About Hair Oil Filling Machine
Description:- Automatic Volumetric Liquid Bottle Filling Machine work on volumetric principle with diving nozzles.
- The unit is made compact,versatile and enclosed in stainless steel
- elegantly matt finish body, of S.S Slat Conveyor,
- Reciprocating Nozzle with self-centering devices
- SS Syringe.
Operation:
- Containers moving on S.S. Slat conveyor,
- Infeed below the filling nozzles through a settable pneumatic stopper system.
- The twin pneumatically operated stopper system and reciprocating nozzles can precisely match for centering of container below nozzles, to avoid spillage of liquid on container.
- To minimize foaming adjustable nozzle will reciprocate according to filling dose,
- nozzle will go upwards slowly from bottom level of bottle towards neck during filling.
- The dosing block with a hexagonal bolt fitted below syringes. This means fill size can be easily set.
Advanced PLC Control for Seamless OperationEquipped with a state-of-the-art PLC control system, the Hair Oil Filling Machine ensures precise and automated management of the filling process. Operators benefit from intuitive controls and the ability to fine-tune every aspect for optimal performance and minimal downtime.
Eco-Friendly and Energy-Efficient DesignThis machine stands out for its lower energy consumption and environmentally conscious design. Engineered for high efficiency and durability, it offers reliable performance while helping manufacturers reduce their operational carbon footprint.
Versatile Application and Superior BuildConstructed from robust stainless steel and fitted with high-performance electric drives, this filling machine is suitable for a wide range of industrial environments. Its compact build enables easy integration and stability in production lines, ensuring smooth operation and longevity.
FAQ's of Hair Oil Filling Machine:
Q: How does the PLC control system enhance the operation of this hair oil filling machine?
A: The PLC (Programmable Logic Controller) system provides automated, accurate control over the filling process for hair oil. This ensures high speed (60-80 pcs/min), minimal product wastage, and reliable, consistent performance, while enabling easy adjustments and monitoring via a computerized interface.
Q: What materials and build quality characterize this filling machine?
A: The machine is constructed entirely from stainless steel (S.S.), making it robust, corrosion-resistant, and suitable for hygienic environments. Its sturdy construction ensures long-term durability and stable performance during repeated use in industrial settings.
Q: When should regular maintenance be performed on the hair oil filling machine?
A: Routine maintenance is generally recommended after every production shift or at intervals specified in the user manual to ensure the machine's high efficiency and longevity. The automatic and simple control design allows for easy checking and servicing as needed.
Q: Where can this machine be installed for optimal use?
A: Thanks to its compact dimensions (2400 x 1200 x 1400 mm), the hair oil filling machine can conveniently fit into various factory layouts or production lines. It is ideal for use in hair oil manufacturing plants, export facilities, or by service providers across India.
Q: What is the general process flow when using this automatic filling machine?
A: Once set up, operators load empty containers onto the conveyor. The PLC system manages the automated filling sequence, measuring and dispensing the oil accurately into each bottle at a speed of 60-80 pcs/min, followed by capping and labeling as required.
Q: How does this filling machine benefit manufacturers and exporters in India?
A: Manufacturers and exporters benefit from high efficiency, stable and reliable filling, reduced energy and labor costs, and compliance with hygiene standards. The machine's warranty and after-sales support provide added assurance for long-term use.
Q: What features contribute to the eco-friendliness of this filling machine?
A: The machine is designed for lower energy consumption and operates with reduced noise, contributing to a healthier working environment and minimized environmental impact. Its efficient operation helps conserve resources and supports sustainable manufacturing practices.