CM85-S3 AND CM85-S4
The CM85 series thermoforming machines are manufactured in two different configurations, CM85-S4 and CM85-S3, to meet flexible production needs. Both models offer a high-performance production surface with a maximum mold area of 890 x 590 mm and a maximum forming area of 850 x 550 mm.
| Cag Machine Specifications | CM85-S4 | CM85-S3 |
|---|---|---|
| Max. Mold Area | 890x590 mm | |
| Max. Forming Area | 850x550 mm | |
| Maximum Capacity | 60 Cycles | |
| Servo Motor | 5.5 kW (SEW) | |
| Max. Sheet Thickness | 0.20 mm - 1.5 mm | |
| Max. Sheet Width | 950 mm | |
| Raw Materials Used | PP-PET-PS-OPS-PLA-CPET-PVC | |
| Total Heating Power | 149 kW | |
| Average Energy Consumption | 70-80 kW | |
| Total Installed Power | 217 kW | 206 kW |
| Control Panel | 15" Touch Screen - BEIJER | |
| Sheet Roll Lifting | Ø1200 mm / 1200 kg | |
| Machine Dimensions (L x W x H) | 11000 x 3500 x 2800 mm | 10000 x 3500 x 2800 mm |
| Total Weight | 14500 kg | 11500 kg |
| FORMING STATION | ||
| Top and Bottom Forming Height | 150 mm | |
| Forming Top Precision Adjustment | 100 mm | |
| Clamping Force | 700 kN | |
| PUNCHING STATION | ||
| Punching Station Stroke | 150 mm | |
| Clamping Force (Punching) | 700 kN | |
| Scrap Cleaning Motor | 1.5 kW | |
| CUTTING STATION | ||
| Cutting Station Stroke | 150 mm | |
| Clamping Force (Cutting) | 700 kN | |
| X-Y Blade Cutting Adjustment Motor | 0.24 kW | |
| STACKING STATION | ||
| Conveyor Stroke | 1100 x 1200 mm | |
| REQUIREMENTS | ||
| Required Chiller | 40,000 Kcal/h | |
| Required Compressor | 8 m3/min | |
| Vacuum | 200 m3/min | |
| Pressure | 6-8 bar | |
Why is Thermoforming Machine Compatibility According to Raw Materials Important?
Raw Material Compatibility
CM85-S4 and CM85-S3 thermoforming machines are engineered to ensure full compatibility with PET, PP, PS, and PVC plastic sheet production plans.
For businesses aiming for sustainable products, these machines also provide a suitable framework for PLA bioplastic-oriented thermoforming applications; final compatibility is verified based on product geometry and process recipes.
Key Features
- ✓ 4-Station Thermoforming Line: Clear process separation across forming, punching, cutting, and stacking steps.
- ✓ High-Speed Cycle Efficiency: Optimized line flow designed for stable speed targets in mass production.
- ✓ Precision Servo Control System: Production consistent with repeatable movements and recipe discipline.
- ✓ Industry 4.0 Compatible Automation: Parameter traceability and process standardization.
- ✓ Integrated Stacking System: Organized end-of-line output with reduced operator intervention.
- ✓ Material Flexibility: Extensive application framework for PET, PP, PS, PVC, and PLA scenarios.
Quick Summary: The CM85 Series combines speed, control, and energy efficiency in high-capacity packaging production through its multi-station structure, 55-cycle tempo, large mold area, and low-waste operational logic.
CM85 Series Thermoforming Machine: High-Capacity Multi-Station Production Line
Sustainable profitability in industrial food packaging production depends on the harmony of speed and precision. The CM85 Series thermoforming machine is a multi-station thermoforming line solution designed by Cag Machine engineering to optimize plastic forming processes. Developed for food containers, lids, and disposable packaging, this series is engineered with the highest target ROI (Return on Investment) for thermoforming machine investments.
Equipped with precision servo control technology, the CM85 Series integrates automatic forming, cutting, and stacking units into a single flow, reducing operator dependency and maintaining your production standards.
- Production Efficiency: Continuous punching, forming, and end-of-line stacking with multi-station architecture.
- Precision Technology: Micron-level stability in every cycle with a precision servo control system.
- Material Flexibility: High performance and low waste rates in processing PP, PET, PS, and PVC sheets.
In facilities seeking High-Capacity Packaging Production, the real need is not just speed, but maintaining that speed throughout the entire shift.
- 55 Cycles High production tempo
- Multi-Station Flow Maintaining forming, cutting, and stacking discipline in the same line
- Low Waste More controlled forming and end-of-line organization
For High-Volume Production Lines, the right machine must translate technical values into business results.
- Large Area 1000 x 700 mm mold area
- Servo Control Precision motion management with 7.5 kW SEW motor structure
- Industry 4.0 Strong infrastructure for traceability and recipe management
Read More
Why Choose CM85 Series Multi-Station Thermoforming Machines?
