FPL5
High-speed wrapping machine for lollipops in flow pack.
The intelligent feeding principle of the machine enables efficient and reliable high-performance wrapping of mass production.
Product Characteristics
Folding type
- Flow Pack
Products
- Lollipops
Product dimensions
- Ball diameter: 15 – 30 mm
- Stick length: Up to 102 mm
- Stick diameter: 3 – 5 mm
Output
- Up to 700 products/min
Technical Data
Utilities
- Connected load: 13 kVA
- Compressed air consumption: 4 m³/h; 600 kPa
Measurements
- Length: 4250 mm
- Width: 2000 mm
- Height: 2200 mm
Weight
- 2900 kg
Wrapping material
- Cold sealable foil
- Heat sealable foil
Material dimensions
- Reel diameter: Up to 400 mm
- Reel width: Up to 140 mm
- Core diameter: 76,2 mm
Equipment & Options
Special features
- A particularly gentle handling of the products is guaranteed by the continuous motion principle
- Servo control with PLC functions
- Highly efficient feeding system with integrated sorting station to eliminate sugar dust, chips and broken pieces
- Products are transferred by the removal wheel and delivered to the segments of the cam chain
- Pneumatic core locking and reel tensioning devices
- Three pairs of sealing rollers for the longitudinal seam and a cross sealing unit guarantee a tight pack
- Automatic splicer to change wrapping material reels without stopping the machine
- Ejecting device for faulty packs
- Excellent accessibility for operation, maintenance and cleaning purposes
- Easy operation due to the touch screen
- Due to the automatic operation, several machines can be handled by one operator
- System of protection: IP 54
Combinations
- Beside manual feeding, the machine can be directly synchronized to the production line by means of a Theegarten-Pactec feeding system.
Optional extras
- Photo-electric print registration
- High-precision forming shoulder for crease proof pouches
- Position retention belt
- Suction device for empty pouches
- Code-dating device
- Heat sealing device
- Detection system for manufacturer splices
Product Brochure
FPL5_ENG_19_1_web.pdf