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Packaging Machinery Manufacturing

NAICS 333993 · Machinery Manufacturing6 · SBA size standard: 600 employees

Packaging machinery manufacturers design, assemble, test and ship custom and standard machines that fill, seal, label, carton and palletize products for food, beverage, pharmaceutical and consumer-goods lines. Orders arrive as specifications or drawings; the shop must manage bills of materials, long-lead components, assembly stations, factory acceptance tests, crating, rigging permits and ongoing spare-parts inventory. Specialists turn sales specifications into engineering releases, releases into procurement and build schedules, and completed machines into test reports and shipping plans while the engineers and technicians keep the designs, tolerances and safety circuits correct.

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What makes this business different

  • Custom machine specifications that combine standard modules with engineered modifications for speed, product geometry, clean-room compatibility or hazardous environments
  • Long-lead purchased components such as servo motors, sensors, PLCs and specialized forming tools that must be ordered early
  • Multi-station assembly floors where mechanical, electrical, pneumatic and software integration occur in sequence
  • Factory acceptance test protocols, documentation and customer sign-off before shipment
  • Crating, export packaging, rigging permits, transportation insurance and site-installation coordination
  • Spare-parts kits, operating manuals, electrical schematics and maintenance schedules that ship with every machine
  • Repeat customers who reorder spare parts, request upgrades or schedule technician service visits

Specialist bots

  • a worker at a metal workbench examining detailed machine specification drawings spread under bright overhead lights

    Order Specification Reviewer

    Turn every incoming sales order or specification packet into a released project with correct project number and initial schedule.

    Works in: Ambitious Tasks, Ambitious Docs, Contract Analyzer · Workflows: Order specification review and release

    Automates

    • Reads specification documents and extracts key parameters
    • Compares features to catalog models and flags exceptions
    • Creates the master project folder and initial schedule
    • Drafts the internal order acknowledgment

    Stops for a person

    • Engineering approves any non-standard modifications before release
    • Sales confirms pricing and scope on exceptions
  • a worker standing at a CAD workstation reviewing a large machine layout on dual monitors next to a physical prototype part

    Engineering Release Coordinator

    Manage the release of drawings, bills of materials and control programs from engineering to production.

    Works in: Ambitious Docs, Ambitious Sheets, Process Optimizer · Workflows: Engineering drawing and BOM release

    Automates

    • Assembles complete drawing packages with revision control
    • Generates bills of materials with lead-time data
    • Runs basic tolerance and safety reviews
    • Updates the master project schedule

    Stops for a person

    • Lead engineers sign off on all drawings and safety circuits
    • Any customer-supplied product samples are reviewed by the mechanical designer
  • a worker in a parts storeroom scanning incoming servo motors and sensors against an open order list on a tablet

    Component Procurement Clerk

    Convert released bills of materials into purchase requisitions and track long-lead items to keep assembly on schedule.

    Works in: Ambitious Sheets, Ambitious Tasks, Ambitious Docs · Workflows: Component purchasing and inventory

    Automates

    • Explodes bills of materials into vendor-specific purchase lists
    • Subtracts on-hand and on-order stock
    • Flags long-lead items for immediate action
    • Maintains spare-parts inventory levels

    Stops for a person

    • Purchasing places all orders and spends money
    • Engineering approves any proposed substitutions
  • a worker bolting a stainless-steel guard onto a partially assembled packaging machine on the shop floor surrounded by pneumatic tubing

    Assembly Scheduler

    Assign build bays, sequence assembly stations and coordinate technicians to keep machines moving through integration.

    Works in: Ambitious Tasks, Process Optimizer · Workflows: Assembly and integration scheduling

    Automates

    • Assigns machines to available assembly bays
    • Builds station-by-station timed schedules
    • Coordinates electrical and controls resources
    • Reserves test materials and updates the master schedule

    Stops for a person

    • The shop supervisor adjusts priorities based on technician availability
    • Any schedule changes affecting customer delivery are approved by management
  • a worker running a sealed carton through a fully assembled packaging machine while checking performance data on a nearby laptop

    Factory Test and Documentation Specialist

    Run test protocols, record performance data and compile the complete documentation package for customer acceptance.

    Works in: Ambitious Docs, Ambitious Sheets, Ambitious Tasks · Workflows: Factory testing and documentation

    Automates

    • Generates test checklists and data sheets
    • Logs speed, reject rates and safety interlock results
    • Compiles schematics, manuals and test certificates
    • Assembles the final shipment data package

    Stops for a person

    • Technicians perform the physical tests and verify results
    • The customer or designated engineer signs the acceptance document
    • Engineering reviews all safety and performance data before sign-off
  • a worker guiding a large wooden crate containing a packaging machine onto a flatbed truck using an overhead crane in the loading bay

    Shipping and Rigging Coordinator

    Prepare crating drawings, schedule rigging and generate all shipment and insurance documents for each machine.

