CNC machines require regular maintenance and preventive measures. How do we secure fast and magical service for our customers around the world? With remote diagnosis, the only thing you need is a slight touch of an “Agree” button on the screen.

LCH’s Die Spotting Press & Tryout Press makes die inspection, calibration, and finishing easier. LCH provides equipment of high-precision and productivity to further increase the quality of dies and its product lines. 180° tilt function enables the operator to safely examine and verify both the upper and lower dies. Adjustments and fixes can also be done in more ergonomic positions.

The revolution of exotic advanced materials in semiconductor, aerospace, and other industries for mechanical demanding applications has resulted in machining challenges in CNC manufacturers. The challenges have become severer in semiconductor parts machining due to high surface integrity demand and the emerging trend of third-generation semiconductor materials like CVD-SiC, SiC wafer. They exhibit much excellent mechanical and chemical strength and show the extreme difficulty in machining. Consequently, subsurface damage and micro-cracks are easily generated due to of cutting force. Tool life Control also plays an essential role in production since continuous machining would lead to fatigue and crash in tools, which affect significantly in quality control.

With the development of new technologies, the machining precision requirements of transmission parts is getting higher than before. If the geometrical tolerance of parts is critical, such as runout, the servo drive table-up broaching machine provides more stable results as the cutting process is more stable and the broach retriever holds the broach to reduce vibration during broaching.

While COVID-related border closures undoubtedly had a huge impact on the global aerospace industry, the market is expected to get back on track as the pandemic begins to stabilize and has virtually unlimited potential for future growth. Manufacturing aerospace parts and components involves safety issues, so the precision and quality requirements are extremely strict. Taiwan’s manufacturing industry has thrived in this demanding environment for many years, due to the high-precision, high-efficiency machine tools it exports.

Produce meaningless text combinations for filling in the layout during typesetting, but it will not influence the judgment of the layout because of the meaning of the words. The appearance rate of text and punctuation is roughly in line with Taiwanese writing habits. I heard that many people who study typesetting use this tool.

​​​​​​​The market position of a machine is the capability of producing large-scale workpieces with high complexity and precision, focusing on two innovative values: AI intelligence and practicality.

Smart manufacturing systems are crucial to the survival of global industry. In terms of supply chain, production and products, Taiwan has entered large-scale virtual integration. Taiwanese companies’ industrial research and development teams are mature enough to master all aspects of the smart industrial ecosystem, demonstrating three major strengths: “Key Precision Components,” “Whole Production Line and Whole Plant Output” and “Industrial Cluster Economy.” This is a rare formation seen in Japan, Europe, and the United States. The largest output of the Taiwan smart manufacturing philosophy is comprehensive solutions.

As technological progress accelerates exponentially around the world, all types of manufacturers are feeling the effects of shortening global innovation cycles. Industries face increasingly complex workpiece features, ever-higher standards, and expectations for precision, with tighter timescales to be first to market. How to Get Ahead and Stay Ahead? Agility — A new standard for full 5-axis machines, brings speed and precision. For agility in mindset, data is king. The groundbreaking ART™ monitoring system empowers manufacturers with data-driven strategies to confidently take on new challenges. ART™ uses high-tech sensors within the machine to track machine and component utilization, health, and lifetime, and to flag potential issues, enabling manufacturers to optimize production. The SMT™ compensation system, automatically mitigates potential machining errors arising from spindle vibrations, thermal expansion, and a host of other potential side effects of running at full-throttle while at the same time offering high-precision.

QUASER has launched its latest bridged structure five-axis machining center “UX500 with Erowa Automation” into the global markets with excellent response"