2026-06-09+00:00 07:37:03+00:00 215000 RES-0001 selec-w ORG-0003 ORG-0003 TEN-0001 t-sme 1 CON-0001 LOT-0000 TEN-0001 215000 no TPA-0001 LOT-0000 KRONOS/ TAU/2575/2026 CON-0001 2026-05-11Z 2026-06-09Z Upgrade of Printer for 3D electronics fabrication. ORG-0003 TAU/2575/2026 TEN-0001 TPA-0001 ORG-0002 29 https://www.markkinaoikeus.fi ORG-0001 Markkinaoikeus Radanrakentajantie 5 Helsinki 00520 FI1B1 FIN 3006157-6 +358 295643300 markkinaoikeus@oikeus.fi https://www.kronos-mct.com sme ORG-0002 KRONOS Mechatronics GmbH Fürther Strasse 246c Nuremberg 90429 DE254 DEU DE449962523 info@kronos-mct.com false false http://www.tuni.fi/en ORG-0003 Tampere University Foundation sr Tampere 33100 FI19B FIN 2844561-8 Arto Heikkilä +358 2945211 hankinnat@tuni.fi http://hankintailmoitukset.fi ORG-0004 Hansel Oy (Hilma) Mannerheiminaukio 1a Helsinki 00100 FI1B1 FIN FI09880841 eSender 029 55 636 30 tekninen@hankintailmoitukset.fi 00397765-2026110/20262026-06-10+02:00 2.3 eforms-sdk-1.13 a6a41eec-9333-40b3-b4e9-73c24812debb 1bc69052-1c7a-4d01-8523-a211bde091f7 2026-06-09+00:00 07:37:02+00:00 01 32014L0024 can-standard ENG body-pl education ORG-0003 ted-esen ORG-0004 neg-wo-call f53e6671-d302-48f9-856c-9b6beab58562-01 technical BACKGROUND INFO The Laboratory for Future Electronics (LFE), led by Prof. Matti Mäntysalo at Tampere University, investigates technologies and solutions related to energy-autonomy (storage and harvesting), sensors, conformably wearable electronics (soft/stretchable, on-skin, textile), and hybrid system integration. Strong emphasis is placed on scalable, low-cost manufacturing methods such as printing as well as the integration of printed components and circuits with more conventional component assembly methods. LFE explores also new device and circuit approaches based on printable organic and metal oxide semiconductors. NEED The research group has a Neotech PJ15X BT 3D printer (in use since year 2021). It combines multiple printing technologies with 5-axis motion control enabling complex 3D printing. It is suited for R&D, prototyping and product development operations. Its motion range is 400-300-140mm (X-Y-Z). The raw materials can be introduced by single and two component dispense heads, high viscosity piezo jet head or aerosol print system allowing line printing down to 20 µm. It also includes a 3D printing FDM (fused deposition modeling) module. However, users are increasingly meeting the limits of the current equipment: • Challenges in controlling the edges and border areas to get homogeneous ink layers • No UV or IR curing • Limited design ability with the current program • Problems with tool calibration • Missing substrate camera for print analysis CONCLUSION FOR DIRECT AWARD 3D Printed electronics related assets/technology of former Neotech AMT GmbH is nowadays owned and operated by KRONOS Mechatronics GmbH. The Kronos/Neotech upgrade of PJ15X to Helios Printed Electronics System meets requirements for fabricating complex 3D electronics circuits. It fits also within project budget (PII FIRI) limitations. Although printers suitable for 3D electronics fabrication are available from other companies (Octomec Inc, nScrypt Inc.), they do not meet the requirement for compatibility with existing equipment. The selected device from Kronos/Neotech will allow to use the same frame, single and two component fluid dispensers, piezo jet head, aerosol jet dispenser, 3D FDM module and temperature controller. These will be serviced at Kronos while the new equipment is installed. The upgrade includes a new platform enclosure, redesigned electrical and mechanical interfaces containing new holders and connectors for existing toolset, a new compact rotary swivel unit (4/5th axis), a laser-based tool calibration unit, a substrate camera for advanced vision operations with print analysis, an upgraded real-time control system, an upgrade to Aion-5X CAD/CAM software as well as UV and IR light curing with closed-loop-control. TAU/2575/2026 Upgrade of Printer for 3D electronics fabrication Contracting authority (Tampere University) is publishing direct award notice for 'Upgrade of Printer for 3D electronics fabrication'. supplies 38000000 FI19B FIN LOT-0000 false no-eu-funds fix-tot 100 quality Quality Uniqueness of offering (quality). . ORG-0001 true false none none TAU/2575/2026 Upgrade of Printer for 3D electronics fabrication Contracting authority (Tampere University) is publishing direct award notice for 'Upgrade of Printer for 3D electronics fabrication'. supplies 38000000 FI19B FIN 2026-06-09Z UNLIMITED 2000-01-01Z