M73 Series

M73-100 and M73-30

Çağ Makine M73 Serisi Kalıp İçi Kesim Termoform Makinesi

Çağ Makine M73-30 Kalıp İçi Kesim Termoform Makinesi

Çağ Makine M73-100 Kalıp İçi Kesim Termoform Makinesi

The M73 Series in-mold cutting thermoforming machine is developed for businesses seeking smooth edge quality and high product repeatability. Especially in packaging productions requiring precision cutting; it stands out with its compact structure, controlled process flow, and high-precision cutting logic. The M73-100 model operates with a maximum mold area of 890 x 400 mm and a maximum forming area of 680 x 350 mm. It reaches a maximum capacity of 35 cycles (dry cycle) and operates with a 5.5 kW inverter motor drive. Regarding sheets, it adapts to production scenarios up to a maximum thickness of 1.5 mm. The machine offers flexibility with a standard maximum negative depth of 110 mm, optionally extendable up to 150 mm. It can work with a wide application framework of raw materials such as PP, PET, PS, OPS, PLA, CPET, and PVC. Total energy consumption is positioned at 35–40 kW, while total installed power is at 70 kW; this makes the M73-100 a powerful choice for productions seeking the balance of quality, compactness, and efficiency.

Cag Machine Specifications	M73-100	M73-30
Maximum Mold Area	830 x 350 mm	830 x 350 mm
Maximum Forming Area	730 x 350 mm	700 x 300 mm
Maximum Capacity	35 Cycles	30 Cycles
Motor	5.5 kW Inverter Motor
Maximum Sheet Thickness	1.5 mm	1.2 mm
Maximum Negative Depth	110 mm (Optional 150 mm)	25 mm
Raw Materials	PP - PET - PS - OPS - PLA - CPET - PVC
Total Energy Consumption	35 - 40 kW	35 - 40 kW
Total Installed Power	70 kW	65 kW
Operating Pressure	8 Bar
Heaters	Ceramix
Dimensions (L x W x H)	4000 x 2150 x 2300 mm	3950 x 2100 x 2250 mm
Lubrication	Lubrimac
Pneumatics	SMC
*Technical values are presented in table format; they may vary based on options.

Why is Thermoforming Machine Compatibility According to Raw Materials Important?

The M73 Series is configured to adapt to production plans that maintain in-mold forming and cutting precision with PET / PP / PVC plastic sheets. Managing material behavior in a controlled manner directly affects product standards, especially in packaging where smooth edge quality is expected. In-mold cutting offers a significant advantage for sheets like PET, where form behavior becomes more sensitive upon cooling; meanwhile, in PP and PVC applications, high cycle speeds and stable cutting quality can be preserved together with the correct process recipe. Final compatibility must be technically verified based on the geometry of the product to be produced, the target cycle values, and the process settings.

Key Features

✓ Excellent Cutting Precision: Smooth edge quality and lower risk of misalignment thanks to in-mold cutting.
✓ High-Speed Cycle: Efficient and rapid production flow by completing forming and cutting in the same process.
✓ Compact Machine Design: Shorter machine length and efficient space usage with a process completed in a single station.
✓ PET / PP / PVC Material Compatibility: High-precision forming and cutting capability across different packaging scenarios.

Quick Summary: The M73 Series is an in-mold cutting solution developed for businesses seeking smooth edge quality, high-speed cycles, compact design, and precise product repeatability, specifically instilling confidence in PET, PP, and PVC-based packaging production.

M73 Series

Q: Why are Smooth Edge Finished Thermoforming Solutions Important?

Smooth edges are important for görsel quality as well as lid closure, stacking, packaging, and end-user perception.

Q: Why are Warranty, Service, and Standards Critical?

The clear inclusion of a 2-year warranty and on-site technical support statement in the quote, as well as showing the production in compliance with ISO and CE standards heading clearly, reduces purchasing risk.

