About Cap Closing Machine
Providing the market with premium quality products, Shri Vinayak Packaging Machine Pvt. Ltd has been a prominent provider of material handling equipments. We have now come up with two different varieties of our Automatic Cap Closing Machines. Both these models are similar in majority of their features, but one handles the closing of plastic caps whereas the other takes care of metal caps.
These cap closing machines have a capacity of over 1200 bottles an hour which makes it a highly efficient piece of equipment, thus allowing the workers to save a lot of time. The product has low power consumption and provides noise-free operations. Another quality of this machine is that it has very low maintenance, thus being a more economical choice for our customers.
Our team of dedicated engineers handle everything from the setting up of the product to it's maintenance and thus give optimum satisfaction of our clients.
Technical Specification
| Model | SPCL-40P | SPCL-40M |
| Voltage (V/HZ) | 220/60 | 220/60 |
| Power (W) | 0.37 | 0.37 |
| Cap diameter(mm) | 25 x40 | 25 x40 |
| Applicable bottle height(mm) | 50-320 | 50-320 |
| Capacity (bottles /h) | <1200 | <1200 |
| Type of cap | Plastic Cover | Metal Cover |
| External dimensions | 650 x 200 x 920 | 350 x 250 x 650 |
| Net weight (kg) | 65 | 65 |
Versatile Capping CompatibilityThis cap closing machine supports a range of capping headsthreaded, crown, and snap-onmaking it adaptable for diverse bottle types, whether plastic, PET, or glass. Its adjustable settings accommodate bottle diameters from 25100 mm and heights from 50300 mm, broadening its application across various packaging requirements.
Efficient and User-Friendly OperationsWith a semi-automatic, PLC-based control system, users can choose between manual and automatic modes to suit their workflow. The easy-clean, corrosion-resistant build reduces maintenance, while low noise output (less than 70 dB) contributes to a comfortable working environment, even during prolonged use.
Mobility and Durability CombinedThe machines robust stainless steel body ensures durability and long service life. Fitted with caster wheels, it can be conveniently relocated within a production facility, offering both stability and flexibility for bottling lines. Its compact design (1200 x 800 x 1600 mm) makes it suitable for various plant layouts.
FAQs of Cap Closing Machine:
Q: How does the Cap Closing Machine operate and what control system does it use?
A: The machine operates using a semi-automatic PLC-based control system, allowing for both manual and automatic operation. This provides flexible control and consistent capping performance according to production needs.
Q: What types and sizes of bottles can this machine accommodate?
A: It is suitable for plastic, glass, or PET bottles with diameters ranging from 25 to 100 mm and heights ranging from 50 to 300 mm, making it versatile for different packaging applications.
Q: When is this machine most beneficial to use in production?
A: This cap closing machine is most beneficial when efficiency, flexibility, and consistent sealing quality are required, especially in medium to large bottling facilities handling up to 1000 bottles per hour.
Q: Where can the Cap Closing Machine be installed and used?
A: It can be conveniently installed in a variety of manufacturing or bottling facilities across India due to its robust caster wheels and compact size, facilitating easy movement and integration into existing production lines.
Q: What is the process for changing between different types of capping heads?
A: Switching between threaded, crown, and snap-on capping heads is straightforward and user-friendly. Operators can quickly adjust or replace the capping head to match the specific bottle closure requirements.
Q: What are the key benefits of using this stainless steel cap closing machine?
A: Main benefits include high durability, corrosion resistance, easy cleaning, minimized noise, and improved mobility. It enhances productivity while maintaining hygiene and operational flexibility in bottle capping processes.