Single filling head
One nozzle simplifies dosing-path comparison while conveyor timing and container presentation determine the usable cycle.
Published Lancing configuration
LU-GY1C single-head conveyor paste filling machine.
A single-head pneumatic piston filler combined with a published 2 m conveyor configuration. It can automate container movement around one nozzle, subject to product refill, bottle detection, stability and complete-line testing.
Direct answer
What is the LU-GY1C conveyor paste filler?
The LU-GY1C is a Lancing single-head pneumatic paste and liquid filler supplied in the published configuration with a 2 m conveyor. It provides a practical bridge between hand-presented semi-automatic filling and a multi-head automatic line, while retaining one piston dosing path.
2 m conveyor reference
The published conveyor is 2000 × 100 mm. Final guide width, speed, sensing and transfers depend on the production pack.
Selectable cylinder modules
Published options cover 5–100 ml through 1000–5000 ml, with the correct module selected for the required dose family.
Integration review
Infeed, stopping, detection, fill position, discharge and downstream accumulation must operate as one controlled sequence.
Published reference specification
Confirm the conveyor and dosing duty together.
| Parameter | Published reference | Application condition to confirm |
|---|---|---|
| Model | LU-GY1C | Quoted build, options and documentation revision. |
| Configuration | Single-head pneumatic filler with conveyor | Container infeed, stop position, detection, discharge and guarding scope. |
| Fill-volume options | 5–100, 10–300, 50–500, 100–1000, 500–3000 and 1000–5000 ml | Selected cylinder, fill profile, nozzle and SKU change requirements. |
| Reference output | 10–20 bottles/min | Product, dose, container indexing, nozzle cut-off, replenishment and downstream clearance. |
| Published accuracy | ≤ ±0.5% | Product conditions, measuring method, sample sequence and written acceptance rule. |
| Conveyor | 2000 × 100 mm | Usable guide width, height, speed, transfers and compatibility with the actual container. |
| Electrical supply | 220 V / 110 V, 50–60 Hz; 130 W | Final supply and protection for the quoted build. |
| Compressed air | 0.4–0.6 MPa; OD 8 mm; ≥0.1 m³/min | Air quality, pressure stability, capacity and connection at the installation point. |
Source: official Lancing LU-GY1C machine listing. The quoted configuration and trial protocol take precedence over public reference data.
Where it may fit
Use conveyor assistance when repeated container presentation is the production constraint.
The LU-GY1C may suit bottles or stable containers that can be spaced, detected and stopped reliably under one nozzle. It does not remove every manual task: loading, replenishment, cap placement, packing and fault recovery remain manual unless included elsewhere in the line.
Review the conveyor filling guide and the line integration guide before defining the scope.
Container evidence
Send production packs, not only dimensions.
- Empty and filled container stability.
- Base, sidewall, neck and opening dimensions.
- Container variation across suppliers or moulds.
- Required fill position and headspace.
- Closure, capping and labelling sequence.
- Infeed, accumulation and operator access.
Buyer questions
Questions to close before specifying the LU-GY1C.
Which containers suit the LU-GY1C conveyor?
Containers must remain stable through guides, stopping and restart, and their openings must align repeatably with the nozzle. The published conveyor dimensions do not by themselves confirm compatibility; test production samples at the intended speed.
Is the LU-GY1C a fully automatic filling line?
It automates container movement and filling around one head, but full automation depends on infeed, product supply, capping, labelling, accumulation, guarding and operator tasks included in the project scope.
What limits output on a single-head conveyor filler?
Cycle time includes indexing, settling, filling, cut-off and discharge. Product refill or stringing can be slower than container movement, while downstream blockage can stop an otherwise stable fill cycle.
What should the LU-GY1C trial prove?
Prove dose consistency, clean nozzle cut-off, bottle detection, stop accuracy, spill control, restart, hopper replenishment and accepted output with the actual product and containers.
Check the LU-GY1C against your containers and line.
Send product and pack samples with the required dose range, output and downstream process.