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The machine adopts imported mechanical parts, and the piston and cylinder are made of stainless steel and polytetrafluoroethylene.
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Excellent imported aluminum components and excellent mechanical design.
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New vertical horizontal design, light and convenient, automatic material extraction, eliminating the trouble of frequent feeding of vertical hopper.
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Manual and automatic switching function. When the machine is in the "automatic" state, the machine will automatically carry out continuous filling according to the set speed. When the machine is in the "manual" state, the operator steps on the step plate to achieve filling.
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The material cylinder and tee are connected by handcuffs, which is convenient for disassembly and assembly without any special tools, making cleaning very convenient.
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Advanced anti-drip filling system: the cylinder moves up and down to drive the bulkhead. When the cylinder is downward, the valve is opened for filling. When the cylinder is upward, the valve is closed, stopping filling and eliminating dripping or wire drawing.
Frequently Asked Questions
Q1: What materials are used for the piston and cylinder?
The piston and cylinder are constructed from high-quality stainless steel and polytetrafluoroethylene for maximum durability and hygiene.
Q2: Does the machine support automatic filling?
Yes, the machine features both manual and automatic modes. In automatic mode, it performs continuous filling at a set speed.
Q3: How difficult is it to clean the machine?
Cleaning is very convenient. The material cylinder and tee are connected by handcuffs, allowing for quick disassembly without special tools.
Q4: How does the anti-drip system work?
The anti-drip system uses a cylinder-driven bulkhead that closes the valve precisely when filling stops, preventing dripping and wire drawing.
Q5: What is the range of filling volumes available?
Depending on the model, filling volumes range from as small as 5ml up to 5000ml to suit different production needs.
Q6: What are the air supply requirements for operation?
The machine typically requires an air supply pressure between 0.2-0.6Mpa for optimal performance across all models.