| Control Mode: | PLC Control |
| Machine Dimensions: | L3500*W2200*H1800MM |
| Capacity: | 1100 pcs/hour |
| Voltage: | 220V |
| Weight : | 3000KG |
| Power: | 6KW |
| Special Requirement: |
The machine configuration can be evaluated according to the customer's HME breathing filter samples, product structure, and production requirements. Customers are recommended to provide product samples or technical drawings for evaluation.
Yes. The machine is designed for automatic production from material feeding through assembly and inspection to finished product discharge, reducing the need for repetitive manual operations.
Yes. The machine is equipped with an air tightness tester that checks assembled products and differentiates qualified products from defective products.
The machine uses a servo-controlled locking system to maintain consistent screw-cap tightening torque, helping improve assembly repeatability between finished products.
Yes. The machine adopts ultrasonic welding technology to securely join HME breathing filter components during the automatic assembly process.
The machine has a production capacity of up to 1,100 pcs/hour.
An HME breathing filter assembly machine is automated equipment used to assemble heat and moisture exchange breathing filters. It can integrate material feeding, component assembly, ultrasonic welding, servo locking, air tightness testing, and finished product discharge into one production process.
Integration with downstream nasal cannula wrapping or packaging equipment can be evaluated according to the customer's required production process, factory layout, and product specifications.
Yes. Customers can provide nasal cannula samples, drawings, tube dimensions, component specifications, and required production capacity. Our engineering team will evaluate the product and configure the automatic nasal cannula assembly machine accordingly.
The machine automates the main assembly process from component feeding and positioning to assembly and finished product discharge, significantly reducing repetitive manual assembly operations.
Yes. The machine can be configured according to different nasal cannula sizes, shapes, materials, and component structures. Adult, pediatric, neonatal, and customized nasal cannula products can be evaluated according to customer samples.
The HengYao machine has a production capacity of up to 2,000 pcs/hour. Actual operating speed may vary depending on nasal cannula structure, material, and customized machine configuration.
An automatic nasal cannula assembly machine is production equipment used to automate the assembly of nasal oxygen tube components. Depending on the product design, the machine can perform component feeding, positioning, dispensing, tube insertion, connector assembly, and finished product discharge.
Yes. Logo customization is available according to the customer’s product design and production requirements. Customers should provide the logo style, position, dimensions, and finished-product sample for technical evaluation.
The automatic scrub suit manufacturing machine uses a PLC control system for convenient operation and production adjustment. The independent cutting unit is servo-controlled to improve cutting accuracy and maintain consistent product dimensions.
The waistband is integrated into the automated production process. This helps the disposable medical scrub suit machine maintain consistent waistband positioning and reliable forming quality while reducing separate manual processing steps.
The medical scrub suit production line can be equipped with an optional pocket welding function. Customers can select this configuration according to their scrub suit design and target market requirements.
Yes. The cutting length of the nonwoven scrub suit making machine can be adjusted according to different finished-product sizes. This allows manufacturers to produce multiple scrub suit specifications and meet different customer requirements.
The production capacity of the automatic medical scrub suit making machine is approximately 10–13 pieces per minute. Actual output may vary depending on the material, product dimensions, machine configuration, and operating conditions.


