Automation that keeps production moving.
Machine Vision
Camera-based inspection systems for presence, defects, dimensions, codes, text, position and assembly verification. Inspection logic, optics, lighting, handling and reject control engineered as one system.
Track & Trace
Barcode, QR and RFID-enabled traceability from device-level capture through line, site and enterprise integration. A reliable digital thread connecting identity, process events and production records.
Automation & Control Panels
PLC, HMI, SCADA, drive and electrical control engineering for machines, production lines and process systems. Control architecture designed around the process, operator and maintenance requirement.
Cobots & Robotics
Collaborative and industrial robotic cells for handling, tending, inspection, assembly and palletizing applications. Robot, gripper, vision, guarding, controls and process equipment integrated around the production task.
A camera result must reach the PLC. A robot must coordinate with the machine. A serial number must remain connected to the production event. Smidnya engineers those interfaces as one system.
The value is in how everything works together.
Electrical engineering
Panel architecture, I/O, power distribution, drawings and component selection.
PLC & motion programming
Sequence, interlock, drive, servo and machine-control software.
HMI / SCADA development
Operator control, alarms, recipes, trends and production visibility.
Vision engineering
Feasibility, optics, lighting, image processing and inspection logic.
Robot integration
Robot programming, tooling, sensing, safety and machine interfaces.
Data integration
Identity, event and result exchange across devices, lines and plant systems.
Designed around your process.
Production conditions, quality risks and data requirements differ by industry. The engineering should reflect that.
Automotive
Traceability, inspection, controls and robotic handling for vehicle and powertrain production.
Auto Components
Part verification, measurement, assembly checks and production automation.
Pharmaceutical
Serialization, aggregation, code inspection and controlled production workflows.
Packaging
Printing, labeling, inspection, feeding, handling and line controls.
FMCG
High-throughput inspection, identification and production-line automation.
Electronics
Presence, orientation, assembly and precision handling applications.
Electrical Manufacturing
Panel, component and assembly inspection with production controls.
Engineering
Custom machine automation, retrofit, inspection and handling systems.
Start with the production problem.
Identify the check, action, interface and acceptance criteria before equipment selection.
Barcode & QR Inspection
Verify presence, content and readability of production codes.
OCR / OCV Inspection
Read or verify printed characters against expected production data.
Vision-Based Component Measurement
Measure defined component features using calibrated imaging.
Surface Defect Detection
Detect defined marks, damage or surface variation under controlled imaging.
Part Presence Inspection
Confirm required parts, features or packaging elements are present.
Assembly Verification
Check orientation, sequence or completeness before the next process.
From the production device to the business system.
Smidnya connects sensing, control, inspection, identity and production data across the layers your application actually needs.
- L5 Enterprise interface — ERP, business and reporting systems
- L4 Site operations — MES, databases and plant visibility
- L3 Line coordination — Recipes, genealogy and work-centre logic
- L2 Machine control — PLC, HMI, motion and safety
- L1 Device layer — Cameras, scanners, sensors and identification
Consumer Goods Vision Inspection
A published Smidnya project note describes camera-based inspection integrated with an existing toothbrush manufacturing setup to identify defined production faults.
Application: Camera-based defect inspection. Published technologies: Industrial imaging, inspection software and existing-line integration.
Useful thinking for better project definitions.
Full Traceability of EV Batteries
A guide to data points that support battery identity and production-history tracking.
Traceability data model
Battery identity, origin, manufacturing data, transport, storage, assembly and recycling events are useful categories when defining a lifecycle traceability model.
Engineering considerations
The practical architecture must define identifiers, event ownership, capture points, system interfaces, data retention and exception handling.
Inside Smidnya Technologies
An overview of Smidnya’s automation, controls, traceability and vision capabilities.
Industrial automation focus
Published Smidnya material describes work across cobots, PLC control panels, track and trace, feeding systems and machine vision.
System-integration approach
The project scope may combine controls, inspection, data, product handling and commissioning around a manufacturing application.
Control Panel Components & Industrial Automation Essentials
A practical introduction to operator devices and common control-panel essentials.
Control panel essentials
Operator devices such as indication lamps, push buttons, selector switches and panel meters support daily machine operation and maintenance.
