Custom automation
Automation Built Around Your Process
Custom equipment for medical roll converting, machine vision, robotic handling and production-line integration.
Solution map
From sensing to finished automation
Vision, controls, robotics and delivery are engineered as one system. Select a node to see what each stage covers.
Abstract engineering diagram, not a depiction of any facility or machine.
01 / Vision
Vision
Sensing for inspection, measurement and guidance: machine vision, X-ray and electroluminescence imaging with AI defect recognition.
- Machine vision inspection
- X-ray and EL imaging
- Vision-guided positioning
Product families
Four equipment families, one engineering approach
Choose the family closest to your process. Every machine is configured around your material, part and target cycle.
- 01
Medical Roll Converting
Rewinding, unloading and slitting
Rewinding and slitting equipment for medical elastic fabric and roll materials, from semi-automatic machines to automatic rewind, unload and slitting lines.
3 models in this family - 02
Machine Vision & AI Inspection
Detect, classify and reject
Vision and AI inspection systems for dimensional checks, surface and internal defects, sorting and rejection on production lines.
3 models in this family - 03
Custom Automation Equipment
Purpose-built process machines
Purpose-built assembly, segmentation, splitting and conveying equipment engineered around a specific part, material and cycle target.
4 models in this family - 04
Robotic Handling & Integration
Robots, cells and line integration
Robotic handling, assembly, palletizing and welding cells, integrated with conveying, sensing and control into a working production line.
4 models in this family
Featured equipment
Selected machines from the supplied range
A closer look at representative equipment. Parameters are defined per project unless a qualified reference value is shown.
Medical Roll Converting
Medical Elastic Fabric Rewinding Machine
An automatic rewinding machine for medical elastic fabric. Roll format, width, tension behaviour and core handling are defined from your material and sample during the project review.
View equipment detailsMachine Vision & AI Inspection
X-ray AI Defect Inspection and Rejection System
An inspection system that pairs X-ray imaging with AI defect recognition and automatic rejection. Defect types and acceptance criteria are defined with you from samples.
View equipment detailsCustom Automation Equipment
Motor Magnet Assembly Line
A custom assembly line for fitting magnets into motor components. Station sequence, part feeding and checks are engineered around your motor part and target cycle.
View equipment detailsRobotic Handling & Integration
Robotic Automatic Welding Cell
A robotic welding cell combining a welding robot, positioning and control. Weldment, joint type and cycle target decide the final configuration.
| Rated payload | 6 kg |
|---|---|
| Repeatability | ±0.08 mm |
| Power | 1.7 kVA |
| Body weight | 170 kg |
Historical values from a supplied parameter sheet for one model and configuration. They are not a universal specification for every welding cell; final values are confirmed in the proposal.
Application experience
Where this equipment is applied
Project tasks drawn from the supplied technical portfolio, grouped by industry.
Selected technical portfolio supplied for this project
Schematic — project photography not supplied Power grid
Power Grid Inspection and Repair Robot
A robot platform for inspection and repair work on power grid assets.
Schematic — project photography not supplied Motors and magnetics
Motor Magnet Assembly Line
An assembly line for fitting magnets into motor components.
Schematic — project photography not supplied Food processing
Sausage Intelligent Segmentation System
A segmentation system for sausage product within an automated line.
Schematic — project photography not supplied Mechanical components
Gear Vision Inspection and Sorting
Machine-vision inspection and sorting of gear parts.
Schematic — project photography not supplied Packaging and logistics
Robotic Palletizing and Line Integration
A robot palletizing cell integrated with the upstream line.
Schematic — project photography not supplied Photovoltaics
PV Cell Splitting and Conveying
Automatic splitting of photovoltaic cells with a conveying line between stations.
Engineering collaboration
Five steps from your requirement to delivery
A predictable sequence keeps drawings, samples and decisions in one place.
- 01
Requirement review
Part, material, samples, target cycle and site conditions are reviewed together.
- 02
Concept and feasibility
A working concept and the main process risks are agreed before design starts.
- 03
Design and integration
Mechanism, electrical control, vision and robot integration are developed as one system.
- 04
Trial and acceptance
Material or sample trials and acceptance criteria are confirmed against your scope.
- 05
Delivery support
Packing, shipment coordination and commissioning support are planned with you.
Engineering capability
One team across mechanism, controls, vision and robots
Keeping disciplines together reduces hand-offs between design, programming and commissioning.
- Mechanism design
- Frames, rollers, conveying and tooling designed around your material.
- Electrical control
- PLC and motion control matched to the machine and your line.
- Vision and AI inspection
- Cameras, lighting and inspection logic specified for your defects.
- Robot integration
- Handling, palletizing, assembly and welding cells with fixturing.
Project context
Industries covered by the supplied portfolio
Sectors where the portfolio documents equipment projects. This is not a list of direct customers or partners.
Selected technical portfolio supplied for this project
- Power grid
- Motors and magnetics
- Food processing
- Mechanical components
- Packaging and logistics
- Photovoltaics
- Fabrication
- Inspection
Before you enquire
Questions engineers and buyers ask first
Grouped by what you are trying to settle. If your question is not here, send it with your drawing.
Send the part drawing or sketch, material description, target cycle time or daily output, quantity of sets, and any site constraints. Photos or video of the current process help when you are replacing a manual step.
Yes. A physical sample or clear photographs plus the material description is enough to begin a feasibility discussion, although drawings shorten the review.
PDF, DWG/DXF and STEP are commonly used. If you only have another format, mention it in the form and we will confirm what can be opened.
The supplied portfolio spans medical roll converting, photovoltaic processing, power grid robotics, food processing, motor components, gear parts, palletizing and welding.
Still unsure? Send your requirement.
News
Technical notes and updates
Project review
Send us the part, the material and the cycle you need to hit.
Share drawings, samples or process requirements. Our engineers review feasibility and reply with a focused proposal.
Request a Project Review