The biggest difference of the in-mold cutting approach within Thermoforming Machines is that it cuts the product within the same process after forming, making edge quality more controlled. Therefore, In-Mold Cutting Thermoforming Machines are evaluated as a separate category, especially for businesses looking for smooth edges, dimensional repetition, and product standards. The M73 Series is one of the products that makes this approach more productive, more compact, and more controlled.

For many business owners and technical teams, the real question is: "Will this machine just produce, or will it repeat the same quality every shift?" The M73 series demonstrates its difference here with its in-mold forming and cutting unit, AC motorized cutting system, and compact line configuration. This difference is felt more clearly in PET and PVC packaging forming line investments, where edge quality and cutting accuracy directly affect sales quality.

Excellent Cutting Precision is one of the strongest aspects of this series. Since cutting occurs before the material cools and shrinks, product edges emerge more controlled, and the off-center risk known as "shifted cut" is significantly reduced.

Cutting Quality Thermoforming solutions with smooth edge finishes
Accuracy High-precision plastic cutting technology
Repeatability Maintaining the same edge standard across the same product

When Compact Design and High-Speed Cycles are considered together, the M73 offers not only a high-quality but also an efficient production line. Completing forming and cutting in a single station provides both space savings and speed gains on the cycle side.

Space Shorter machine length, more efficient factory layout
Cycle High speed due to reduced transport time between stations
Integration More organized product flow for automatic stacking and packaging integration

Why is the M73 Series Preferred?

The reason this machine is preferred is not just that it "can cut." The main advantage is that it protects the product form more securely by managing forming and cutting within the same flow. Especially for materials like PET, whose form behavior becomes more sensitive upon cooling, completing the cut while the product is still in a controlled state creates a major quality advantage. The same applies to PP and specific PVC-based applications, strengthening product standards.

That is why the M73 series is a strong candidate for plastic cups, ayran and yogurt containers, food packaging requiring precise edge finishes, container-bowl groups requiring regular stacking, and productions demanding high repeatability. If you want the product to look beautiful, edge errors to be minimal, and the flow to automation at the end of the line to be seamless, the in-mold cutting logic directly generates value here.

Which Materials and Products Yield Stronger Results?

The M73 series is particularly noteworthy for businesses planning a PET, PP, PS, and PVC packaging forming line, because on such materials, stability during the cut directly affects visual quality and dimensional consistency. Additionally, high efficiency can be achieved in PP-based applications when product geometry and recipes are correctly configured. The question technical teams should ask here is not "Which material does the machine process?" but "Which material does it repeat which quality standard with how much stability?"

Suitable Product Groups

Container production
Yogurt, dessert, sauce, and similar food containers
Transparent packaging and presentation-focused containers
Blister-like products where cutting precision is vital

Operational Advantages Provided to the Business

Lower offset/shifted cut risk
More organized product output and stacking
More compact line layout
More measurable quality control process

Technical Selection Guide for Procurement

What truly facilitates the procurement decision is relating technical data to daily production results. The table below clarifies which questions should be asked first for an in-mold cutting machine like the M73 by gathering capacity, waste, energy, quality, and service headings into a single framework.

While making this assessment, one must see how Industry 4.0 approach, PLC control unit, energy efficiency under target cycles, automatic stacking and packaging integration for the end-of-line, and production in compliance with ISO and CE standards with 2-year warranty and on-site technical support are presented in quotes and documents.

Control Heading	Why is it Important?	Key Question for Procurement
In-Mold Cutting Precision	Edge quality and product standards are directly tied to this.	How is the cutting logic that reduces off-center risk verified for which products?
PET, PP, PS, and PVC Compatibility	Material behavior affects product form and cutting results.	What is the recommended process range and quality limit for my target material?
Cycle Speed	Speed is valuable not alone, but when sustained without quality degradation.	Under what conditions does cycle speed remain stable for my target product?
Compact Design	Has a direct impact on factory layout and operator flow.	How much space advantage does the machine layout provide in my existing production area?
Automation and End-of-Line Flow	Organized output facilitates stacking and packaging integration.	With what logic is product flow organized for end-of-line automation?
Energy Efficiency	Consumption, downtime, and waste together form the total cost.	In which scenario is energy consumption measured, and how does it reflect on cost per product?
Service and Standards	Long-term investment trust is not formed by performance alone.	How are warranty, on-site support, ISO, and CE headings defined in the quote?

