allSMT develops cross-technology solution concepts for SMT, SMD and THT manufacturing environments. The focus is on economical production lines, stable material flow, process reliability and scalable automation.
Whether you are planning a new line, expanding an existing production setup or optimizing selected process steps, we combine machinery, material supply, visualization, intralogistics and process know-how into one coordinated overall concept.
Many electronics manufacturers are not facing just one machine issue. They are dealing with several bottlenecks at the same time. This is exactly where holistic total line solutions create real value.
Unclear storage processes, long search times and a lack of transparency slow down production and increase downtime.
Manual THT processes, handling or internal transport consume time, manpower and process stability.
If cycle times, handover points and layout do not fit together, unnecessary bottlenecks arise.
Missing protection measures, insufficient inspection or unsuitable process setup increase scrap and rework.
Large PCBs, special assemblies or demanding environments require dedicated solutions instead of standard approaches.
Without clear real-time data, downtime, bottlenecks and efficiency losses often remain unnoticed for too long.
The following solution areas form the foundation of a modern, efficient and future-ready electronics manufacturing environment.
Automated storage systems, material supply, internal transport and digital transparency help create faster replenishment, structured workflows and lower downtime.
From PCB handling, solder paste printing, placement and reflow to AOI, we develop coordinated SMT line concepts for throughput, quality, automation and scalability.
Automated THT insertion and downstream soldering processes help manufacturers process large or power-related components more economically, precisely and consistently.
Conformal coating protects assemblies against moisture, dust, chemicals and demanding environmental conditions. It is especially relevant for automotive, aerospace, medical and other high-reliability applications.
Special solutions for large-format PCBs and long-board applications, including handling, printing, placement, reflow, buffering and transport technology.
AI-based monitoring, spatial intelligence and real-time transparency help reduce downtime, improve training quality and identify bottlenecks much faster.
Holistic solutions are not created by simply combining individual machines. They result from a coordinated interaction of processes, material flow, layout, data and technology.
We evaluate product mix, throughput, components, workforce, floor space and existing processes.
Based on this, we develop a suitable line, automation or logistics concept for your production.
Machines, handling, material supply and process logic are combined into one coordinated overall system.
After implementation, we support fine-tuning, scaling, transparency and long-term process stability.
Instead of supplying isolated machines, allSMT combines line planning, automation, material flow and process expertise into working overall systems for electronics manufacturing.
SMT, THT, conformal coating, material flow and production optimization are considered together instead of in isolation.
Concepts are adapted to real requirements such as takt time, product changes, quality targets, layout and budget.
The goal is a solution that works in practice and creates measurable value, not just a good concept on paper.
From the first project idea to the final production solution, allSMT supports you in a structured and solution-oriented way.
The most important questions about line planning, automation, material flow and production optimization in electronics manufacturing.
It refers to coordinated overall solutions for electronics manufacturing, from SMT and THT to material flow, conformal coating and data-driven production optimization.
Whenever several process steps are interconnected, for example in new lines, capacity expansions, layout issues, material shortages, format changes or recurring quality losses.
No. Many projects start with the optimization of existing manufacturing environments, for example through improved material supply, THT automation, conformal coating or better transparency in ongoing processes.
Depending on the project, this can include PCB handling, solder paste printing, SMT placement, reflow, THT processes, coating, material storage, intralogistics, software, traceability and AI-supported analytics.
That is exactly what this overview page is for. If material flow, line balance, manual work and quality issues are interconnected, a coordinated overall concept is usually more effective than a single product.
Yes. Many projects involve expansions, retrofits or the targeted addition of individual process steps such as warehouse automation, THT automation or long-board handling.
We support you in evaluating your current setup, selecting the right technologies and developing an economical, scalable concept for your electronics manufacturing environment.