Pre-Made Pouch Fill and Seal Machines | Yeaman Machine

What does a pre-made pouch pick-fill-seal machine do?

Our pre-made pouch pick-fill-seal machine receives pre-made pouches from a horizontal magazine feeder. A servo driven intermittent rotary pick 'n' place selects and rotates the pre-made pouches to a registered position where the pouch grippers grasp the tops of the pouches with precision. The grippers deliver the pouches to the opening station where pneumatic suction cups engage the front and back panels of the pouch to pull it open as mechanical arms reach into the pouch to unzip the zipped pouches. The pouches move to the reject station and are tested for product acceptance, then ejected from the machine if not properly opened. The open pouches are loaded by hand or automatically with an added filling feature. The pouches then come to the sealing station where the tops of the pouches are sealed with a set of heated jaws, then the finished pouches are discharged from the machine.


Pre-Made Pouch Applications

In the last 5-10 years pre-made pouches have been slowly dominating the shelves with their versatility.

They can hold anything a carton can. And More.

Liquids, candies, cannabis, coffee, stick packs, cookies, frozen dough, even macaroni and cheese or hardware kits can be packaged in a pre-made pouch. This can be done by hand, with an auger, net weigh scale, combination weigher, volumetric cup filler, piston filler, or custom robotic automation. We can assess your application to find the best way to carefully and efficiently transfer your product into the pre-made pouches.

We've got you covered.

Just let us know your product, package, and speed.

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Semi-Auto Pouch Filler

Not quite ready for a full blown pouch machine?

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Pre-made pouch pick-fill-seal machines come standard with a pouch magazine. The pouch magazine's function is to supply pouches to the rotary feeder, on demand, by a servo driven feed system. We offer extended magazines to handle your operational needs.

Our settlers are essentially a vibrating rail used to improve product settlement inside a pouch. These rails may be located on either side of the machine, at the end radius, or in a combination of locations. After strict testing, the location and the length of the settling rails will be determined. The entire length of the machine may be increased to accommodate necessary settling time.

The purpose of the tilt-tray conveyor is to insert pouches, bags, coupons, cartons, or other items into the pouch by means of a tilting tray. Products are placed into trays on the conveyor either by hand or by automated equipment. The trays then pass through a cam which tilts them up at a pre-determined angle, causing the product to slide out of the tray directly into the pouch or a chute called a transfer spout.

We manufacture both a radial volumetric cup filler, and an inline volumetric cup filler, to satisfy a variety of size and speed requirements. The Yeaman volumetric filler is simple in operation, is easily maintained, and provides smooth product distribution.

The counting plate filler is a great option for 1-10 counts of hard candies or tablets. Multiple units can be mounted to your machine to create variety or sample packs.

The long cut volumetric filler is primarily used in the pasta industry, accommodating a wide variety of long cut shapes. The zigzag vibratory chimney feeder aids in accurately presenting the product to the volumetric gate where the product is measured and dropped into the tray below. Multiple units may be set up on one line with a master/slave control system for various flavors to be packaged together as one final product. A pasta cutting knife can also be incorporated to cut the pasta from 10" to 5" inch before loading into the pouch.

Depending on your product and speed, we have an arsenal of product transfers to get your product where it needs to go. With spout ovals, radial spouts, swing spouts, diving spouts and more we have the ability to efficiently handle 90-degree product transfers at rates up to 70/ppm.

Irregular product flow can be adjusted with a random to timed infeed to stabilize product entering the machine. The conveyor belt will speed up or slow down the product to keep it in pitch with the machine. By synchronizing the infeed correctly, the equipment will perform at maximum potential.

Custom collation systems can be designed and manufactured to collate your product and present it to our machine. Whether it's a multi-lane random infeed leading to a counting system or a simple sweep design to stack trays onto one another, our engineers are proficient at creating dynamic collating systems.

Our pre-made pouch fill and seal machines are designed with the flexibility to be integrated with any auxiliary equipment your product may require, which may include augers, combination scales, net weighers, volumetric cup fillers, robots, pouch infeeds, code daters, glue systems, vision systems or other.

We have experience with a multitude of products and packages. We've designed many product and pouch handling features specific for customer needs - conveying, mixing and blending, pick and place, counting, and more. Let us know what you want to put in a carton and we'll figure out how to automate it.

Feature Options

The base equipment across all of our lines utilize the same framework and theory, allowing for us to focus on the part that matters - the best way to handle your products. Our equipment development starts with you. We form an ongoing relationship with our customers and their product lines, finding the preferred practices to produce the best looking packages while maintaining the integrity and consistency of the product inside the packaging.

Almost all of our feature options are standardized equipment. Combining these standard features in the right combination, we can create a machine custom for your specific product, package, and speed. We can also provide machines with the intention to grow. As a result of our dedication to growth, you can start off with a hand-load machine now and add any of the options later to increase automation.

Stop Wasting Product

Standard programming for No Product/No Pouch and No Pouch/Product Bypass. This ensures that product and packages aren't wasted.

Work on Equipment Safely

Separate high and low voltage electrical enclosures allows you to perform maintenance and repairs under power without being exposed to dangerous high voltages.

Clean and Maintain with Ease

Open frame design allows debris to fall straight to the floor without obstruction and lexan guard doors are easily removed for optimal access during maintenance and cleaning.

Building Block Design

Fully Convertible for Your Needs Today, Tomorrow,
and the Future

Our knack for simplicity coupled with our expertise in filling and handling has led us to design our equipment so that all features can easily bolt-on. To adjust to your needs, you may add auxiliary equipment from the Yeaman Arsenal, or your own at any point in your equipment's lifetime. You can create different configurations by adding and removing product and package handling features. In essence, you can convert your machine to run loose fill, stick packs, kits and more all on a single machine!

Quick Changeovers

Change Pouch Carrier Grippers

5-10 min

Adjust Carriage Height

1-2 min

Adjust Pouch Magazine

2-5 min

Change Recipes

5-10 min


3-Sided Seal


Child Proof




Fin Seal




K Style Bottom


Plow Bottom







Model A Model B Model C Model D Model E
Standard Pouch Sizes

Width x Height x Gusset

MIN    3" x 4" x 0"
MAX    8" x 12" x 4"
MIN    5" x 5" x 0"
MAX    12.5" x 17" x 6.5"
MIN    8" x 8" x 0"
MAX    17.5" x 22" x 8.5"
Max Pouch Weights

6 lb 12 lb 24 lb

Actual Rates Determined
By Product and Method of Fill

Variable to 40/ppm Variable to 70/ppm Variable to 30/ppm Variable to 50/ppm Variable to 20/ppm
Machine Sizes

Length x Width

110" x 108.5" 150" x 108.5" 165" x 127.25" 225" x 127.5" 220" x 138.5"
Additonal Length Increments

May Be Required Based
On Product and Method of Fill

40" 60" 80"
Working Elevation

Where Product Enters the Pouch

36" 40" 50"
Standard Construction
  • Steel Base Frame With Powder Coat Finish
  • Stainless Steel, Hard Coat Anodized Aluminum, or UHMW Product Contact Surfaces
Optional Construction
  • Wipe Down
  • Wash Down
  • Caustic Wash Down
  • Allen Bradley PLC
  • Allen Bradley PanelView Color HMI
Electrical Power Requirements Wired To Your Plant's Specifications
Pneumatic Power Requirements Approx. 16 CFM 80 psi
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