Industries where precision isn't optional

Tech Group builds machines for technology companies operating where precision, traceability and reliability are non-negotiable.

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Our customers develop machines where small errors have big consequences. Working to that standard for twenty years has shaped how we engineer, buy and test.

The same disciplines that work for a photonics OEM also serve a pharma equipment manufacturer or a semiconductor inspection supplier. Below are the five markets we know best, and what we typically build for customers operating in each of them.

01

Photonics Technology

Opto-mechanical systems for photonic device assembly and testing

Photonic device assembly operates at sub-micron precision levels, where even minor mechanical variation affects optical performance. We build the opto-mechanical systems that are used to align, attach, and test photonic components at production scale. The machines are used in the assembly of photonic integrated circuits, fibre coupling systems and laser diode modules. We are a member of the European Photonics Industry Consortium (EPIC).
02

Semiconductor Technology

Precision equipment for wafer-level and packaging processes

Semiconductor equipment demands mechanical precision in the nanometre range, contamination control, and repeatability. Our experience spans chip inspection systems, wafer-level test equipment and advanced semiconductor packaging machinery.
03

Laboratory & Life Sciences

Automated systems for diagnostics, laboratory instrument and life sciences equipment manufacturers

We build complete machines for companies developing diagnostic production equipment, laboratory instruments and life sciences automation systems. This covers lateral flow diagnostic assembly lines, pharmacy dispensing robots, pharmaceutical isolators and laboratory instrument production lines.
04

Additive Manufacturing

Precision machinery for next-generation additive manufacturing equipment

Additive manufacturing is producing a new generation of equipment companies: building machines that print electronics, deposit nanomaterials and fabricate photonic interconnects at scales previously achievable only in research environments. Our customers work in 3D nano-printing, ultra-precise material dispensing and printed electronics.
05

Testing & Measurement

Automated test, inspection and metrology equipment

Testing and measurement equipment sits at the intersection of mechanical precision, optical systems and software. We build automated optical inspection cells, metrology stations and end-of-line test equipment for global testing equipment manufacturers.

References

All references
Photonics

Photonics Assembly & Test Systems

For a leading European photonics OEM

Build-to-print and engineering partner for a series of photonic assembly and test machines, covering procurement, precision assembly, testing and worldwide shipping.

Test & Measurement

Electron Beam Material Testing Systems

For an e-beam system provider

Redesigned and built a series of electron beam based laboratory systems for material testing, to the customer's design guidelines and specification.

Additive Manufacturing

Delta Printing System

XTPL S.A.

Build partner for the XTPL Delta Printing System, a micron-resolution additive printing platform for prototyping and low-batch production of printed electronics.

Life Sciences

Robotic Warehouse Systems for Pharmacies and Hospitals

For a healthcare automation provider

Automated Dispensing Systems (ADS) for pharmacies and hospitals, including project-based engineering, machine building, installation at the end customer's site and spare part deliveries.

Photonics

Photonic Wire Bonder Production

For a photonic integration and packaging company

After the customer built the first prototypes of their novel photonic wire bonder, we set up the supply chain and brought cost and delivery times down so they could scale production. We remain as engineering and production partner.

Test & Measurement

Automated AR Waveguide Image Quality Tester

For an optical metrology company

Engineering and production partner for an automated test system that measures the image quality of AR waveguides, using an optical replica of the human eye to see the waveguide as a wearer would.

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