Impact of Precision Temperature Control on Product Quality in Industrial Automation
Explore how precise temperature control using multi-zone PID loops, PLC integration, and advanced algorithms prevents defects and optimizes thermal stability.
I work on machinery manufacturing and refurbishment at Dereli Plast. I bring hands-on experience in technical preparation, machining and mechanical assembly to AI-assisted software and product development. Here I share the work, my contribution and its current stage.
Workshop photo · Mixer assemblyExplore how AI works through interactive 3D visuals and 12 sections. The learning content is in Turkish.
Explore the Learning SiteMy manufacturing work is grounded in Dereli Plast, our family business in plastics-processing and extrusion machinery. I distinguish my own contribution from the wider scope of team projects.
From manufacturing and automation to AI agent workflows, knowledge bases and GEO.

Hands-on technical preparation, machining and mechanical assembly within Dereli Plast.

Assessment of machine behaviour, operator needs and control requirements with the project team.

I assess the mechanical structure, maintenance needs and refurbishment scope of existing machines.

I consider how panels, drives and temperature control relate to the mechanical system within each project’s scope.
AI applications connecting models, company documents and tools in a single workflow. I design the scope, review points and output checks together.
Technical SEO, content structure and visibility measurement to help search engines and AI answers understand your content.
Engineering and AI applications across manufacturing, e-commerce and digital publishing.

Solutions for extrusion and similar processes where heat, drive control and operator interaction are handled together.

Control and monitoring for composite lines where consistency matters.

Solutions for non-standard production needs where mechanics and automation must be designed together.

Revision work that improves visibility and performance without total replacement.

Connecting manufacturing practice with AI-assisted document search, quotation preparation and repetitive office workflows.
Digital work connecting product and content information with AI-powered search, sourced content workflows and publishing automation.
Design and software projects, with their scope, my contribution and current stage.
My work connecting manufacturing experience with AI-assisted system design and software for large-format pellet-fed 3D printing.

VORMETRA Slice is an open-source project based on OrcaSlicer, with work on machine profiles and a programmatic control layer. Source and test records are linked in the open-source section; a digital slicing record does not establish a physical print test.
Notes and technical writing from the field — machines, automation, software and AI.
Share your requirements and intended scope through the contact form.
OPEN SOURCE / ENGINEERING EVIDENCE
Connecting slicing to other tools and making Windows maintenance inspectable: two problems, their implementations and recorded test runs.
ORCASLICER · PYTHON · FGF
G1000 profiles and a Python control layer on OrcaSlicer connect slicing to local software and agent workflows. Model preflight, job locking and process failures are handled through the same interface.
POWERSHELL · WINFORMS
A PowerShell/WinForms utility that makes Windows maintenance targets and changes inspectable. Cleanup categories, privilege checks and the read-only -SelfTest mode are defined separately.
CI links point to specific runs. The open-source page explains test coverage, licenses and the boundaries of physical validation.