Seed receival and cleaning control upgrade
Modern PLC and HMI implementation with route validation, weigh integration and production event capture.
Industry · 06
Agricultural Processing
Agricultural processing automation for seed, orchard, packhouse and fruit processing facilities across Australia.
Agricultural processing sites run hard during peak season and idle between them. Equipment failure during harvest or dispatch windows is not a recoverable situation. Control system reliability is therefore the first design requirement. We engineer practical automation for seed processing, orchard and packhouse operations, and fruit processing lines across Australia.
Most agricultural sites combine modern equipment with older machines that were never designed to work together. We build integration around what you have, using staged upgrade paths that allow modernisation to happen without shutting down production. Traceability, lot tracking and production reporting are built into the architecture from the start.
What's tough
Problems we solve
01
Seasonal throughput variability
Processing rates and product mix can shift significantly by season, requiring flexible control strategies and clear operator workflows.
02
Mixed legacy and modern equipment
Many sites run older machines beside new skids and conveyors, which creates interface and reliability issues.
03
Traceability across receival to dispatch
Sites need clean lot tracking and production records without adding manual admin burden.
04
Harsh operating environments
Dust, vibration, temperature variation and washdown zones can impact instrumentation and control hardware reliability.
Our Approach
How we deliver
We implement robust sequence control for intake, cleaning, grading, transfer, storage and packing operations with clear permissives and fault recovery.
Integration includes weigh systems, conveyors, sorters, packaging machines and site reporting platforms so operations get one coherent view of performance.
Traceability is built into PLC and SCADA design with event capture, lot context and structured production records for QA and customer reporting.
Architectures are designed for staged upgrades, allowing facilities to modernise critical assets without unnecessary disruption to production.
Typical Work
Projects in this sector
Packhouse line coordination project
Integration of graders, conveyors, case handling and palletising with central line-state control and downtime visibility.
Fruit processing utilities and CIP integration
Coordinated control of process utilities, cleaning cycles and production changeovers with operator guidance and reporting.
Traceability and reporting deployment
Lot-to-dispatch data model linking process events, quality checks and packaging identifiers.
Platforms
Technology we work with
Agricultural processing environments need controls that are robust, supportable and straightforward for site teams to maintain.
01
Rockwell, Siemens and Ignition-based architectures matched to plant scale and support requirements.
02
Field integration across conveyors, weigh systems, vision systems, drives and instrumentation.
03
Protocols including EtherNet/IP, Profinet, Modbus TCP and OPC UA.
04
Historian and SQL reporting layers for production and quality data.
Site quality and traceability requirements for agricultural products.
AS/NZS machinery safety and electrical compliance obligations.
Structured FAT/SAT and commissioning documentation.
Practical cybersecurity controls for connected OT environments.
Common Questions
Frequently asked
Can upgrades be delivered outside peak season?
Yes. We commonly plan staged delivery around harvest and dispatch cycles to reduce operational risk.
Do you support packhouse and processing integration in one scope?
Yes. We can deliver line-level and plant-level integration so upstream and downstream operations are coordinated.
How quickly can traceability reporting improve?
Once core event capture is in place, most sites see immediate improvement in report quality and response speed.
Ready to discuss your agricultural processing project?
Talk to an engineer who understands your industry. We'll give you a straight answer on scope, timeline, and what's involved.