RM-1H Servo Cup Making Machine
Machine Parameters
| ◆Model: | RM-1H |
| ◆Max.Forming Area: | 850*650mm |
| ◆Max.Forming Height: | 180mm |
| ◆Max.Sheet Thickness(mm): | 2.8 mm |
| ◆Max Air Pressure(Bar): | 8 |
| ◆Dry Cycle Speed: | 48/cyl |
| ◆Claping Force: | 85T |
| ◆Voltage: | 380V |
| ◆PLC: | KEYENCE |
| ◆Servo Motor: | Yaskawa |
| ◆Reducer: | GNORD |
| ◆Application: | bowls, boxes, cups, etc. |
| ◆Core Components: | PLC, Engine, Bearing, Gearbox, Motor, Gear, Pump |
| ◆Suitable Material: | PP.PS.PET.CPET.OPS.PLA |
| Molding area | Clamping force | Running speed | Sheet thickness | Forming height | Forming pressure | Materials |
| Max. Mould
Dimensions |
Clamping Force | Dry Cycle Speed | Max. Sheet
Thickness |
Max.Foming
Height |
Max.Air
Pressure |
Suitable Material |
| 850x650mm | 85T | 48/cycle | 2.5mm | 180mm | 8 Bar | PP, PS, PET, CPET, OPS, PLA |
Product Introduction
RM-1H Servo Cup Thermoforming Machine is a high-performance cup making equipment that offers users the flexibility of electric and manual mold adjustment modes. The machine adopts advanced servo control technology to precisely control the cup making process, ensuring stable and reliable product quality. The RM-1H Servo Cup Thermoforming Machine offers excellent cost-effectiveness, excelling not only in cup making efficiency but also in maintenance costs and energy consumption. Its high production capacity and stable performance make it an ideal choice for the cup making industry. Additionally, the machine is compatible with all molds of the universal 750 model, allowing users to easily switch between different specifications of molds to achieve multi-variety and small-batch production, meeting the diverse market demands. In summary, the RM-1H Servo Cup Making Machine is a powerful, flexible, and cost-effective cup making equipment suitable for cup production of various specifications, making it an ideal choice for the cup making industry.
Main Features
High precision: It adopts advanced position control algorithms and high-resolution encoders, enabling extremely precise position control to meet the accuracy requirements of industrial automation systems. Whether in positioning, speed control, or high-speed motion processes, the RM-1H servo motor can maintain stable precision, ensuring the accuracy of the production process.
High speed: It adopts optimized motor design and high-performance drivers, enabling rapid acceleration and deceleration to enhance production efficiency. In industrial automation systems requiring quick response, the RM-1H servo motor can rapidly and stably accomplish various motion tasks, improving the overall efficiency of the production line.
High reliability: It adopts high-quality materials and strict quality control standards, possessing excellent durability and stability. During prolonged operation, the RM-1H servo motor can maintain stable performance, reduce failure rates, lower maintenance costs, and ensure the continuous and stable operation of the production line.
Application Area
The product produced by the RM-1H machine has a wide range of applications and can be used in various occasions and environments.
Household use: The plastic cups and bowls produced by servo motors can be used for daily household tableware, such as drinking cups, bowls, plates, etc. They are convenient, practical, easy to clean, and suitable for use by family members.
Catering industry: Plastic cups and bowls can be used in restaurants, beverage shops, fast food restaurants and other catering places as decorative tableware or takeaway packaging to meet the needs of different catering places.
Schools and offices: Suitable as tableware in school cafeterias, office restaurants and other places. It is easy to carry and use, reducing cleaning and management costs.
Tutorial
Equipment structure
Film feeding part: including feeding device, transmission device, etc.
Heating part: including heating device, temperature control system, etc.
In-mold cutting part: including mold, cutting device, etc.
Waste edge rewinding part: including rewinding device, tension control system, etc.
Operation process
Turn on the power and start the servo motor control system.
Place the material to be processed on the feeding device, and adjust the feeding device so that the material can enter the processing area smoothly.
Start the heating device, set the heating temperature, and wait until the heating is complete.
Start the in-mold cutting device and adjust the mold as needed to ensure that the cutting size meets the requirements.
Start the waste edge rewinding device and adjust the tension control system to ensure that the waste edge can be rewinded smoothly.
Monitor the production process and adjust the parameters of each part in a timely manner to ensure production quality.
Precautions
Operators should be familiar with the equipment structure and operating procedures, and operate in strict accordance with the operating procedures.
During operation, attention should be paid to safety protection to avoid accidental injuries.
Perform regular maintenance on the equipment to ensure that the equipment is in good working condition.
During the production process, if any abnormality is discovered, the machine should be shut down in time and the relevant maintenance personnel should be notified for maintenance.
Troubleshooting
In case of equipment failure, stop the machine immediately and perform troubleshooting according to the equipment maintenance manual.
If you cannot solve the problem by yourself, you should contact the equipment supplier or maintenance personnel in time for processing.
End the operation
After production, the power should be turned off, the production site should be cleaned, and the equipment and surrounding environment should be kept clean.
Carry out necessary maintenance work on the equipment to ensure the smooth progress of the next production.
