A fully automatic non woven box bag making machine is an industrial converting production line engineered to manufacture three-dimensional carrier bags with integrated loop handles directly from PP spunbond rollstock in a continuous single pass. Operating at verified manufacturing velocities of up to 100 bags per minute, modern platforms such as the OYANG TECH series deploy a 50-axis bus-synchronized servo architecture and a patented 90-second motorized automatic mold changeover system, eliminating format changeover downtime and reducing fabric conversion scrap below 1.5%.
Video: OYANG TECH 23 high speed non woven box bag making machine operating at full line capacity.
Converting non-woven fabric into a structured three-dimensional container requires simultaneous web tracking, precision gusset tucking, ultrasonic weld bonding, and loop handle attachment. On legacy mechanical or semi-automatic bag machines, attempting to operate above 60 bags/min causes three critical operational bottlenecks:
Traditional lines use mechanical line-shafts and chains. At higher speeds, mechanical gear play causes ±3.0 mm position drift across folding knives, leading to misaligned bottom seams and asymmetric box corners.
Analog acoustic generators experience frequency drift as continuous duty heats the horns. This impedance mismatch causes cold welds (joint rupture under load) or excessive localized burning of thin 50–70 GSM webs.
Manual machines require adjusting dozens of mechanical screws, forming collars, and knife clearances, taking 2 to 4 hours per size change and wasting 150+ meters of substrate during calibration.
The modern 3d non woven bag making machine architecture engineered by OYANG eliminates line-shaft linkages entirely, assigning discrete servo axes to each operational station via high-speed EtherCAT digital industrial bus communication.
The flagship OYANG TECH 23 and TECH 26 platforms represent the state of the art in automated motion control:
Every functional motion—including primary unwinding tension, photoelectric edge guide steering, loop handle feeding, loop cutting, 90-degree handle rotation, ultrasonic anvil pressing, side gusset folding, bottom triangle tucking, and rotary guillotine shearing—is driven by an independent digital servo motor. A central industrial motion controller computes electronic cam curves in real time, maintaining web registration accuracy within ±0.5 mm even during rapid acceleration up to 100 bags/min.
Where standard converting setups require skilled mechanics with hand tools, the automatic box bag making machine integrates motorized linear position actuators across all mold plates, side-creasing plates, and handle weld stations:
Evaluating equipment investment requires matching machine mechanical limits with target container specifications:
| Machine Specification | TECH 26 (Ultra-Wide) | TECH 23 (Flagship Converter) | OYANG 20 (Standard Line) |
|---|---|---|---|
| Rated Continuous Output | 90 – 100 bags/min | 90 – 100 bags/min | 80 – 100 bags/min |
| Bag Width Capability | 250 – 540 mm | 230 – 500 mm | 200 – 480 mm |
| Side Gusset Depth | 80 – 250 mm | 80 – 200 mm | 70 – 180 mm |
| Mold Changeover Duration | 90 Seconds (Motorized Auto) | 90 Seconds (Motorized Auto) | Manual / Power-Assisted |
| Motion Architecture | Advanced Multi-Axis Servo Bus | 50-Axis Full Servo Bus | Synchronized Multi-Axis Bus |
| Gluing Mechanism | Patented Indirect Tape Applicator | Patented Indirect Tape Applicator | Standard Double-Sided Tape |
| Substrate Compatibility | PP Spunbond, RPET, PLA, Laminated | PP Spunbond, RPET, PLA, Laminated | PP Spunbond, Laminated Web |
| Product URL | Explore TECH 26 | Explore TECH 23 | Explore OYANG 20 |
When an automatic non woven bag machine runs at 100 cycles per minute, the rotary cutting cylinder and ultrasonic clamping heads exert dynamic impacts multiple times every second. If structural chassis wallboards deform by even 0.02 mm, mechanical resonance induces premature ultrasonic horn fatigue and bearing failure.
Digital manufacturing center at OYANG utilizing Japanese MAZAK CNC lines for structural wall panel finishing.
To eliminate frame vibration, OYANG manufactures all main side wallboards, drive shafts, and die stations inside its 130,000㎡ facility utilizing Japanese MAZAK and OKUMA 5-axis CNC machining centers. Machine base plates and bearing housings are held to geometric flatness tolerances within ≤ 0.015 mm. This structural rigidity guarantees:
The industry benchmark 3D box bag making machine. Features 90-second automated motorized mold changes, 50-axis servo topology, and continuous 100 bags/min velocity.
View TECH 23 SpecificationsEngineered for large shopping totes and heavy-duty retail packaging up to 540 mm bag width. Delivers 90–100 bags/min output with indirect glue savings.
View TECH 26 SpecificationsCombines proven 80–100 bags/min performance with simplified mechanical setup. Ideal for converters standardizing on medium-volume takeaway orders.
View OYANG 20 SpecificationsA fully automatic non woven box bag making machine is an integrated industrial packaging system that unwinds non-woven fabric rolls, folds three-dimensional gussets, bonds seams using ultrasonic welding, attaches soft loop handles, and rotary cuts finished box bags in a continuous automated process without manual labor.
A high speed non woven bag machine such as the OYANG TECH 23 operates continuously at 90 to 100 bags per minute for standard commercial dimensions, delivering daily outputs exceeding 80,000 finished bags per shift under automated web guidance.
The 90-second automatic mold change system utilizes motorized servo actuators linked to stored digital HMI recipes. When switching formats, the operator selects the target dimensions on the touchscreen, and the machine automatically adjusts all folding plates, horn distances, and cutter positions in under 90 seconds without manual wrench adjustments.
Japanese CNC machines like MAZAK and OKUMA allow OYANG to mill thick structural steel wallboards and shafts to tolerances within ≤ 0.015 mm. This mechanical precision prevents harmonic vibration at 100 bags/min, protecting ultrasonic weld horns and ensuring continuous joint sealing integrity.
Yes, OYANG box bag making machines are engineered to process virgin polypropylene spunbond fabric, eco-friendly RPET (recycled PET), biodegradable PLA, and BOPP film-laminated non-woven rollstock without requiring mechanical conversion kits.
Eliminate changeover bottlenecks and scale your packaging output to 100 bags per minute. Contact OYANG senior project engineers to receive custom plant footprint drawings, energy balance calculations, and turnkey investment proposals.
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