Packaging & Bottling Machinery Manufacturing

High-precision components and assemblies for packaging lines — filling, capping, labeling, and conveyance — routed in-house or through certified Canadian partners.

ISO 9001:2015 Certified

ISO 9001:2015

Made in Canada

Made in Canada

40+

Years of Experience

5K+

Satisfied Customers

Overview

Packaging and bottling equipment demands high throughput, precision alignment, and sanitary design. Pearson Manufacturing supports these programs with a hybrid fulfillment model — routing work to the best-fit path (in-house or via vetted Canadian partners) while keeping QA, documentation, and communication under one roof.

Bottling line components

Quick Specs

Standards
ISO 9001:2015 (by facility); cGMP awareness; internal QMS coordination
Typical Tolerance
Machined ±0.01–0.05 mm (feature-dependent); assemblies to fit spec
Materials
304/316L SS, 6061 Al, 17-4PH, UHMW, Acetal (POM), PEEK, PTFE
Finishes
Passivation, electropolish, bead/satin; anodize on non-product-contact parts
Surface Roughness
Product-contact ≤0.8–1.6 µm Ra as specified
Traceability
Heat/batch certs; serial/lot IDs; part marking available
Files Accepted
STEP/IGES, DXF (profiles), PDF with GD&T + finish and cleanability notes
Testing
Leak/flow checks, dynamic balancing (G6.3/G2.5), fit/torque validation
WorkstreamBest ForSpeedNotes
Prototype / Change PartsTrials, bottle changes, pilot linesFastQuick-turn + iterative DFM; flexible materials/finishes
Production SparesRepeatable nozzles, guides, screwsMediumJigs/fixtures; serialization & traceability
High-Speed RotatingCappers, turrets, star wheelsMediumBalancing (e.g., G6.3/G2.5) + controlled runout
Kitted AssembliesManifolds, guards, sub-assembliesFastPre-assembly, torque specs, packaging & labeling

Capabilities We Provide Access To

  • CNC milling/turning of filler nozzles, pistons, manifolds, and capping spindles
  • Swiss/multi-axis turning for small sanitary components and bushings
  • Polymer machining (UHMW, Acetal, PEEK) for star wheels, timing screws, and guides
  • Sheet metal cutting/forming for guards, frames, and brackets
  • Sanitary TIG welding, weld finishing, passivation, and electropolish (by routing)
  • Laser marking/engraving, serialization, and color-coded hardware
  • Turnkey assembly: leak/flow checks, torque validation, and functional test
  • Dynamic balancing for rotating components and subassemblies

DFM & Sanitary Tips

  • Prefer 316L for aggressive washdowns or acidic products; 304 is suitable for general duty.
  • Specify product-contact surface finish (e.g., ≤0.8 µm Ra) and note if electropolish is required after passivation.
  • Avoid crevices and sharp internal corners; use radii and full drain paths for cleanability.
  • Call out weld profiles and areas requiring post-weld finishing; define masking for passivation/electropolish.
  • Use keyed/locating features to speed changeovers; design change parts for tool-less swaps where possible.
  • Provide bottle/container CAD or samples for star wheels and timing screws to ensure alignment at speed.
  • For rotating parts, specify balance grade (G6.3/G2.5) and allowable TIR/runout on critical journals.

We’ll review your model/drawing, surface finish targets, and balancing/assembly needs, then confirm achievable specs and routing (in-house or partner) before kickoff.

Why Partner with Pearson?

  • Hybrid routing: in-house builds or certified Canadian partners under one QA umbrella
  • Sanitary finishes and documentation aligned to packaging line requirements
  • Repeatable change parts with serialization and controlled tolerances
  • Faster line changeovers via DFM and standardized hardware
  • Consolidated logistics, inspection data, and on-time delivery

Equipment Used In-House or By Our Partners

  • 5-axis CNC mills and multi-axis/Swiss lathes
  • Sheet metal laser cutting, press brakes, and fixture tables
  • Sanitary TIG welding cells; weld finishing tools
  • Electropolish and passivation tanks (by routing)
  • Dynamic balancing rigs and leak/flow test stands
  • CMMs, optical measurement, and portable arms

Typical Packaging Applications

  • Filler manifolds, nozzles, pistons, and valve blocks
  • Bottle star wheels, timing screws, and container guides
  • Capping chucks/spindles, turrets, and chuck retainers
  • Labeler mounts, brackets, and guard assemblies
  • Sterilization trays, autoclave jigs, and handling fixtures
  • Infeed/transfer conveyor modules and rails

Packaging FAQs

Is this manufactured in-house?

We operate a hybrid model: some components are built at our Ontario facility, others via vetted Canadian partners. Pearson manages quoting, QA, finishing, assembly, and logistics end-to-end.

Can you coordinate electropolish and passivation?

Yes. We can deliver passivated and electropolished parts to your surface finish target and provide related documentation.

Do you machine food-grade plastics?

Absolutely. We routinely machine UHMW, Acetal (POM/Delrin), PTFE, and PEEK for guides, screws, and change parts.

Can you balance rotating packaging components?

Yes — we support dynamic balancing (e.g., G6.3/G2.5) and can report TIR/runout on critical features.

How should I scope my RFQ?

Share CAD + PDF with GD&T, material/finish, product-contact roughness, balance grade, assembly notes, and schedule. Start your packaging quote — include materials, surface finish targets, balance grade, test/assembly notes, and schedule.

Ready for Precision Packaging Parts?

Share your drawings and finish targets — we’ll route to the right process path and return a fast, detailed quote.

Request a Packaging Quote