Film to bag
T-PRO Heat-Seal Bag Machine — 500×3 / 600×2
Multi-lane heat-seal converter, to 300 pcs/min, 4-layer film.
Max Bag Width
500mm × 2
Bag Making Speed
120–300 pcs/min
Total Power
13KW
Film Thickness
0.02–0.3mm / 4 layers
Overview
Multi-lane heat-seal converter, to 300 pcs/min, 4-layer film. Part of the bag making machines range from Wenzhou Ashal Innomech Technology.
Key Specs & Category
Engineered Overview & Technical Deep-Dive — T-PRO Heat-Seal Bag Machine — 500×3 / 600×2
Technical Architecture & Mechanical Design
The T-PRO Heat-Seal Bag Machine — 500×3 / 600×2 (T-PRO · heat-seal) is a high-speed, fully automated plastic bag converting system designed by Wenzhou Ashal Innomech Technology for multi-lane heat-sealing, cutting, and stacking applications. Driven by high-precision Panasonic/Yaskawa AC servo motor control systems, the machine achieves a converting speed rating of 120–300 pcs/min while maintaining cut length accuracy within ±0.5 mm. The unwinding section features an automatic photoelectric web guiding system (EPC) with magnetic powder tension control, ensuring smooth film feeding without lateral wander or material stretching. The sealing assembly incorporates heavy-duty copper sealing knives heated by ceramic heating elements and monitored by micro-processor PID temperature modules to achieve flawless, high-strength heat seals on both light-gauge and heavy-duty films. The flying cutter blade is forged from high-carbon tungsten alloy steel, delivering ultra-clean cuts across millions of continuous operating cycles. An integrated PLC interface with touchscreen HMI allows operators to set bag length, batch count, punch timing, and speed parameters instantly, reducing job setup times to under 3 minutes.
Industrial Applications & Resin Processing
Capable of converting films made from LDPE, LLDPE, HDPE, Recycled PE, bio-degradable PLA/PBAT materials, and recycled plastic films, the T-PRO Heat-Seal Bag Machine — 500×3 / 600×2 produces T-shirt shopping bags, flat produce bags, bottom-seal heavy garbage sacks, vest bags, vegetable bags, and roll bags. It handles web widths up to 500mm × 2 with multi-lane configurations for doubled or tripled production output.
Target Manufacturing Sectors
- ✓Retail & Supermarket Packaging Supply
- ✓Municipal & Household Garbage Bag Converting
- ✓Produce & Agriculture Market Packaging
- ✓Bio-degradable & Compostable Bag Manufacturing
- ✓Industrial Bulk Packaging & Heavy Sack Production
Key Engineering Innovations & Quality Assurance
Servo-Driven Flying Cutting & Sealing Mechanism
Independent AC servo motors drive feed rollers and cutter movement, enabling precise synchronization, zero vibration, and instant length adjustment without gear changes.
Auto Hydraulic Punch & Stacking Table
Integrated hydraulic punch unit automatically stamps out T-shirt handles or die-cut handles with automatic waste scrap extraction.
Static Eliminator & Photoelectric Eye Tracking
High-voltage ion static bars eliminate static charge for smooth bag stacking; German-made Sick photocell tracks printed registration marks for printed bag cutting.
Automatic Alarm & Zero-Defect Auto-Stop
Intelligent sensors detect film jam, loss of print mark, temperature drop, or bag stack completion, stopping the machine automatically to prevent material waste.
⚡ Installation & Utility Requirements
Requires 3-phase 380V/415V electrical power supply with total installed capacity of 13KW. Pneumatic air pressure must be maintained at 0.6–0.7 MPa with an air consumption rate of 0.4–0.8 m³/min for punch cylinders and bag collection arms. Floor placement requires a smooth level floor pad with minimum 1.5 meters perimeter clearance for raw film roll loading and finished bag palletizing.
🛠️ Preventative Maintenance Protocol
Daily maintenance requires clearing plastic scrap from the punch die area, wiping sealing knives with silicone oil spray, and inspecting blade sharpness. Weekly checks include lubricating linear guide rails and drive chains with ISO VG 68 grease. Monthly routine includes checking pneumatic cylinder seals, checking electrical terminal tightness, and inspecting EPC sensor optics.
Frequently Asked Questions & Technical Guidance
The T-PRO Heat-Seal Bag Machine — 500×3 / 600×2 operates at converting speeds up to 120–300 pcs/min with maximum web width processing up to 500mm × 2, available in multi-lane configurations for high-volume manufacturing.
🏆 Commercial Buying Guide & Global Quality Guarantee
The T-PRO Heat-Seal Bag Machine — 500×3 / 600×2 delivers exceptional conversion productivity, enabling bag manufacturers to lower unit labor costs and increase daily pack count. Built with premium electrical components (Schneider electrics, Omron temperature controllers, Panasonic servos), it offers outstanding uptime reliability. Supported by CE certification, Ashal Innomech provides rapid global sea shipping, installation setup documentation, and remote video technical service.
Photocell-tracked unwind feeds film into the machine at controlled tension.
Heat-seal bars and rotary cutters form and separate each bag at speed.
PLC touchscreen sets bag length, seal temperature and lane speed.
Setup & Installation Guide
Full Specifications
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| Specification | T-500×3 PRO | T-600×2 PRO |
|---|---|---|
| Max Bag Width | 500mm × 2 | 600mm × 2 |
| Produce Length | 300–700mm | 300–700mm |
| Bag Making Speed | 120–300 pcs/min | 120–250 pcs/min |
| Film Thickness | 0.02–0.3mm / 4 layers | 0.02–0.3mm / 4 layers |
| Total Power | 13KW | 15KW |
| Max Unwind Roll Dia. | 700mm × 2 | 700mm × 2 |
| Dimension / Weight | 6.8×1.75×1.9m / 2T | 6.8×1.85×1.9m / 2.2T |
Delivery and installation timeline
Delivery & Installation
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