Yicai Machinery
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| Parameters | Specifications |
|---|---|
| Model | ECI-S850 |
| Sheet material | PP PET PS PVC HIPS ABS |
| Sheet thickness | 0.3-2.5mm |
| Sheet Width | 400-850mm |
| Max.Forming area | 850*650mm |
| Maximun forming depth of upper die | 150mm |
| Maximun forming depth of under die | 130mm |
| Sheet speed | 15-40 Strokes/min |
| Heating rated power | 180Kw |
| Upper path height | 180Kw |
| Lower power molding | 150KW |
| Mold height | 450-550mm |
| Punching up power | 150Kw |
| Punching down power | 150KW |
| Punching die power | 300-400mm |
| Servo power on molding | 7.5Kw |
| Servo power under molding | 5.5KW |
| Punching servo power | 7.5KW |
| Punching servo power | 5.5KW |
| Tensile servo | 5Kw |
| Feed servo | 5.5KW |
| Stacking servo | 2KW |
| Winding motor | 3Kw |
| Air pressure | 0.5-0.8Mpa |
| Voltage | 380V 50Hz |
| Total power | 200Kw |
| Dimension | L14m*W2.4m*H2.8m |
| Weight | 18T |
This full servo three station thermoforming machine is an advanced, efficient and intelligent thermoforming equipment. With high production efficiency, accurate control ability, flexible production adaptability, and energy-saving benefits, it serves as indispensable equipment in modern manufacturing.
Features a multi-station design allowing simultaneous forming of multiple products, significantly improving throughput while saving time and labor costs.
The full servo control system precisely manages speed, position, and force at each stage, ensuring molding consistency and high-quality finish.
Exceptional tooling adaptability makes it quick to swap molds for different product designs, successfully matching dynamic market needs.
Fully automated cycles including feeding, forming, and demolding simplify operations, minimizing human error and stabilizing processing speeds.
Optimized power consumption profile reduces carbon footprint and overall electricity waste, supporting eco-friendly factory initiatives.
Servo three-station thermoforming machines have a wide range of application scenarios across various industries. Efficient production, precise control, flexibility, and versatility make it critical hardware in modern assembly lines.
Optimized for processing high-volume consumer plastics including cups, dishes, trays, and customized containers.
Ensures compliance with medical sanitation standards when fabricating medical straws, pill organizers, test tubes, and clean packaging.
Perfect for food-grade box and pallet production, satisfying demanding structural and aesthetic specifications.
Delivers high precision dimensions for electronic device shells, structural protective components, and interior tray layouts.
Verify the primary power connection and establish secure system startup procedures.
Match the required specifications by aligning and fixing the target molds onto the corresponding working stations.
Load raw plastics into the hopper or feeder, adjusting corresponding temperature and atmospheric pressure baselines.
Activate the console. The multi-station logic will execute heating, forming, and cooling programs automatically.
The system triggers automatic release protocols to extract finalized components. Keep standard safety boundaries clear.
Perform scheduled wipe-down routines, remove plastic residue, and lubricate active guide rails.
Disconnect main power terminals, clear the work area, and organize tool storage to prepare for the next run cycle.
The ECI-S850 is highly versatile and compatible with a wide range of thermoplastic sheets, including PP, PET, PS, PVC, HIPS, and ABS.
It has a maximum forming area of 850*650mm, with a maximum upper die forming depth of 150mm and a lower die forming depth of 130mm.
Full servo control regulates speed, positioning, and mechanical force at every stage. This delivers excellent repetition accuracy, reduces material waste, and enhances product quality consistency.
The system requires a voltage input of 380V 50Hz, operating with a total rated power demand of approximately 200Kw.
Yes. Because of its flexible design and smart control configurations, operators can easily switch molds to manufacture different items such as cups, food trays, or industrial packaging.
