Automatic Hand Sanitizer Filling Machine

Technical Specifications

Model

PSLF-40

Output/Hour*

700 to 2400 containers

Number of head/Syringe

2 Nos.

Fill Size***

5 ml to 1000 ml

Electric Specification**

0.5 HP / 415 Volts / 50 Hz (Main Machine)

(1 HP if maximum volume is 1000 ml in single doze)

Machine Dimensions**

925 mm (L) x 700 mm (W) x 710 mm (H)

Case Dimensions

1200 mm (L) x 900 mm (W) x 900 mm (H)

Net Weight

120 Kgs.

Gross Weight

275 Kgs.

Change parts required

(A) Syringes

(B) Nozzle

(C) Inlet & outlet hose pipe

Input Specifications

Container Neck Diameter**

Minimum 22 mm***

Container Size**

Round Shape

Ø 28 mm to Ø 100 mm

Respectively height 58 mm to 240 mm

(Height option for other bottle height available)

Flat / Square

15 mm to 100 mm (Length)

Respectively 10mm to 50 mm (Width)

Respectively height 58 mm X 240 mm

(Height option for other bottle height available)

*   Depends on Container size, fill size, Neck diameter of container, and nature of liquid etc.

** We can supply as per customer requirements.

*** With help of change parts.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Automatic Volumetric Liquid Bottle Filling Machine works on volumetric principle with diving nozzles. The unit is made compact, versatile and enclosed in stainless steel elegantly matt finish body, consists of S.S. Slat Conveyor, Reciprocating Nozzle with self-centering devices & SS Syringe. No container No filling system arrangement is standard features of the machine.

The main drive of the machine and conveyor drive consist of A/c Motor with synchronized variable A/c Frequency Drive.

Operation

Containers moving on SS Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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.

Description

 Containers Placing will be manual under filling nozzles through a settable Single pneumatically operated actuator valve system. The motor for filling is servo drive and conveyor drive. PLC Controller provided to set fill volume.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container. 

Technical Specifications

Model

PSLF-40

Output/Min*

18-30 BPM – In 1000Ml.(depending on material)

Number of head

4 Nos.

COMPONENT’s MOC

Component’s MOC

Fill Size***

50 ml to 5000ml

Valve Body

Special Viscous Type.

Hopper Capacity

200 Liters

Working Pressure

6 Kg/Sq.Cm.

Working CFM

20 CFM

Electric Specification**

1  HP / 430 Volts / 50 Hz (Conveyor)

Machine Dimensions**

2135 mm (L) x 800 mm (W) x 1400 mm (H) – Customize Size with capping machine

Case Dimensions

2335 mm (L) x 1000 mm (W) x 1600 mm (H) - Customize Size with capping machine

Net Weight

400-450 Kg. Approx

Gross Weight

500 Kg. Apporx

‘PACKWELL’ semi automatic volumetric liquid filling machine is precision built on sturdy welded MS frame completely enclose in stainless steel sheet and doors are provided to facilitate the servicing of machine. Working on volumetric principle the unit is made compact, versatile and enclosed in stainless steel elegantly matt finish body.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated syringes fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container. The dosing block with a hexagonal bolt fitted below syringes. This means fill size can be easily set.

Description

 Containers moving on S.S. Slat conveyor, feed below the filling nozzles through a settable twin pneumatically operated 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 from bottom level of bottle towards neck during filling. “No container-No filling” system arrangement is standard features of the machine. The motor for filling is servo drive and conveyor drive is AC Motor with synchronized variable AC Frequency Drive. PLC Controller provided to set fill volume, speed of conveyor and set fill timing this means fill size can be easily set.

Machine having inbuilt tank of 80 liters (approximately) which is connected with material storage tank with help of material transfer pump provide by packwell. Machine tank having LLC sensor (Liquid level controller) once tank full with material transfer pump stop transferring the material. Material transfer pump starts automatically after few seconds; the seconds can be set in HMI.

HMI is supported with Ethernet connection, with help of Ethernet cable (provide by packwell) connect your laptop with HMI and with help of Team viewer of Any desk, we will take online and give you online trouble shooting and give you solution of technical support.

Operation

Containers have to place manually below the filling nozzles at platform of machine, where motor operated Nozzle fill desire pre set volume in container. Bottle guide is provided for precisely match for centering of container below nozzles to avoid spillage of liquid on container.