
Vertical Packaging Machines
Solutions that combine film forming, product filling and sealing from roll stock in one automated process.
View Details →Packaging machines and automation solutions engineered around your product, packaging format, target capacity and production line.
We select the packaging architecture based not only on machine type, but also on the product, packaging material, pack dimensions, speed, filling method and downstream processes.

Solutions that combine film forming, product filling and sealing from roll stock in one automated process.
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Automation solutions for flow-pack, pre-made pouch and similar applications where products are packaged in a horizontal flow.
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Systems in which a product or product group is wrapped in film and packaged by controlled shrinking in a heat tunnel.
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Systems for downstream packaging stages such as product grouping, cartoning, case packing and preparation for shipment.
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Packaging processes and machines engineered from the ground up for product and packaging formats that standard machines cannot accommodate.
View Details →With a vertical form-fill-seal approach, film forming, product feeding, filling, sealing and cutting can be engineered as one process according to the application requirements.

Forming, filling and horizontal/vertical jaw configurations selected according to the product.
Gusseting options and tooling for higher pack volume or different packaging geometries.
Custom forming and sealing solutions according to package appearance and volume requirements.
Machine integration with multihead weighing, volumetric, auger or application-specific filling systems.
Horizontal packaging processes can be engineered around product feeding, film wrapping, sealing, cutting and discharge conveying as one integrated system.

Solutions for packaging single or multiple products in a continuous film flow.
Controlled product spacing, sequencing, counting and feeding into the packaging machine.
Mechanical and automation infrastructure for fast, repeatable changeovers between different product and package sizes.
No-product/no-pack logic, reject handling, printing and vision inspection can be integrated as required.
The product or product group is wrapped in shrink film, sealed and processed through a heat tunnel to form the film around the product. The system can be engineered for applications ranging from single products to multipacks.


Operator-fed, compact solution. Suitable for lines with many product variants and medium capacity, offering a cost-effective entry into shrink packaging.

A guarded unit that automatically performs film feeding and sealing. It can be integrated with conveyors in continuous-flow lines.

Temperature, fan speed and belt speed are adjusted together to ensure uniform film shrinkage around the product. The tunnel is sized according to film type and product sensitivity.
Grouping, cartoning, case packing and transfer of primary-packaged products to downstream end-of-line operations.

Automatic grouping of products by count, sequence or recipe.
Automatic loading of products into cartons or cases, synchronized with downstream process steps.
Integration of tape, hot-melt adhesive or other sealing methods according to process requirements.
The system can be extended with conveyors, controls, labeling, palletizing and, where required, ASRS integration.
Machines engineered from scratch for product geometries, packaging formats or process requirements that cannot be met by standard packaging equipment. We evaluate the process and manage mechanical design, automation and manufacturing within the project.

Product samples, cycle time and existing line conditions are evaluated to define the actual requirements.
Product-specific carriers, grippers and guiding fixtures are designed for products that cannot be handled by standard feeders.
Servo axes or pick-and-place systems are used where precise positioning and variable motion profiles are required.
Critical mechanisms can be prototyped and tested with sample products before manufacturing.
Infeed/outfeed elevations, speed and communication protocols are engineered to match the existing equipment.
Site testing, setup and operator training are completed before the machine is released for production.
Start by sharing your product and packaging objectives. We define the technical architecture together based on this information.
Product shape, dimensions, weight, flowability, fragility and feeding method.
Packaging material, pack type, minimum and maximum pack dimensions, printing and sealing requirements.
Target packs per minute, shift duration, product changeover frequency and expected OEE targets.
Upstream and downstream equipment, available space, operator access, automation, quality control and end-of-line connections.
Elevators, augers, conveyors, vibratory feeders and custom feeding systems.
Checkweighers, metal detectors, X-ray inspection, vision systems and barcode verification.
Thermal transfer, inkjet, laser coding, labeling and variable-data applications.
Cartoning, case sealing, palletizing, stretch wrapping, conveyor and ASRS integration.
If the product, packaging and capacity requirements can be met by a standard machine, a standard solution may be appropriate. Custom machine engineering is often the better choice when a special process, format or line integration is required.
Depending on the application, recipe management, adjustable mechanisms and change-part tooling can enable multiple products on the same machine.
Yes. Infeed/outfeed conveyors, PLC communication, sensors and product flow can be engineered together for integration with an existing line.
Product photos or drawings, product dimensions and weight, target pack type, packaging material, target capacity and, if available, the existing line layout are a good starting point for an initial evaluation.
MAKINAMAS develops custom packaging machines in addition to standard packaging equipment, engineered around product characteristics, packaging format, capacity and line layout. Mechanical design, automation, product feeding and line integration can be handled within the same project.
The machine architecture is developed around the application when standard equipment is not sufficient for the product, packaging or process.
Controlled product flow is designed between feeding, packaging, quality control, cartoning and downstream end-of-line equipment.
PLC, HMI, sensors, servo systems, recipe management and required quality-control functions can be included in the project.
After packaging, cartoning, end-of-line solutions, conveyor systems and palletizing processes can be designed to operate as an integrated system.
To evaluate your complete packaging process, custom machine manufacturing approach or project request form yararlanabilirsiniz.
Share your product and packaging details. Together, we can evaluate the appropriate machine architecture, capacity and automation scope.
Packaging Project Request