Use one common basis
A can-per-minute value, bottle-per-hour value and liter-per-hour process value must be converted with the confirmed reference SKU and operating condition.
- Reference volume
- Units per hour
- Product flow
- Pack and pallet conversion
Equipment selection & integration
Match Equipment Capacity Around Stable Good Output, Not Matching Nameplates
Three machines marked with the same speed do not automatically create a stable line at that output. Speed bases, stop behavior, product characteristics, container stability and buffers all matter.
Direct answer
How should beverage equipment capacity be compared?
Normalize each machine to the same reference container and time basis, separate rated from accepted good output, account for changeovers and micro-stops, then confirm where buffers protect the likely constraint.
Purchase decision evidence
Match unlike equipment on one accepted-output basis.
Use one reference SKU and convert every module to the same time and pack unit before adding margin or buffer.
| Check | Buyer input | Evidence |
|---|---|---|
| Demand basis | Good units per shift/day and net hours | Demand-to-rate calculation |
| Common SKU | Bottle/can, closure, label and pack | Same-format supplier ratings |
| Sustained module rate | Stops, changeovers and replenishment | Observed or agreed test conditions |
| Buffer and recovery | Likely stop events and line constraint | Accumulation and restart logic |
Common-SKU capacity method
Convert every module to one accepted-output basis.
Use the same container, closure, label, pack and time boundary for the filler, labeler, packer and pallet handoff before deciding speed margin or accumulation.
| Calculation layer | Buyer input | Method | Evidence gate |
|---|---|---|---|
| Required good output | Saleable units and net scheduled hours | Good units ÷ net production hours | Demand basis and planned non-production time recorded |
| Reference SKU | Container volume, closure, label and pack count | Convert every rate to the same units/hour | Supplier rating states the same format and condition |
| Module screening rate | Declared reference rate and known planned stops | Compare unlike ratings only after units and boundaries match | Rated, technical-minimum and acceptance values separated |
| Pack conversion | Good containers per pack and packs per pallet | Good BPH ÷ containers/pack | Packer and pallet route use the approved pattern |
| Buffer decision | Likely stop event, duration and restart behavior | Locate protection around the effective constraint | Accumulation claim states actual container and control logic |
Decision boundary: This page stops at equipment capability matching. OEE ownership, loss-tree analysis and deep bottleneck diagnosis belong outside this domain.
Separate ratings from output commitments
Catalog or nameplate output is a selection reference. The project must define test inputs, duration, rejects, stops and good-output boundary.
- Rated reference
- Technical minimum
- Accepted good output
- Shift and day planning
Design around variability
Label rolls, film changes, carton loading, container falls, quality rejects and operator interventions create different stop patterns.
- Micro-stop data
- Changeover plan
- Buffer location
- Constraint recovery logic
Equipment dependency
Read the page as a connected equipment graph.
Every equipment decision has an upstream condition, a current function and a downstream handoff.
01Upstream
Sufficient product and container supply at the common reference basis.
02Constraint
The slowest effective process or recurring loss point.
03Downstream
Capacity and buffers that protect accepted good output.
Evidence boundary
Catalog reference where supported. Project confirmation where required.
The supplied Allot Tech 2026 catalog supports named equipment groups such as water treatment, beverage preparation, CIP, bottle handling, filling platforms, labeling, conveying and secondary packaging. It does not make every module mandatory for every project.
VERIFIED
Company identity, contact route, named equipment categories and catalog reference flows.
REFERENCE
Application routes and model-family context from the supplied catalog.
REQUIRES CONFIRMATION
Output, power, dimensions, materials, components, process conditions, availability, price and service scope.
PROHIBITED
Invented performance, price, certifications, projects, reviews, factory claims or guarantees.
Buyer questions
Frequently asked questions
These answers frame the equipment decision. The final process and equipment remain project-specific.
Should every downstream machine be faster than the filler?
Often some margin is useful, but the required margin depends on stop behavior, buffer strategy and the agreed output basis.
Can output be guaranteed from an online calculator?
No. Final performance depends on confirmed equipment, materials, utilities, operation and acceptance conditions.
Next purchase decision