Systems for the production of plastic closures

Complete lines and stand alone machines for the production of plastic closures, in continuous compression molding. 
Your 360° integrated supplier: over 1900 compression molding systems installed worldwide, more than 10.000 stacks produced every year, and an R&D who developed more than 600 caps design.

NUMBERS AND DATA

  • output up to 2000 closures/min
  • diameter up to 52 mm
  • weight up to 6 g

CCM - Continuous Compression Molding Machine

CCM hydraulic rotary presses are specially designed to produce thermoplastic products by means of compression.
A continuous work cycle is carried out, during which the plastic material is fed by a plasticization unit, cut into suitably sized pellets and then inserted inside the cavities.
Compression molding is already a well known technology worldwide. More than a half of plastic beverage caps are produced through compression. 

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CCM - Continuous Compression Molding Machine

ADVANTAGES OF COMPRESSION MOLDING TECHNOLOGY

  • HIGHER PRODUCTIVITY thanks to a shorter cycle time. The lower extrusion temperature allows the mold to cool the cap faster.
  • ENERGY SAVINGS due to the lower extrusion temperature. With less energy needed to heat the plastic, less is required to cool it.
  • PRODUCT WITH BETTER MECHANICAL PROPERTIES. Because plasticizing occurs at low temperatures and with no hot runner, the raw material maintains its characteristics and product performance is improved.
  • CONSTANT WEIGHT AND SIZE OF THE PRODUCT is a winning feature of this technology, exceeding the best results of injection molding. A cooler product exiting the mold means less shrinkage and therefore less size variability.
  • RAPID, EASY MAINTENANCE thanks to independent molds. Molds are replaced quickly and individually; maintenance is performed at the stand while the machine is operating.
  • FAST, ECONOMICAL COLOR CHANGEOVER. The simplicity of the plasticizing unit and the absence of the hot runner speed up color changeover and considerably reduce waste of raw material during and after color switches.

  • TECNICAL DATA CCM24SB CCM24SF
    Raw material PP - HDPE - LDPE - PS - PET - PC - BIO
    Outer max ø mm 41 41
    Max height mm 25 25
    Number of cavities 24 24
    Max prod.Capacity pcs/minute   600 1000
    Electrical power (up to) kw/kg 0,58 0,40
    Overall dimension mm 6400x2360 7600x2550
    Min cycle time s 2,4 1,44
    Smart Pack / Available

  • TECNICAL DATA   CCM32MC
    Raw material   PP - HDPE - LDPE - PS - PET - PC - BIO
    Outer max ø mm 53
    Max height mm 25
    Number of cavities   32
    Max prod.Capacity pcs/minute 1066
    Electrical power (up to) kw/kg 0,4
    Overall dimension mm 7800x2850
    Min cycle time s 1,8
    Smart Pack   Available

  • TECNICAL DATA   CCM48SD
    Raw material   PP - HDPE - LDPE - PS - PET - PC - BIO
    Outer max ø mm 41
    Max height mm 25
    Number of cavities   48
    Max prod.Capacity pcs/minute 2000
    Electrical power (up to) kw/kg 0,4
    Overall dimension mm 8000x2850
    Min cycle time s 1,44
    Smart Pack   Available

  • TECNICAL DATA   CCM64MC
    Raw material   PP - HDPE - LDPE - PS - PET - PC - BIO
    Outer max ø mm 53
    Max height mm 25
    Number of cavities   64
    Max prod.Capacity pcs/minute 1920
    Electrical power (up to) kw/kg 0,45
    Overall dimension mm 9000x3500
    Min cycle time s 2
    Smart Pack   Available

  • TECNICAL DATA   CCMM32A
    Raw material   PP - HDPE - LDPE - PS - PET - PC - BIO
    Outer max ø mm 60
    Max height mm 45
    Number of cavities   32
    Max prod.Capacity pcs/minute 800
    Electrical power (up to) kw/kg 0,8
    Overall dimension mm 8700x2850
    Min cycle time s 2,4
    Smart Pack   Available

TECHNICAL FEATURES CCM24SB CCM24SF CCM32MC CCM48SD CCM64MC CCMM32A
Raw material PP - HDPE - LDPE - PS - PET - PC - BIO PP - HDPE - LDPE - PS - PET - PC - BIO PP - HDPE - LDPE - PS - PET - PC - BIO PP - HDPE - LDPE - PS - PET - PC - BIO PP - HDPE - LDPE - PS - PET - PC - BIO PP - HDPE - LDPE - PS - PET - PC - BIO
Max Ø (mm) 41 41 53 41 53 60
Max height (mm) 25 25 25 25 25 45
Number of cavities 24 24 32 48 64 32
Max prod. capacity (pcs/minute) 600 1000 1066 2000 1920 800
Electrical power average (kW/Kg) 0.58 0.40 0.40 0.40 0.45 0.8
Overall dimension (mm) 6400x2360 7600x2550 7800x2850 8000x2850 9000x3500 8700x2850
Min cycle time (s) 2.4 1.44 1.8 1.44 2 2.4
Smart Pack / Available Available Available Available Available

INSPECTION SYSTEMS FOR PLASTIC CAPS

As a market leader in the production of compression molding machines for plastic caps, SACMI has developed a complete line of machines and inspection systems. Vision systems and Spark testers are the daily help needed by all cap manufacturers.

