Application-Based Workshops for OEM Machinery Manufacturing
A packaging machine builder and a CNC machine tool builder don't need the same automation training. We assess the machines you actually build — the controls, the motion, the safety architecture — and design the workshop around that.
A workshop designed around the machines you build, not a syllabus we already had.
OEM machine builders don't all face the same automation problem. A packaging machine lives or dies on servo motion and cycle speed. An injection molding machine lives or dies on closed-loop temperature and pressure control. A CNC machine tool lives or dies on multi-axis interpolation accuracy. Training all three the same way teaches none of them well.
NCVT's application-based OEM workshops start with an assessment of the machines you actually manufacture — the control architecture, motion requirements, safety systems and target export markets — and build the curriculum from that. Delivery happens on your assembly or commissioning floor, using your own machine builds as the training environment wherever practical.
The same "client-based, not institute-based" commitment behind every NCVT program, applied to a machine builder's shop floor: we train on the machine you're actually shipping.
Who This Is For
Every OEM machine falls into one of these — or blends two.
Simple Sequencing Machines
Fixed-sequence logic replacing what used to be relay panels — straightforward PLC control with limited motion complexity.
CONVEYORS · SIMPLE ASSEMBLYMotion-Intensive Machines
Servo-driven, cycle-speed-critical machines where electronic gearing, camming and multi-axis coordination define performance.
PACKAGING · PRINTINGProcess-Integrated Machines
Combine thermal, hydraulic or pressure process control with discrete machine logic in one control system.
INJECTION MOLDING · CURING PRESSESVision & Robotics-Integrated
Machines with built-in vision inspection and/or robotic handling as a core part of the automated cycle.
PICK-AND-PLACE · QUALITY SORTINGThirteen machine categories, mapped to their real applications and automation stack.
| Machine Category | Typical Applications | Automation Stack Needed |
|---|---|---|
| Packaging Machinery | Form-fill-seal, cartoning, labeling, palletizing | PLC + servo motion control, vision inspection, high-speed electronic camming/gearing |
| Printing & Converting | Flexo/gravure/offset presses, laminators, slitters | Servo electronic line-shafting, web tension & registration control |
| Plastic & Rubber Processing | Injection molding, extrusion, blow molding | PLC/PID multi-zone temperature control, closed-loop servo-hydraulic pressure control |
| Machine Tools / CNC | Lathes, mills, grinders, machining centers | CNC controllers, servo spindle & axis drives, multi-axis interpolation |
| Textile Machinery | Spinning frames, looms, knitting machines | PLC drive control, tension control, pattern/Jacquard control systems |
| Food Processing Machinery | Filling, mixing, baking, form-fill-seal lines | Hygienic (washdown) PLC/SCADA, batch/recipe control, fill-level & checkweigher control |
| Pharmaceutical Machinery | Tablet compression, capsule filling, blister/strip packing | Validated PLC/SCADA (21 CFR Part 11), high-speed servo mechanisms, vision inspection |
| Material Handling & Warehouse | Conveyors, AS/RS, robotic palletizers, sortation systems | PLC, WMS/WCS integration, robotics, barcode/vision sortation |
| Woodworking Machinery | CNC routers, panel saws, edge banders | CNC control, servo positioning, dust-extraction interlocks |
| Metal Forming & Fabrication | Press brakes, stamping presses, laser/plasma cutters | PLC/CNC, servo press control, safety light curtains & presence sensing |
| Rubber & Tire Manufacturing | Calendering lines, curing presses, tire building machines | PLC/DCS hybrid, precision temperature & pressure control |
| Special Purpose Machines (SPM) | Custom assembly stations, automated test rigs | PLC/robotics/vision, custom HMI, flexible fixturing control |
| Ceramic & Glass Forming | Tile presses, glass forming & tempering machines | High-temperature PLC/DCS hybrid, servo press control |
Five stages, from a shop-floor visit to a documented close-out.
Machine & Control Assessment
Reviewing the machines you build, the controller platform and the real skill gap on your floor.
Curriculum Design
Building session content around your machine tier, controller brand and target markets.
On-Site Delivery
Training runs on your assembly or commissioning floor, on the machines you actually build.
Live Machine Application
Trainees work through real build, wiring and commissioning tasks on an actual unit.
Certification & Compliance Handover
Documented completion, assessment results, and a report tied to your compliance targets.
Built around your machine platform, not adapted to fit it.
Your Own Machine as the Training Rig
Wherever practical, training runs on the actual machine build on your floor — not a generic demo cell.
Your Controller Platform, Not a Generic One
Whichever PLC, motion controller or CNC brand your machines actually run — Siemens, Rockwell, Beckhoff, Fanuc or otherwise.
Export & Compliance Awareness Built In
Where relevant, CE, UL and safety-standard requirements are woven into the workshop, not treated as a separate topic.
A Documented Skill-Gap Report
Every workshop closes with a written assessment of what was addressed and what may need a follow-on session.
A high-speed motion machine and a process-integrated machine don't need the same training.
For High-Speed Motion Machines
Focus on servo tuning, electronic camming/gearing, multi-axis synchronization and motion-bus communication — the skills that matter when cycle speed and positional accuracy define the product's competitiveness.
For Process-Integrated Machines
Focus on multi-zone temperature control, closed-loop pressure/hydraulic control and safe sequencing between process and discrete logic — the skills that matter when the machine is really a small process plant on a frame.
Building for export means designing to someone else's safety rules too.
Compliance with the EU Machinery Directive — risk assessment, safety-related control design and technical documentation before a machine can legally ship to Europe.
Electrical and control panel compliance for machines destined for the US market, covering wiring practices and component listing.
Machinery risk assessment and safety-related control system design — the technical backbone behind both CE and general safe-machine design.
Matched to your machine and its destination market.
What to expect before you request an assessment.
| Format | On-site at your facility, or a hybrid of on-site and NCVT centre sessions where appropriate |
| Audience | Design, controls, assembly, commissioning and field-service teams — sized to your cohort |
| Duration | Fully customized — from a focused 1-day session to a multi-week rollout across teams |
| Curriculum | Built after machine & control assessment — no fixed syllabus; matched to your machine tier and controller platform |
| Included | Machine assessment, custom curriculum, on-site delivery materials, and a documented skill-gap close-out report |
| Getting Started | A short scoping call, followed by an on-site assessment visit to confirm program design and pricing |
Tell us what you build. We'll design the workshop around it.
Start with a scoping call — no fixed package, no generic syllabus.