    Works in: Ambitious Docs, Ambitious Tasks, Ambitious Sheets · Workflows: Crating, rigging and shipment coordination

    Automates

    • Creates crating and loading instructions
    • Drafts bills of lading and insurance certificates
    • Schedules rigging and permit requirements
    • Compiles spare-parts lists and documentation binders

    Stops for a person

    • The shop foreman confirms the machine is ready for crating
    • Management approves all transportation and insurance expenditures
  • a worker unpacking a kit of spare sealing jaws and sensors on a workbench beside the operating manual for a recently installed machine

    Spare Parts and Service Host

    Follow up after shipment, generate spare-parts recommendations and schedule preventive-maintenance reminders.

    Works in: Ambitious Tasks, Email Buckets, Ambitious Docs · Workflows: Spare parts and service follow-up

    Automates

    • Drafts installation and maintenance reminders
    • Creates recommended spare-parts kits by serial number
    • Tracks warranty periods and schedules follow-ups
    • Prepares upgrade and retrofit offers

    Stops for a person

    • Sales or service approves every customer message and quote
    • Any warranty or service work is scheduled and performed by qualified technicians

Workflows

Order specification review and release

Starts when: A signed sales order or new specification packet arrives

  1. Extract machine type, speed, product format, utilities and safety requirements from the specification
  2. Compare requested features against standard models and flag exceptions for engineering
  3. Assign a project number and create the master build folder
  4. Draft the internal order acknowledgment for approval
  5. Release the job to engineering with a due date for drawings and BOM

Watch for: Any deviation from catalog options must be reviewed by engineering before release; Hazardous-location or clean-room machines require additional documentation from the start

Engineering drawing and BOM release

Starts when: Order released to engineering or change order received

  1. Create or modify mechanical layouts, pneumatic diagrams, electrical schematics and control programs
  2. Generate a complete bill of materials with part numbers, vendors and lead times
  3. Run tolerance stack-up and safety-circuit reviews
  4. Release checked drawings and BOM to procurement and production
  5. Update the master project schedule with engineering milestones

Watch for: All drawings must carry revision levels and approval signatures before release; Customer-supplied product samples often drive final forming-tool dimensions

Component purchasing and inventory

Starts when: BOM released and weekly thereafter

  1. Explode the BOM into purchase lists by vendor and lead time
  2. Check against existing stock and open orders
  3. Draft purchase requisitions for long-lead items first
  4. Track incoming components against due dates and escalate delays
  5. Maintain spare-parts kits for each machine configuration

Watch for: Critical sensors, drives and sealing tools have multi-month lead times; Obsolete components must be flagged and substitutes approved by engineering

Assembly and integration scheduling

Starts when: All major components available or due within two weeks

  1. Assign the machine to an assembly bay and sequence the build stations
  2. Create a timed build schedule covering mechanical assembly, wiring, pneumatics and software loading
  3. Coordinate with electrical and controls technicians for each station
  4. Reserve test materials and product simulants for factory acceptance
  5. Update the overall project schedule with current status

Watch for: Assembly bays are limited and must be scheduled weeks in advance; Integration of third-party fillers or labelers requires vendor coordination

Factory testing and documentation

Starts when: Machine reaches final assembly complete milestone

  1. Run dry-cycle, wet-cycle and full-speed tests with customer product or simulants
  2. Record speeds, reject rates, seal integrity and safety-circuit performance
  3. Generate test reports, electrical schematics, pneumatic diagrams and operator manuals
  4. Draft the factory acceptance test certificate for customer signature
  5. Compile the final shipment data package

Watch for: Every safety interlock and e-stop must be verified and logged; Pharmaceutical-grade machines require additional documentation

Crating, rigging and shipment coordination

Starts when: Factory acceptance test signed off and machine ready for shipment

  1. Generate crating drawings and bill of lading requirements
  2. Schedule rigging contractor and any required permits for oversized loads
  3. Draft shipping notifications and insurance certificates
  4. Create spare-parts packing list and final documentation binders
  5. Record tracking numbers and delivery confirmation

Watch for: Export shipments require additional customs paperwork and container loading plans; On-site installation supervision must be scheduled with the customer

Spare parts and service follow-up

Starts when: Shipment complete and on a 30/60/90-day cadence

  1. Draft thank-you and installation-checklist messages
  2. Generate recommended spare-parts kits for the first year
  3. Track warranty start date and schedule preventive-maintenance reminders
  4. Log common wear items for future reorder campaigns
  5. Draft upgrade or retrofit offers based on machine serial number

Watch for: Customers expect rapid quoting on spare parts and wear items; All service-related documents must be kept current with the as-built configuration

Bot templates for this industry

Source: U.S. Small Business Administration, Office of Size Standards, Table of Small Business Size Standards Matched to North American Industry Classification System Codes, version March 2023 (effective 2023-03-17, NAICS 2022). Size standards are shown for reference only.