MYC-ZDJ1200 Full servo motor driven paper plate machine
OCM100 Intelligent Model Coffee Cup Machine: What It Is and Who It Suits
The MYC-OCM100 Intelligent Model is a paper cup forming machine built for converters and food-packaging producers who need a compact, automated line for single-wall coffee cups and similar hot-drink cups. It converts printed or plain paper fan blanks into finished cups through a continuous forming sequence, and it is aimed at buyers who want PLC-based control, fault detection and servo-assisted drive in a single machine rather than a manual or semi-automatic setup.
If your project involves cold cups, double-wall cups, bowls or lids, treat those as separate scopes and confirm them against the machine configuration before ordering. The OCM100 Intelligent Model is positioned around coffee cup production, so the cup drawing and material you intend to run should be checked first.
How the Machine Works
The machine takes die-cut paper fan blanks and forms them into cups through a sequence of mechanical stations: blank feeding, cup body wrapping and sealing, bottom feeding and sealing, rim curling, and finished cup discharge. The OCM100 Intelligent Model uses an open CAM drive and a full gear transmission system, which keeps the station movements synchronized and repeatable across the forming cycle.
A PLC control system manages the machine sequence, while a sensor fault detection system monitors operation. When a fault is detected, the machine stops automatically, which reduces the risk of damaged cups, jammed stations and unsafe manual intervention. An automatic oil lubrication system supports continuous running by keeping the drive and moving parts lubricated during production.
Key Configuration Highlights
-
PLC control system — centralizes machine sequencing and makes parameter changes easier to manage.
-
Sensor fault detection — triggers an automatic stop when a problem is detected, improving operating safety.
-
Servo motor — supports more precise and responsive motion during the forming cycle.
-
Open CAM drive — provides a mechanical drive layout that is easier to inspect and maintain.
-
Full gear transmission — contributes to accurate, stable running across the station sequence.
-
Automatic oil lubrication — reduces manual lubrication frequency during long production runs.
These features describe the machine's control and drive architecture. They do not by themselves confirm a specific cup size range, paper GSM, sealing method or stable output for your project — those must be matched to your cup drawing and confirmed in the final configuration.
Sample Display

The sample above shows a single-wall paper cup format. Cup diameter, height, bottom size and wall style should be confirmed against your own drawing or physical sample before the machine configuration is finalized.
Machine Structure
The structure view shows the main forming stations and drive arrangement. Buyers reviewing this layout should note that the visible station configuration is the basis for the machine's process sequence; any change to cup format, sealing method or automation level may require a different configuration.
Selection Variables Buyers Should Confirm
Because the OCM100 Intelligent Model is configured around a specific cup project, the following variables should be clarified before quotation. This is a decision-support list, not a fixed specification.
| Selection Variable |
Why It Matters |
What to Send |
| Cup type and wall style |
Determines whether the machine is suited to single-wall coffee cups or another format |
Cup drawing or physical sample, plus single-wall or multi-wall requirement |
| Cup dimensions |
Top diameter, bottom diameter and height define the mold and forming stations |
Top diameter, bottom diameter, height and target volume |
| Paper material and coating |
Affects sealing behavior, cup stiffness and food-contact suitability |
Paper type, coating type and GSM range |
| Target output |
Rated speed and stable production output are not the same figure |
Required cups per shift or per day, and expected running hours |
| Utilities and workshop |
Power supply, air supply and floor space affect installation planning |
Voltage, frequency, available air supply and workshop layout |
| Downstream handling |
Determines whether cups are packed manually or connected to further equipment |
Packing method, sleeve or carton requirement, and line integration needs |
Project Preparation and Inquiry Guidance
To match the OCM100 Intelligent Model to your production plan, send the cup drawing or a physical sample, the top/bottom/height dimensions, the paper type and coating, the GSM range, your target output, your voltage and frequency, available air supply, workshop layout and packing requirement. These inputs let the configuration be checked against the actual cup rather than a generic format.
For reference on how this machine has been applied in a real coffee cup project, see the MYC-OCM100 Intelligent Model coffee cup making machine solution in Senegal. You can also review the MYC-OCM100 Intelligent Model paper cup machine operation video to see the machine running before you finalize your inquiry.
Confirmed machine parameters — including model, speed, power, air, dimensions, weight and configuration — are listed in the Technical Specifications section of this page. Final configuration is to be confirmed against your cup drawing and project requirements.
Ready to move forward? Use the inquiry form on this page or contact us via WhatsApp with your cup drawing and target output so the OCM100 Intelligent Model can be matched to your project.