Machine assembly
Assembly and commissioning of units and machines to customer specifications. We deliver full-cycle projects – from part manufacturing to an assembled, working machine.
Technical information
Examples of assembled machines
This service brings all our other competences together into one result: a working machine. Parts are made in our own workshop, assemblies are welded and put together on site, and final commissioning takes place before handover to the customer. By then the machine has been tested, not just assembled.
The main advantage here is organisational rather than technological. When one supplier makes the parts and another assembles them, any dimensional mismatch starts a discussion about whose fault it is. When the whole cycle is done in one place, that conversation simply doesn’t happen – if we spot an issue, we rework the part ourselves and carry on.




What does machine assembly include?
How do we handle orders?
Enquiry
We carefully review the 2D drawings, 3D models and technical specifications you provide, and assess the part geometry and material properties.
Quotation
We agree on the manufacturing technology, tolerances, quantities and lead times, and provide an accurate quotation. Once the order is confirmed, the project goes straight into our production schedule. If needed, we also arrange additional services (heat treatment, anodising, galvanising, etc.).
Production
We manufacture using modern equipment. To ensure full compliance with the technical requirements, we carry out strict measurement and quality control both during and after machining.
Logistics
We pack products securely to protect surfaces from damage and deliver them to the agreed address on time.
How to submit an enquiry
The more precise your enquiry, the faster you get a price. A drawing and the quantity are usually enough, but if you have more information, send it straight away – it saves extra questions.
What to provide
Useful to include
We treat drawings and technical information as confidential – we do not share them with third parties or use them for other orders.
Frequently asked questions
A project starts with clarifying the task – what the machine must do, under what conditions and with which materials. If technical documentation exists, we work to it; if not, we prepare it ourselves.
Next, the components are made – most of them in our own workshop, with standard parts purchased. Once assembled, the machine is commissioned and tested, and handed over to the customer checked and ready for operation.
We design and assemble machines in Kaunas – for customers in Lithuania and across Europe.
When one supplier makes the parts and another assembles them, responsibility for the final result gets diluted – if dimensions don’t match or a unit doesn’t work, the discussion turns to causes. When the whole cycle is done in one place, responsibility stays single and clear.
The practical advantage is even simpler: if we spot an issue during assembly, we rework the part in our own workshop until it is right – no extra coordination, shipments or waiting.
Yes. Some of our projects start not with documentation but with a task: the customer knows what needs to be done but has neither drawings nor a solution. In that case we design the structure ourselves, agree it with you and only then start production.
This also covers cases where an existing machine needs to be replicated or improved – we recreate the documentation from the existing unit and manufacture a replica.
Yes. The assembled machine is commissioned and tested in our workshop until it reaches the intended operating mode. If needed, customer representatives can attend the tests – so any issues are visible and fixed before shipment.
We agree on the handover procedure, warranty terms and, if needed, commissioning at the customer’s site before the project starts, so that nothing is unclear later.
Have a project?
Share your project requirements by email and we will prepare a tailored quotation. We are also happy to advise on early-stage projects – helping you assess needs and options and find the optimal solution.