Brief Comparison with Other Thermoforming Machine Types

The in-mold cutting approach stands out in terms of edge quality, dimensional consistency, and the ability to reproduce the product in the same form. Conversely, the production goal may sometimes not just be precision cutting. For facilities wanting to set up higher volume and station-based flows, a different category becomes more logical, while businesses wanting to optimize product discharge and line order via mold movement may prefer another architecture.

Multi-Station Thermoforming Machines

Suitable for businesses wanting to scale steps such as forming, cutting, and stacking with a station logic. Provides a powerful solution especially when cycle discipline and line flow are prioritized in high-volume production.

Station-based flow in high-volume production
Cycle stability in mass production
Structure supporting end-of-line order

Tilt Mold Thermoforming Machines

Stands out for businesses wanting to manage product discharge and process flow more controlably via mold movement. Can provide advantages especially in organized product output and end-of-line automation goals.

Controlled product discharge with tilting motion
More organized flow for end-of-line automation
Support in reducing waste risk for specific products

Complete Your Line with Auxiliary Machines

Real efficiency in an in-mold cutting line is not limited only to the performance of the main machine. Especially in the product output order, counting, transport, and packaging side, the flow must not be broken as it directly affects total production quality. Therefore, the Auxiliary Machines category assumes a complementary role in systems working with a precision production logic like the M73 series.

Frequently Asked Questions

What Does an In-Mold Cutting Thermoforming Machine Do?

An in-mold cutting machine cuts the product within the same process immediately after forming, providing more controlled edge quality and higher product repeatability. This method offers serious advantages especially in packaging where precise visual quality is desired.

In Which Products is the M73 Series More Advantageous?

It is more advantageous in hinged lid container production, food packaging requiring precise edge quality, transparent presentation containers, and plastic products where cutting accuracy is important.

Why is In-Mold Cutting Preferred for PET and PP Materials?

Especially in materials like PET whose form behavior can change as it cools, cutting while the product is still in a controlled state preserves edge quality. In PP applications, the same logic strengthens product standards with the correct recipe.

Why are Smooth Edge Finished Thermoforming Solutions Important?

Smooth edges are important not only for visual quality, but also for lid closure, stacking, packaging, and end-user perception. This difference is directly felt especially in packaging visible on retail shelves.

What Does a Compact Design Gain for the Business?

Completing forming and cutting in a single station shortens the machine length. This eases factory layout, facilitates operator flow, and makes total line planning more efficient.

Why are Auxiliary Machines Important for the M73 Series?

The regular transport, counting, and seamless transfer of products coming out of the main machine to the packaging line have a direct effect on total efficiency. Therefore, auxiliary machines are important components that complete the field performance of the M73 series.

Why are Industry 4.0 and PLC Control Units Important for Procurement?

Traceability, alarm history, recipe management, and repeat production quality are directly related to these headings. For the technical team, it means a more controlled process; for the business owner, it means more predictable costs.

How Should Energy Efficiency and End-of-Line Automation be Evaluated Together?

Real efficiency is not just low consumption; it should be evaluated along with less waste, less downtime, and regular product flow. Automatic stacking and packaging integration also scales this total efficiency.

Why are Warranty, Service, and Standards Critical?

In B2B investments, trust is not formed by machine performance alone. The clear inclusion of a 2-year warranty and on-site technical support statement in the quote, as well as showing the production in compliance with ISO and CE standards heading clearly, reduces purchasing risk.

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