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Feasibility studies and start-ups
Our Tooling solutions are also interesting for feasibility studies and start-ups. Those kinds of processes usually don’t require a complete modular platform. A more manual approach to the production process makes it possible to combine hand tools with a partially automated machine. This still makes your process more efficient and keeps costs down.
Why machine accessories and spare parts at GTE?
Tooling cart
Looking for a tailor-made tooling cart for the parts of your machine? At GTE, we regularly develop tailor-made carts for all size parts of all kinds of machines. We add more to them than the bare minimum; for example, we work with colour coding so that all parts that belong together are also grouped together.
Spare parts
We’ll draw up a list together showing all spare and wear-sensitive parts that are important to have in stock. This ensures that maintenance staff can repair the machine quickly and you have as little downtime as possible.
Tooling
GTE develops tooling for all kinds of processes – from interchangeable parts to grippers for robots or cobots. Our tooling solutions are also suitable for start-ups and clinical trials: a clinical trial’s production processes can be (partly) manual and automated later on.
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Spare Parts
An important aspect of the design and production process of machines is the preparation of a spare parts list. This list usually includes wear-sensitive parts, which are useful to have in stock. We’ll look together at which parts to include on the list – which can also include regular parts. Parts on this list can be ordered through GTE, but also directly from the supplier. This means you aren’t dependent on GTE.
Looking for something different? Take a look at GTE Custom-Made!
Are you looking for a specific machine that hasn’t been listed on our website? Take a look at GTE Custom-Made! GTE Custom-Made is a line of machines designed for specific purposes and fully customised to your needs.
Our customers
Discover our knowledge & inspiration
Whitepaper: Everything about vision systems in the pharmaceutical and medical industry
Precision and accuracy are extremely important. Whether they are used for correctly labeling products, or verifying the integrity of packaging, vision systems play a crucial role in any production process. What are their strengths and limitations, how do you prepare for their implementation, and what will the future look like in terms of, for example, AI? We are happy to help you get started; download the free whitepaper!
The Importance of IQ, PQ, and OQ in Machine Construction for the Pharmaceutical and Medical Industry
In the pharmaceutical and medical industries, developing machines that meet the highest quality and regulatory standards is essential. Therefore, the steps of IQ (Installation Qualification), PQ (Performance Qualification), and OQ (Operational Qualification) are followed during the construction of these machines. These qualification tests ensure that machines meet the required standards for installation, operation, and performance, and they are a critical part of the validation process.
At GTE Engineering, we use a traceability matrix and provide support with FAT (Factory Acceptance Test) and SAT (Site Acceptance Test) protocols to make the validation process structured and efficient. This approach guarantees that all requirements are documented and that the machines meet the highest standards in the pharmaceutical and medical industries.
The LAP-C with Mecademic robot
GTE designed and built the LAP-C. A circular platform for assembling and/or packaging medical products. When we design the LAP-C as an assembly machine, we often use a Mecademic robot.
High mix low volume manufacturing
In the pharmaceutical industry, there is a growing demand for high mix low volume manufacturing (HMLV). HMLV signifies that medications and medical devices are increasingly being personalized, tailored more specifically to the patient: a greater variety of medical products combined in smaller quantities.
3D printing in engineering– thinking out of the box
Years ago, in 2001, GTE engineering embraced 3D printing for the creation process of its exclusive machines. Until then it was science fiction. Today we can no longer live without it. How do we use 3D printing at GTE and what advantages does it have?
What is ‘Smart Customization’?
ETO, CTO and Smart Customization. Terms that are more often used in mechanical engineering. But what do these terms mean? Everyone working in mechanical engineering should know what development these words describe.
Questions about Spare Parts and Tooling?
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