Industrial-grade fully automatic glove production line engineered for food, medical, and personal care manufacturers — 160 pcs/min output, servo-motor precision, zero manual trimming.
The HDPE disposable plastic gloves making machine (Model XH-PE500A) is a fully automated thermoplastic film converting system that produces disposable PE gloves from raw HDPE or LDPE roll stock in a single, continuous process — no manual trimming or sorting required.
Unlike conventional bag-making machines repurposed for gloves, the XH-PE500A incorporates a precision-profiled heat-seal die engineered specifically for hand anatomy. Combined with servo-controlled film feeding and integrated automatic waste stripping, it eliminates the three most common sources of quality defects: seam leakage, dimensional inconsistency, and cross-contamination from manual handling.
This makes the machine the preferred choice for food glove manufacturers supplying quick-service restaurants (QSRs), catering companies, supermarket chains, and medical consumable distributors who must meet strict hygiene standards.
How It Works

From raw HDPE film roll to finished, counted, and stacked gloves — fully automated in a single pass.
Technical Data
| Parameter | Value |
|---|---|
| Model | XH-PE500A |
| Max Unwind Roll Diameter | Ø 600 mm |
| Glove Width Range | 240 – 300 mm |
| Glove Length Range | 200 – 350 mm |
| Production Speed | Up to 160 pairs/min |
| Film Thickness | 0.008 – 0.020 mm |
| Motor Power | 4.8 kW |
| Machine Weight | 1,000 kg |
| Overall Dimensions (L×W×H) | 3000 × 1050 × 1850 mm |
| Control System | Microcomputer PLC, touchscreen HMI |
| Drive System | Servo motor + three-phase hybrid |
| Compatible Materials | HDPE, LDPE, CPE, Biodegradable PE |
| Certification | CE (electrical safety) |
Output Comparison: Manual vs. XH-PE500A
Engineering Advantages
Each feature addresses a real production pain point — not a marketing checkbox.
Servo motor controls film advance with ±0.5mm positional accuracy, ensuring consistent glove dimensions across every production batch — critical for clients with strict dimensional tolerances.
Integrated automated scrap stripping system removes film matrix and delivers finished gloves directly to the stacking zone — no operator needed for waste handling, reducing contamination risk.
Full-colour HMI touchscreen lets operators set glove length, count batches, monitor temperature zones, and configure production presets — all without PLC programming knowledge.
A single machine processes HDPE, LDPE, CPE, and certified biodegradable PE film without hardware changes — simply adjust temperature and tension parameters on the HMI screen.
Heat-seal glove dies are tool-free swappable in under 15 minutes. Stock S/M/L/XL dies as standard; custom anatomical shapes for hair-dye, veterinary, or industrial long-arm gloves available on request.
At 4.8 kW total power draw, the XH-PE500A consumes up to 40% less electricity per thousand pairs than comparably-rated machines, thanks to servo-drive energy recovery and optimised heat-zone control.
HDPE disposable gloves made on this production line serve seven primary markets globally.
A transparent comparison of the features that matter most to production managers sourcing a glove making machine.
| Feature | Xuanhai XH-PE500A | Typical Chinese OEM | Southeast Asian Supplier |
|---|---|---|---|
| Servo Motor Drive | ✔ Full servo | ✘ Stepper only | ✘ Stepper only |
| Auto Waste Separation | ✔ Fully automated | ⚠ Semi-auto option | ✘ Manual |
| Touchscreen HMI (PLC) | ✔ Standard | ⚠ Basic display | ✘ Push-button panel |
| Output (single lane) | ✔ 160 pairs/min | ⚠ 80–100 pairs/min | ⚠ 60–80 pairs/min |
| Multi-material (HDPE+LDPE+CPE) | ✔ All three | ⚠ HDPE+LDPE only | ✘ HDPE only |
| CE Certification | ✔ Included | ⚠ Optional surcharge | ✘ Not available |
| Warranty | ✔ 1 year + lifetime support | ⚠ 6 months parts only | ✘ 3 months |
| Custom Die Shapes | ✔ Any profile, 7-day lead | ⚠ Standard shapes only | ✘ Not offered |
Input your target parameters to see how quickly the XH-PE500A pays for itself. Based on real customer data from 40+ deployments.
Most customers operating single-shift (8hr/day) reach machine cost breakeven in 6–14 months, depending on local glove selling prices and labour costs saved.

Application
