters more than aesthetics.

Sample Output

Bags produced by the ZW-A8

Three-dimensional non-woven shopping bags — clean handle attachment, flat mouth, square bottom, batch-consistent quality.

ZW-A8 sample output — three non-woven shopping bags in blue, green, and white with branded prints
Sample non-woven shopping bags produced on the ZW-A8 — fully automated handle attachment, flat-mouth construction, and consistent square-bottom finish.
Heritage

The original 3D bag machine — refined for 15+ years

ZHENGWEI Machinery built the world’s first non-woven 3D bag making machine in 2012. The A8 platform is the result.

2007

ZHENGWEI Machinery founded

Zhejiang Zhengwei Machinery Co., Ltd. established in Ruian, Wenzhou.

2012

World’s first non-woven 3D bag machine

First-of-its-kind machine for producing box (square-bottom) bags from non-woven roll material.

2016

PP 3D bag machine R&D

Development project launched to extend the platform to PP film substrates.

2017

Plastic 3D bag machine launched

PP-compatible machine series commercialized — extends the same architecture to plastic substrates.

2023

Crease-free paper bag machine

New seamless-side paper bag platform launched — parallel product line to the non-woven series.

Now

ZW-A8 version 2.0 — current generation

Fourth-generation refinement of the A-series platform: 28-axis servo control, automated mold positioning, dual auto-alignment.

Frequently Asked Questions

The most common pre-purchase questions from international buyers.

Three categories: spunbond non-woven (50–120 g/m²), PP film, and laminated woven fabric (both flat-laminated and tubular-laminated). The machine handles all three on the same platform with appropriate die-set and parameter changes.
50–80 pieces per minute depending on bag size and material. Smaller bags with lighter non-woven hit the upper range; large laminated-woven bags run at the lower range. We provide validated speed figures for your specific bag spec during quotation.
Because the machine auto-positions all stations on mold change, trained operators typically complete a full changeover in 30–60 minutes — substantially faster than manually-set machines that often require half a shift or more.
A8 2.0 is the fourth-generation refinement of the platform. Compared to earlier versions, it adds: full 28-axis servo control (vs partial servo / partial chain drive), automated mold positioning, dual auto-alignment for bag mouth and handle center, and the material-saving overlap die. Net result — higher first-pass yield and lower changeover time.
Standard production time is 45–60 business days from confirmed order. Sea shipment adds 25–40 days depending on destination port. We provide full export documentation, packing, and customs-clearance support.
Yes. We dispatch a specialist technician for on-site installation, commissioning, and operator training. Coverage includes machine setup, routine maintenance, and troubleshooting drills. Remote video support is available indefinitely after handover, with 24-hour response for urgent issues.
Yes — we ship free sample bags produced on the ZW-A8 so you can verify build quality, seam strength, and finish before committing. Request samples through the inquiry form or WhatsApp.

Ready to evaluate the ZW-A8 for your line?

Request a detailed quote, a video demonstration of the machine in production, or free sample bags shipped to your factory.

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