Food productionHandling and packingRobotics engineering

Food Robotics & Automation Engineering

Improve one handling or packing step.

Scroll

You can start with a workflow problem; you do not need to choose a robot first.

A fragile product, a slipping pack or a slow changeover can hold back an otherwise capable line. Bring Nestack the task you want to improve. Explore a focused handling trial, an inspection prototype or an equipment integration before committing to a larger automation project.

Explore engineering packages

Who this is for

What are you working on?

Start with the product and the problem. Tell us which step needs attention and what a useful improvement would look like.

Discuss a project for processors, bakeries and confectionery producers

A useful improvement has evidence

Which step holds back the line? Where does product get damaged? What makes changeover slow?

Evaluate accepted products or packs, damage, interventions, changeover effort and operating cost. The aim is a result your production, quality and maintenance teams can assess together.

Accepted products or packs
Good output over a representative period, not the robot's peak pick rate.
Damage and interventions
Retention, damage, missed picks, residue and interventions across agreed conditions.
Changeover effort
Cleaning and changeover effort, correct reassembly and operator feedback.
Operating cost
Air and power, consumables, damage, cleaning, changeovers, maintenance and support.

An assessment may recommend a simpler mechanism or no further automation.

Illustrative scopes

Projects with a clear test and decision

These illustrative scopes are starting points for discussion, not completed Nestack case studies.

A of D
Illustrative scope

Test handling before selecting the robot

Your challenge
A baked product breaks, or a flexible pack slips.
Possible scope
Compare gripping or support concepts on representative samples outside production.
You receive
Sample matrix, tooling concept, fixture and results.
Acceptance
Measure retention, damage, missed picks, residue and interventions across agreed conditions. Direct-food samples remain controlled test material; contact suitability and production release are separately agreed.
Discuss a Food Automation Project

Feasibility

Find the smallest useful investment

A Food Automation Feasibility Assessment compares the current task with practical alternatives before a build is commissioned.

01
Improve the manual step
Can a guide, layout or simple handling aid remove the bottleneck?
02
Buy a supported machine
Does an existing product meet the format, output and service needs?
03
Adapt or integrate
Can approved tooling and interfaces extend equipment already installed?
04
Build a bounded solution
Is the gap specific enough to justify custom engineering and support?
Discuss a Food Automation Project

Looking for software services for a food business instead?See Food & Beverage Industry

Engineering packages

Build the missing part of the workflow

Commission a defined work package or coordinate disciplines around a prototype.

  • Workflow and feasibility

    • Baseline
    • Requirements
    • Options
    • Trial plan
  • Grippers, fixtures and mechanisms

    • CAD
    • Drawings
    • Prototype
    • Load and handling results
  • Sensing and controls

    • Sensor logic
    • Diagnostics
    • Bounded parameters
    • Fault tests
  • Vision and inspection integration

    • Lighting/camera trial
    • Agreed checks
    • Evaluation record
  • Robot and equipment interfaces

    • Authorised handshakes
    • Sequence model
    • Operator screens and logs
  • Test engineering and refinement

    • Replayable tests
    • Design revisions
    • Build records
    • Handoff files

A staged engagement

Move from sample trial to an informed line decision

  1. 01
  2. 02
  3. 03
  4. 04
  5. 05

01 Observe and specify

Confirm the bottleneck, sample range, baseline, interfaces and success criteria.

Scroll to advance

Hygiene, contact and people

Design around product, people and cleaning

Handling performance matters alongside the way equipment is cleaned, maintained and operated.

  • Define the contact and cleaning conditions

    Identify exposed food, intact packaging and foreseeable contact paths. Review the tooling, seals, coatings, lubricant and air paths for the selected use. Agree dry or wet cleaning, chemicals, access, disassembly and reassembly with your food-safety and sanitation teams. Raw/ready-to-eat and allergen changeovers need specific controls.

  • Assess the complete application

    Consider the gripper, load, conveyor and people during normal work, setup, cleaning, jam clearing and maintenance. Define isolation, stopping, recovery and authorised restart. A collaborative robot or a component rating does not establish that the assembled application is suitable.

  • Keep responsibilities clear

    Agree engineering, hygiene, quality and production-release responsibilities before testing. Record changes that affect handling or cleaning. A successful pick trial supports the next decision; it does not validate the food process or release product for sale.

Proof, data and IP

Make the result inspectable

In Development.

  • Mechanical design
  • Embedded control
  • Actuator integration
  • Prototype testing

Further examples are published once the artefacts, results and permissions are approved. Each example states its status.

Nestack Robot Development Programme · Internal R&D

Dedicated engineers and support

Add skills for a defined food-engineering task

  • Mechanical/mechatronics engineer

  • Controls or embedded engineer

  • Vision/integration engineer

  • Test engineer

  • Technical lead

  1. Share the task
  2. Review profiles
  3. Confirm arrangements
  4. Agree access

Continuing support may cover revisions, faults or component changes; onsite commissioning, response windows and spares need explicit arrangements.

Handoff and support

Handoff and the next operating stage

Agree CAD/source files, bill of materials, parameters, backup/restore instructions, test records and operating limits.

Design and build

3 files

  • CAD/​source files
  • Bill of materials
  • Parameters

Records and limits

3 files

  • Backup/​restore instructions
  • Test records
  • Operating limits

Operating knowledge

5 files

  • Operator training
  • Maintainer training
  • Cleaning responsibilities
  • Wear parts
  • Replacement specifications

Ways to work together

  1. Food Automation Feasibility Assessment

    Compare the current task with practical alternatives before a build is commissioned.

  2. Focused project

    A focused handling trial, an inspection prototype or an equipment integration.

  3. Dedicated engineering support

    A specialist work package or additional development capacity.

  4. Continuing engineering support

    Revisions, faults or component changes, with onsite commissioning, response windows and spares arranged explicitly.

FAQ

Frequently asked questions

Showing 8 of 8 questions

  1. Yes. Describe the repeated task, the product or pack and the difficulty you see. A feasibility discussion can identify useful observations and sample trials. You do not need to select hardware first; the assessment can compare a handling aid, existing machine, integration or custom prototype.

Contact

Bring us one product, pack or process challenge

Tell us which step needs attention and what a useful improvement would look like. We will review engineering fit and discuss an assessment, a focused project or dedicated support.

Loading open times…

Open times

Select an available date above to view open 45-minute times from our calendar.

Keep this initial description non-confidential; request an NDA before detailed recipes or designs. Read our privacy notice