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Get a custom filling solution designed around your product, container, and target throughput.
Paste Filling Machines
The heating paste filling machine is intended for high-viscosity or temperature-sensitive products such as honey, peanut butter, and wax. It is configured with Siemens PLC control, Festo pneumatics, Schneider electrical components, and industrial-grade contact materials for dependable production use.
Production Capacity
1,000-2,200 BPH
Heads / Stations
2
Filling Range
100-2,000 ml
Paste Filling Machines configured for paste packaging with 1,000-2,200 BPH, 100-2,000 ml, and 316L Stainless Steel contact parts.
Primary Metric
1,000-2,200 BPH
Material
Paste
Fill Range
100-2,000 ml
Containers
Jar / Tub
Project CTA
Share your container size, target speed, and product behavior. We will match the right equipment configuration and send a technical response.
Material guide
Need a broader view first? Review the general Paste Filling Machine page before locking the final machine scope.
Project-fit overview
Heating Paste Filling Machine is a practical choice for paste filling when buyers need 1,000-2,200 BPH output, 100-2,000 ml flexibility, and a machine platform already selected for honey, peanut butter, and wax. The heating paste filling machine is intended for high-viscosity or temperature-sensitive products such as honey, peanut butter, and wax. This page narrows the discussion to how the machine behaves with paste, not just how it performs as a generic paste filling machines option.
Paste filling applies to products that are much thicker than ordinary sauces or liquids, including food pastes, waxes, gels, and other high-viscosity materials that may not flow consistently at room temperature. In these projects, a standard liquid filler usually cannot maintain stable dosing or clean shutdown. Paste fillers rely on piston, servo, or heated product handling to keep the fill weight repeatable and to reduce residue on the container mouth. Some products also need temperature support because they thicken during production. Pack style matters as well, since jars, tubs, and larger bottles each demand different nozzle travel and cutoff behavior. The right paste filling machine should therefore be selected around true product viscosity, fill temperature, target volume, and the desired cleanliness of the finished package. In this combination, the main engineering concern is usually very high viscosity. Paste products resist flow, so the filling system needs stronger dosing control and often slower, more deliberate product transfer. PakFill normally reviews Heated hopper and nozzles help maintain flow on dense products and Designed for thick products that need controlled transfer, 316L Stainless Steel compatibility, and the real bottle or jar geometry so the line can stay consistent across Jar, Tub, and Bottle. Some pastes become difficult to fill at ambient temperature, which makes heated hoppers or product paths necessary.
Before final quotation, buyers should still confirm the actual formula, fill volume, container drawing, and whether the project also needs capping, labeling, or washdown planning. Heating Paste Filling Machine can be configured around +/-0.5%, the real downstream pace, and the packaging style, but nozzle setup, anti-drip behavior, indexing, and cleaning logic should always be matched to the actual paste product instead of assumed from a broad machine category.
Optimization point
Heating Paste Filling Machine sits in the paste filling machines family and is usually selected when paste projects need equipment aligned with very high viscosity instead of a one-size-fits-all machine.
Optimization point
With 1,000-2,200 BPH throughput, 100-2,000 ml range, and +/-0.5% repeatability, the machine gives buyers a clearer starting point for balancing speed, giveaway, and container presentation.
Optimization point
PakFill normally checks 316L Stainless Steel, bottle handling, and downstream handoff so the machine fits Jar, Tub, and Bottle packs and future capping or labeling integration.
| Frame Material | 304 Stainless Steel |
|---|---|
| Contact Part Material | 316L Stainless Steel |
| PLC Brand | Siemens |
| Pneumatic Brand | Festo |
| Electrical Brand | Schneider |
| Power Supply | 380V / 50Hz |
| Air Pressure | 0.5-0.7 MPa |
| Production Capacity | 1,000-2,200 BPH |
| Filling Accuracy | +/-0.5% |
| Heads / Stations | 2 |
| Filling Range | 100-2,000 ml |
| Filling Principle | Heated paste filling |
| Temperature Control | 30-90deg C |
| Applicable Container | jar, can, bottle |
| Power Consumption | 3.4 |
| Dimensions (L x W x H) | 1,900x1,150x1,860 mm |
| Weight | 410 kg |
Process notes
Container focus
Industrial automation platform for repeatable cycle control.
Clean actuation and globally serviceable pneumatic components.
Suitable for food, cosmetic, and chemical product contact areas.
Documentation and safety configuration prepared for export projects.
Material handling priorities
Paste products resist flow, so the filling system needs stronger dosing control and often slower, more deliberate product transfer.
Some pastes become difficult to fill at ambient temperature, which makes heated hoppers or product paths necessary.
Dense products can smear the container mouth if the nozzle motion and shutoff are not matched to the product texture.
Related Products
This 2-head servo paste filler is designed for dense food and cosmetic products that need tighter volumetric control in a smaller footprint.
Production Capacity
1,200-2,400 BPH
Heads / Stations
2
Filling Range
50-1,500 ml
The vacuum cosmetic cream filler is configured for premium creams, gels, and ointment-style products packed into jars, tubes, and smaller bottles.
Production Capacity
1,000-2,000 BPH
Heads / Stations
4
Filling Range
30-300 ml
The 4-head servo piston filler targets medium-speed production of sauces, creams, gels, and honey-like products.
Production Capacity
1,800-3,600 BPH
Heads / Stations
4
Filling Range
100-1,000 ml
FAQ
Yes, this model is considered for paste projects when the real product behavior, fill volume, and package style fit the machine's range. PakFill still checks viscosity, foaming, temperature, and container control before confirming the final configuration.
The most useful inputs are the actual product sample or formula type, target fill volume, container drawing, output target, and whether the project also needs capping, labeling, or other downstream equipment.
The final answer depends on the exact container dimensions, but this page is usually relevant for Jar, Tub, Bottle, and Wide-mouth container. PakFill also checks whether the machine's 100-2,000 ml range and 1,000-2,200 BPH target remain realistic once the container changes.