INSPECTION SYSTEMS FOR PLASTIC CAPS

DIGITAL MANUFACTURING

The benefits of the profitable digital revolution. Digitalizing processes brings major benefits, as SACMI clearly demonstrates with a presentation of the key 4.0 development areas on its cap and PET preform production lines: SMART PACK, HERE, SMART CARE.

DIGITAL MANUFACTURING

Slitting & folding of caps

The functional importance of the tamper evident band makes the slitting machine an extremely important piece of machinery.
The possibility of changing the slitting configuration (number of bridges, thickness of bridges, etc..) has an impact on flexibility and on bridges breaking force, thus fulfilling end users requirements.
“Flap” bands in plastic caps help during the capping phase and properly match with the bottle locking ring.
Such bands need a folding process to be performed after the making of the cap.
We provide machines both for scoring operation (SCM), folding operation (FLM) and also for both operation in a combined, cost-effective step (SFM).

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Slitting & folding of caps

SFM12

Caps scoring & folding system (SFM)

This solution provides both the scoring operation and the folding one in a combined, cost-effective step. The possibility of changing the slitting configuration (number of bridges, thickness of bridges, etc..) has an impact, amongst others, on flexibility and on bridges breaking force, thus fulfilling end users requirements. On the other hand, “flap” or “corrugated” bands in plastic caps help during the capping phase and properly match with the bottle locking ring.

SCM12

Caps scoring system

Closure bridges can be made either directly into the mould during the cap forming phase, or by slitting process in a post molding stage. The possibility of changing the slitting configuration (number of bridges, thickness of bridges, etc..) has an impact, amongst others, on flexibility and on bridges breaking force, thus fulfilling end users requirements

FLM12

Caps folding system

“Flap” bands in plastic caps help during the capping phase and properly match with the bottle locking ring. Such bands need a folding process to be performed after the making of the cap Read more

iSlit™

Tamper-evident band slitting blades

iSlit by SACMI sets a new standard for tamper evident band slitting blades, taking this widely used process to a whole new level Read more

WATCH THE VIDEO

Checking and inspecting the tamper-evident band

The PFMC (Pull Force Machine CVS-CUT) performs destructive checks on the cap tamper-evident band.

WATCH THE VIDEO

PFMC

Checking and inspecting the tamper-evident band

The PFMC performs destructive checks on the cap tamper-evident band.
The pull test measures:
• breaking force of the bridges;
• breaking force of the lugs keeping the cap tethered to the bottle neck.

The machine records the measured values and provides a range of statistics. It can work as either a stand-alone unit or on a production line.
The optional CVS-CUT vision system inspects the tamper-evident band before the destructive test. It features a high-resolution line scan camera ensuring a resolution below 0.01 mm.

Lining for plastic closures

In order to ensure proper sealing and retention of CO2 levels with highly carbonated beverages, we mould a PE/EVA liner into the cap’s shell. For that purpose we have developed two distinct and separate technologies, whose name is self-descriptive: in-shell molding and out-shell molding.

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Lining for plastic closures
PMV224 lining machine

PMV224

in-shell lining machine

24 punches, productivity up to 1800 closures/min, max closure diameter 33 mm.

PMV230 lining machine

PMV230

in-shell lining machine

30 punches, productivity up to 1200 closures/min, max closure diameter 43 mm.

PMD230 lining machine

PMD230

out-shell lining machine

30 punches, productivity up to 1200 closures/min, max closure diameter 38 mm.

Caps assembling

Sacmi Velomat designs and manufactures machines for the assembly of caps and closures. Usually this is done in continuous kinematic, which is able to produce up to 1500 pieces per minute. Commonly two or three components are assembled on a single head which is equipped with vision systems for quality control. 

Caps assembling
Continuous Motion Technology Velomat

Continuous Motion Platform

Up to 500 pz/min, with one or more continuous heads.

Rotary index machines

Rotary Index Platform

The Sacmi Velomat Rotary index machine are divided into two families with a production speed up to 150 pieces/min, all machines are equipped with inspection sensors.

EFR (Electric Flexible Rotary) machine

Electronic Flexible Platform

Our Electronic Flexible Platform is divided into two families EFR Electronic Flexible Rotary and EFL Electronic Flexible Linear with a production speed up to 220 pz/min. All changes of positions or paths are carried out on HMI.

COLORA CAP - digital printing for plastic closures

COLORA CAP is system for digital cap printing, offering the widest range of decorating options to make the most of the communication potential.
The process developed enables to use high-definition digital images and import them into the printing system in just a few minutes, starting a new production batch without any format changeover costs.

NO LIMITS TO IMAGINATION

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COLORA CAP - digital printing for plastic closures

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