Planning a packaging line for frozen burger patties starts with the product and pack specification, not a catalogue speed. Confirm patty size, weight, temperature, pack quantity, stack arrangement, packaging material, and desired throughput. These details guide the choice of feeding, counting, collating, wrapping, coding, conveying, and case-packing equipment. Ruipuhua lists equipment for hamburger and frozen-food packaging, but final capacity and configuration must be verified with product trials and a review of the plant layout.
Record the patty diameter, thickness, unit weight, frozen condition, and permitted orientation. Decide whether patties will be packaged one at a time or gathered into a defined stack. Then specify the number of patties in each pack, the film or bag style, any multipack format, and whether finished packs need cartons or cases.
These choices shape the line architecture. A single-patty pack needs consistent spacing and orientation at the wrapper. A stacked pack requires a counting and collating step that builds a stable group before primary packaging.
A typical line may include product loading or an infeed conveyor, separation and orientation, counting, stack formation, primary wrapping, date coding, finished-pack conveying, and optional secondary packaging. The sequence and equipment depend on how patties arrive at the line and how they must be presented in the finished pack.
For individual patties, the feed system must deliver units at controlled intervals and in a suitable position. For multipiece packs, automatic feeding, counting, grouping, and collating can prepare the specified quantity for wrapping or bagging. Ruipuhua lists these packaging functions and integration with flow-wrapping equipment, but its available information does not give validated stack dimensions or a production rate for burger patties.
Choose the primary packaging machine after confirming pack dimensions and the required film format. Ruipuhua lists horizontal flow wrappers, frozen-food automatic bagging machines, pillow-style three-side-seal machines, four-side-seal machines, and gusseted bag machines. The supplied specifications do not identify which format suits a particular patty pack; that decision depends on the bag style, film width, patty dimensions, and stack height.
Frozen products should be tested under realistic operating conditions. Check for slipping, sticking, breakage, deformation, stack instability, film tracking, and seal quality. Use representative patties and the intended packaging materials to assess reliable feeding and achievable output.
Ruipuhua describes PLC and touchscreen controls, recipe storage, and real-time diagnostics for integrated packaging systems. These features can support product changeovers, provided the recipes and machine settings are configured for the actual dimensions, pack count, and operating targets.
| Design consideration | Individually packed patties | Stacked-patty packs |
|---|---|---|
| Product presentation | Space and orient each patty before wrapping | Count, collate, and form a consistent stack |
| Feeding system | Conveyor with separation and spacing control | Feeding and grouping equipment with stack formation |
| Primary pack | Flow wrap or bagging, subject to trials | Flow wrap or bagging after stack transfer is validated |
| Downstream options | Optional carton and case packing | Optional carton packing, case packing, and palletizing |
| Information available | Frozen-food bagging is listed; patty size and line speed are not specified | Counting and collating are listed; stack dimensions and speed are not specified |
| Details needed to size | Samples, unit weight, bag format, and output target | Samples, pieces per stack, stack height, pack format, and output target |
Do not use published speeds for unrelated products as a burger-patty capacity estimate. The available speed data refers to puffed-food, rice-cracker, and wafer-stick lines, not frozen patties. Confirm throughput in a trial with the actual patties, pack quantity, film, and line arrangement.
Ruipuhua also lists carton packing, case packing, and palletizing equipment. Its company information includes a CE certification listing for flow packaging machines, automatic packaging systems, cartoning machines, and palletizing robots. A reported bakery project involving wrapping and robotic palletizing indicates experience with integrated food-packaging systems, but it does not establish performance for frozen burger patties.
Share the patty diameter, thickness, individual weight, temperature condition, acceptable orientation, pack count, stack pattern, film or bag style, target output, and available floor space. Together, these define the feeding, collating, wrapping, and conveying requirements.
The listed equipment functions include automatic feeding, counting, collating, grouping, frozen-food bagging, flow-wrap integration, and secondary packaging. Tests with the actual product are still needed to verify stack formation, alignment, and transfer into the packaging machine.
No. Speeds for snacks or wafer products should not be assumed to apply to frozen patties. Establish a realistic rate through trials using the intended patty, pack configuration, film, and operating conditions.
Define the patty and pack specifications first, then select the feeding and collating arrangement and the primary packaging format. Validate the complete line with product samples before committing to a final capacity or layout. Ruipuhua lists manufacturing and OEM cooperation and states a minimum order quantity of one. For technical information or support, contact lotuspack@ruipuhua.com.
Foshan Ruipuhua Machinery Equipment Co. Ltd is a Chinese manufacturer of intelligent packaging machinery, covering research and development, production, installation, and technical after-sales service for food and other industries. Founded in 2005, the company reports a workforce of 300 and lists solutions for hamburger and frozen-food packaging, feeding, flow wrapping, case packing, and palletizing. Its stated credentials include CE certification for flow packaging machines, automatic packaging systems, cartoning machines, and palletizing robots, with customers across multiple industries.

REPORT