Paste filling machine specification
Build a user requirement specification around the real product condition, dose range, containers, cleaning method, utilities and expected production route.
Write the specification →Engineering resource centre
Technical resources for specifying, testing and installing paste filling machinery.
Use these guides to turn a product and pack requirement into a testable machine specification, a controlled factory trial and a practical installation plan.
UK buyer guidanceProduct-led specificationEvidence before sign-off
Use the right guide at the right stage
Move from product behaviour to evidence, not from a catalogue picture to an order.
A paste filling project is easier to control when the product, pack, production target and acceptance method are written down before machine options are compared. The resources below organise that work without assuming one technology suits every paste.
Product sample filling test
Plan a representative test using production product, real containers and a recorded measurement method before a configuration is fixed.
Prepare the sample trial →Factory acceptance testing
Turn agreed requirements into witnessed checks for dosing, cut-off, container handling, changeover, alarms and documentation before dispatch.
Plan the FAT →Site preparation and installation
Check access, layout, product feed, electricity, compressed air, cleaning, drainage and integration before the machine arrives.
Prepare the site →Commissioning and site acceptance
Separate installation checks, dry running, wet commissioning, operator training and site acceptance so responsibilities remain clear.
Plan commissioning →Machinery risk-assessment inputs
Identify the product, pressure, temperature, moving machinery, cleaning and integrated-line hazards that need competent, site-specific review.
Review risk inputs →Accuracy and repeatability
Use sequential samples, a stated measurement method and controlled product conditions instead of relying on an isolated good fill.
Plan fill checks →Output and line capacity
Calculate accepted packs per hour from filling, indexing, operator tasks, replenishment, capping, labelling and minor-stop recovery.
Plan realistic output →Cleaning, maintenance and spares
Map the wetted path, define safe access, record wear items and plan change parts before production depends on the machine.
Plan lifecycle support →Project sequence
Keep each decision traceable from enquiry to production handover.
The sequence can be adapted to the size of the project, but each stage should leave a clear record for the next one.
| Stage | Primary evidence | Decision |
|---|---|---|
| Application definition | Product at filling temperature, dose range, pack drawings or samples, closure, output and cleaning needs. | Which filling principles and machine formats are credible enough to test. |
| User requirement | Must-have, preferred and future requirements with stated acceptance methods. | What suppliers must price and what cannot be changed without approval. |
| Product trial | Sequential fill data, cut-off observations, product condition and container presentation. | Whether the proposed product path, valve, nozzle and feed arrangement are suitable. |
| Factory acceptance | Approved protocol, witnessed results, deviations, actions and document review. | Whether the machine is ready to dispatch or requires corrective work. |
| Site preparation | Approved layout, access route, utilities, product supply, downstream interfaces and safe working arrangements. | Whether installation can start without avoidable delay or rework. |
| Commissioning and handover | Dry and wet checks, site acceptance results, training records, manuals and outstanding-action list. | Whether the equipment is ready for controlled production use. |
For production and quality teams
Define what an acceptable filled pack looks like.
- Target quantity and measurement method. State whether checks are by mass, volume, level or another approved method.
- Presentation standard. Record acceptable drips, tails, neck contamination, air pockets, particle damage and fill-height variation.
- Product condition. State temperature, mixing history, settling time, aeration and the hardest normal batch condition.
- Changeover expectation. Define product recovery, strip-down, cleaning, inspection and restart evidence.
For engineering and procurement teams
Make scope boundaries visible before quotations are compared.
Separate the filler base from product-feed equipment, containers, conveyors, capping, labelling, guarding, control interfaces, installation, commissioning, training and spare parts. A lower headline price can hide work that is still required before the first accepted pack is produced.
Use the paste filling machine buyer guide for overall selection, then use the specialist pages above to build the evidence required for your project.
Need a paste filling project reviewed?
Send the product, fill range, containers, closures, required accepted output and any current filling problem. Lancing can identify the information needed before a machine route is shortlisted.