Our Technology Stack

We bring production technologies together
with engineering discipline

LEMAC combines machine design, production processes, automation, and software in a single engineering flow.

Approach

Our Technology Approach

Every project starts by reading the production need first. Then the mechanical structure, prototype, automation, and software are solved under one roof.

Engineering

Mechanical structure, motion system, and process design are built around the need.

Prototyping

Ideas become fast prototypes and working machines.

Automation

PLC, HMI, sensors, and safety infrastructure are designed together.

Software

Control screens, recipes, and data tracking are developed per project.

Engineering and technical drawing process

Design Infrastructure

Design and Engineering Infrastructure

LEMAC reads the problem before it measures it. Geometry, ergonomics, serviceability, and manufacturability are evaluated at the same table.

3D mechanical design
Product-specific tooling and fixture
Machine body and mechanism
Motion system and axis architecture
Transfer to production

Production

Prototyping and Production Capabilities

Design does not stay on screen; it turns into production through CNC, custom machine setups, and testing.

CNC machining
01

CNC Machining

Precision parts, mechanical prototypes, and custom production details.

Custom machine
02

Custom Machine

A functional machine body and mechanical structure built around the project need.

Assembly and testing
03

Assembly and Testing

Installation, tuning, testing, and commissioning are handled by one team.

Automation

Automation and Control Technologies

The control cabinet, PLC, sensors, and safety architecture are designed together with the production target.

PLC-controlled automation HMI operator panels Servo and step motor systems Sensor and safety infrastructure Pneumatic and valve control Production recipe management
Control panel and automation cabinet

Software

Software and Digital Interfaces

Interfaces are designed to be simple, fast, and suitable for field use.

Machine HMI Interfaces

Simple and clear control screens for the operator.

Recipe and Parameter Management

Saved settings and recipes that speed up product changeovers.

Camera and CNC Integration

Image processing and motion control come together in one screen logic.

Production Tracking Screens

Provides data tracking, status monitoring, and performance visibility.

Development Process

AI-Assisted Development Approach

AI-assisted tools are used in design evaluation, software development, and technical documentation processes.

Design Alternatives

Mechanical and visual alternatives are compared more quickly.

Software Development

Interface, data, and logic development speed up.

Technical Documentation

Usage and maintenance content is prepared faster.

Image Processing

Camera-based analysis and calibration processes are supported.

Development Process

Integrated Project Development Flow

Design, prototype, automation, and testing are managed by one team; language and quality stay consistent throughout the project.

1
Understand the Need Site, process, and goals are clarified.
2
Concept Technical approach and architecture are selected.
3
Design Drawing, modeling, and screens are prepared.
4
Production Parts, body, and wiring are produced.
5
Commissioning Installation and tuning bring the system to life.
6
Support Updates and remote support continue.

Let’s Develop Your Production Technology Together

If you are planning a new machine, automation, custom design, or production tracking system, we can evaluate it together.