The most critical factor when choosing a thermoforming machine is the synchronization between stations. What sets the CM85 Series apart from competitors is its ability to manage punching and cutting steps in independent stations, extending mold life and standardizing product quality. This structure accelerates quality control processes, especially in high-volume production facilities.
Investor Advantages:
- Speed: Fast response to high-tonnage orders with a high cycle rate.
- Cost Management: Significant savings in electricity consumption thanks to optimized heating zones.
- Ease of Use: Real-time monitoring of all parameters via the Industry 4.0 compatible touch panel.
Industry 4.0 Compatible CM85 Series Thermoforming Machine Automation
In the factories of the future, mechanical power alone is not enough. The CM85 Series adapts fully to the digitalizing production world. The Industry 4.0 compatible automation infrastructure can transfer thermoforming machine data to cloud-based systems, allowing you to manage predictive maintenance routines.
"High-speed cycle time" only turns into true efficiency when combined with smart recipe management. The CM85 Series minimizes downtime by restoring saved parameters for different product types in seconds.
CM85 Series Thermoforming Machine Specifications and Mold Dimensions
Technical capacity is the most important foundation for selecting the right thermoforming machine configuration. The CM85 Series is manufactured for heavy industrial conditions with its large working area and powerful motor structure.
- Maximum Mold Area: 1000 x 700 mm
- Maximum Forming Area: 950 x 650 mm
- Material Thickness Range: 0.20 mm – 1.5 mm
- Motor Power: Balance of high torque and low energy consumption with 7.5 kW SEW Servo technology.
Technical Selection Guide for Procurement
What accelerates the purchasing decision is being able to read technical parameters alongside daily production results. The following guide consolidates headings such as cycle time, station sync, material compatibility, energy consumption, and service into a single framework. Thus, you can compare offers for the CM85 Series not just on price, but on production continuity and total operating efficiency.
When making this evaluation, it is essential to see how headings like Industry 4.0, PLC control unit, energy efficiency under target cycle, automatic stacking and packaging integration for end-of-line, as well as production in accordance with ISO and CE standards with a 2-year warranty and on-site technical support are presented in proposals and technical documents.
| Checklist Item | Why is it Important? | Key Question for Procurement |
|---|---|---|
| High Cycle Speed | Speed alone is not enough; quality must be maintained throughout the shift without degradation. | Under what conditions does the cycle speed remain stable for my target product? |
| Station Synchronization | The harmony of punching, forming, cutting, and stacking steps directly impacts product standards. | How does synchronization between stations support quality repeatability? |
| Servo Control System | Precision servo control provides more stable production in recipe recall. | What advantage does the servo structure offer in product changeovers and re-production? |
| Material Flexibility | Ability to work with different sheets like PP, PET, PS, and PVC expands the investment's scope. | What is the recommended process range and quality limit for my target raw material? |
| Energy Efficiency | Consumption, downtime, and waste together determine total cost. | Under which production scenario is energy efficiency measured and how does it reflect in cost per product? |
| End-of-Line Flow | Organized stacking and flow prevents bottlenecks at the packaging side. | How is the flow prepared for automatic stacking and packaging integration? |
| Service and Standards | Long-term investment trust is not built solely on machine performance. | How are warranty, on-site support, ISO, and CE headings defined in the proposal? |
Quick Comparison with Other Categories
The CM85 Series offers a strong balance in multi-station production flow. Nevertheless, every production goal is unique. For deep-formed cup and container production, a different machine architecture might be more appropriate; for precise edge quality and low waste expectations, the in-mold cutting approach could become a stronger alternative. Therefore, the right category should be selected based on the character of the production flow, not just the product name.
Tilt-Mold Thermoforming Machines
Stands out for businesses wanting to manage discharge and line flow more controlled through mold movement in deep containers, cups, and similar products.
- Strong production logic for deep-formed products
- Structure suitable for high-speed cup and container production
- Offers different advantages in end-of-line flow
In-Mold Cutting Thermoforming Machines
Should be evaluated separately for businesses seeking cutting precision, smooth edges, and more controlled waste management.
- High-precision cutting approach
- Smooth edge and dimensional repeatability
- Strong results for transparent packaging and critical products
The Auxiliary Machines side is the complementary part of this comparison. Because an efficient thermoforming line does not consist of the main machine alone. Pre-heater, counting and packaging, collector, and similar auxiliary systems make the production flow more organized, reduce operator load, and support the real-world performance of a multi-station line like the CM85.
Frequently Asked Questions
Which Productions is the CM85 Series More Suitable For?
Why is the CM85 Series Preferred in a Multi-Station Structure?
Which Raw Materials Can Be Processed with the CM85 Series?
Is High Cycle Speed Enough on Its Own?
What Does Industry 4.0 and PLC Control Units Gain for a Business?
Why are Auxiliary Machines Important for the CM85 Series?
How Decisive are Warranty and Technical Support in the Purchasing Decision?
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