The new EH Series is the latest addition to the Spark Family. Setting the highest standards in the realm of all-electric performance, the EH Series harmoniously unites the best of two worlds: electric and hydraulic. It marks the advent of next-generation all-electrics, making them available to you today.
Reap the benefits of both electric and hydraulic drive trains for additional applicability without sacrificing precision and performance.
Reap the benefits of both electric and hydraulic drive trains for additional applicability without sacrificing precision and performance.
Stability and repeatability at high speed for even the most demanding applications.
SPARK EH Series efficiently combines electric and hydraulic drive trains. The precision and performance of electric drives govern the overall operations, while the power and flexibility of hydraulics are harnessed for core pulling. With the EH Series, you get the best of both worlds, ensuring uncompromised power and control.
One machine to make them all – from ultra-thin parts requiring ultra-fast speed and responses, to ultra-thick parts demanding rock-solid stability under low-speed and prolonged high-pressure conditions.
Auto Stress Release System (ASRS) is a revolutionary technology that, again, employs high-speed computer algorithms that dynamically monitors via high-speed digital pressure transducers, the actual motion of the injection screw (<1ms scan time).
Then computer controller makes real-time adjustments to the motion of the screw when detecting motions that may lead to accumulation of internal stresses on the part – typically the No.1 enemy of high yields and the No.1 reason for rejects.
Marriage of a proprietary ultra-high-response servo system with very-high-speed advanced computer control, yielding no-compromise levels of responsiveness — from zero to 2000 rpm in less than 30 ms! That is ten times faster than traditional all-electric machines (300 ms) in the China market!
15″ touch-screen, easy-to-use HMI with user-friendly UI – power at your fingertips.
Algorithmic Cross-Protection (AxP) is based on high-end electronics, fine-tuned mechanical design and high-speed computer algorithms, it provides total protection to the mould during high-speed clamp closing by monitoring and adjusting, in real-time, the dynamical motions of the clamping ball-screw.
Patented Circular Platen design and High-strength Machine Base Designed In Japan ensure even stress distribution and low deformations for higher quality parts and superior dimensional stability. The Tail Platen Adjustment Mechanism offers high stability with low friction.
Tail Platen Adjustment Mechanism for Low friction and high stability
High-strength Machine Base Designed in Japan
Tie-bars are detached from the moving platen, eliminating friction and noise
Named-brand high-precision pressure transducers ensure the finest performance and protection levels
High-precision linear guide rails
for injection and clamping units
Specialty-developed IPM servomotor with fast response, large torque, low noise and mild temperature profile
Euromap-style ejector support, wide applicability for different moulds
Centralised automatic lubrication system.
No manual control needed. No mistakes.
No wastage. Fit for clean-room environments
SPARK EH Series
0.22kWh/kg
Regular 100T
0.25kWh/kg
more power efficient (and thus less cost to run) than regular competition offerings for the same productivity.
SPARK EH Series
63.5dB
Regular 100T
67.5dB
Our patented platen design, paired with a low-noise servo system and advanced control algorithms, delivers silky-smooth motion. This makes our offering not only quieter but also greener than competing alternatives.
High-end linear guide rails for moving platen
No linear guide rails
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