What You Shoud Visit at TMTS 2026
30 | Technika & trh | special edition
OSCARMAX presents at TMTS 2026 not as a
standalone machine exhibitor but as one half of an
integrated manufacturing demonstration, partnering
with Jeenxi Technology to showcase a complete
smart production cell that spans rough machining,
electrode production, and precision EDM nishing
within asingle automated workow.
The cell is built around three machines working
in sequence. The UH-500 5-axis vertical machining
centre from Jeenxi Technology handles rough
machining and shape forming. Its 5-axis cutting
capability allows accurate processing of complex
geometries, inclined surfaces, and concave curves,
establishing theprecise alignment and dimensional
compatibi lity that thesubsequent electrode production
and EDM stages depend on. Once the UH-500
completes rough machining, the JHV-550 produces
electrodes with a high degree of conformity to the
nal product geometry. Thequality ofthese electrodes
is a direct determinant of what the EDM stage can
achieve, andthe tight geometric relationship between
rough machining andelectrode production isthe key
engineering insight behind thecell‘s architecture.
TheOSCARMAX EX500 EDM machine then performs
the nal precision nishing operations. A robotic
arm transfers the semi-nished workpiece from
theJHV-550 into theEX500 for micro machining that
includes chamfering, surface polishing, and high-
precision internal holes or intricate geometrical
features. Automated handling via robotic arm orAGV
ensures smooth transfer between all three machines,
minimising human error and eliminating waiting
time ateach handover point.
Smart programming based on 3D CAM models
ties the workow together at the software
level, automatically generating geometry
data, electrode corrections, edge alignment
parameters, and discharge sequences across
the full process chain. The reduction in manual
programming andintervention time between design
andmanufactured part issignicant, particularly for
the complex, multi-step components that this type
ofintegrated cell isdesigned toproduce.
Thearchitecture ofthe solution has been deliberately
designed with scalability in mind. SMEs can adopt
the system without committing to large-scale
production infrastructure, andfuture additions such
asbackup machines, inspection stations, ormachine
vision modules can be incorporated without
redesigning the cell. For manufacturers evaluating
the path from traditional individual-machine
operation toward integrated smart manufacturing,
theOSCARMAX andJeenxi demonstration atTMTS
2026 provides a practical, directly observable
reference point.
OSCARMAX
JEENXI TECHNOLOGY
30 | Technika & trh | special edition