Automation engineered around your process.
From individual systems to integrated production solutions, we engineer automation around throughput, reliability and the way your plant actually operates.
Explore solutionsStart with the problem, not the product
Each engagement begins on the shop floor. We map the constraint, define the approach, then select the technology — in that order.
01
Automated Assembly
Problem
Manual assembly stations vary operator to operator, and quality escapes are found only at the end of the line.
Approach
Stations are re-engineered around the part: fixtures locate it, automation performs the operation, and verification happens in the same cycle.
Technology
Application
Sub-assembly and final assembly stations in engineering and automotive manufacturing.
02
Material Handling
Problem
Parts, bins and pallets are moved by hand between machines, creating bottlenecks, damage and ergonomic risk.
Approach
Transport is designed as a system — conveyors, transfer trolleys and handling equipment matched to the load, layout and throughput.
Technology
Application
Plant internal logistics, line feeding, warehouse and dispatch operations.
03
Robotic Integration
Problem
A robot alone does not solve a production problem — the cell around it does.
Approach
MVTECH engineers the complete cell: layout, tooling, fixtures, indexing, safety and line interface, with the robot as one element of the system.
Technology
Application
Machine tending, welding, handling and inspection cells.
04
Vision Inspection
Problem
Visual checks depend on operator attention, and defects reach the customer.
Approach
2D or 3D vision is placed at the point where the defect is created, with tools configured for the specific feature, and a pass / fail decision fed back to the line.
Technology
Application
Defect detection, presence-absence, dimensioning, assembly verification.
05
Traceability & Marking
Problem
Components cannot be traced back to the batch, machine or operation that produced them.
Approach
Permanent marking is applied in-process by laser or dot peen, then read back by scanners so every part carries a verified identity.
Technology
Application
Serial numbers, logos and traceability codes on metal and plastic components.
06
Gauging & Quality Control
Problem
Measurement happens offline, so a drifting process is discovered long after the parts are made.
Approach
Smart auto gauging and auto run-out systems using laser and camera sensors bring measurement into the cycle and log the result.
Technology
Application
In-line gauging, run-out measurement and process control.
07
Special Purpose Automation
Problem
The operation is specific to your product, and no standard machine on the market performs it.
Approach
A machine is engineered from first principles — structure, motion, tooling, controls — and proven against the real part before dispatch.
Technology
Application
Pressing, joining, testing and process-specific stations.