New Product Introduction: February 2026

GOODWAY GLS series turning and milling composite machine adopts a low center of gravity 30°high rigidity inclined bed and precision linear rail, with a body only 4.5m², integrating power turret, Y-axis, sub-spindle and multiple turret specifications, allowing multiple composite machining processes to be completed on a single machine, combining heavy cutting capability and high precision. Equipped with energy-saving servo hydraulic, standby energy-saving mode, key component monitoring and dynamic anti-collision, and through digital twins and energy monitoring, it helps customers improve稼動率 and yield, while reducing electricity consumption, manpower and peripheral consumables. GLS series targets customers in low-carbon and digital transformation, regarding carbon reduction and energy saving as standard equipment, helping move towards net zero and sustainable manufacturing.

Capable of achieving 40–70% energy savings, the HPU also enables hydraulic systems to operate at significantly lower temperatures, helping prevent machining instability caused by thermal expansion. With reduced temperature rise, smaller oil tanks, and lower hydraulic oil consumption, it is an ideal solution for energy-saving retrofits. In addition, the HPU is available with a comprehensive turnkey service package, providing customers with not only the hardware upgrade but also a complete before-and-after energy efficiency analysis. CML’s HPU delivers a fully integrated, one-stop solution for hydraulic energy optimization.

Up to 70% Energy Savings, Low Operating Temperature for Stable Precision, and Highly Integrated Design to Save Equipment Space. The SPU combines a variable vane pump with a cooling circulation pump into one compact unit, and when paired with a servo motor drive, it intelligently adjusts rotational speed based on pressure requirements, delivering only the necessary power. This significantly reduces energy consumption compared to conventional fixed-speed hydraulic systems. With up to 70% energy savings, the SPU also operates at low temperatures, effectively minimizing thermal distortion in the hydraulic system and helping maintain stable machining accuracy. Its highly integrated structure reduces equipment footprint, making it an ideal energy-saving solution for modern industrial machinery.

The smart energy-saving coolant tank is designed to effectively reduce odor, improve coolant cleanliness, and enhance overall factory energy efficiency. Through UVC sterilization, it inhibits bacterial growth and helps prevent unpleasant odors, while an inclined tank bottom design minimizes chip accumulation and eliminates anaerobic zones where bacteria tend to thrive. In addition, the system features variable-frequency constant-pressure flushing, automatically adjusting pump speed according to actual flushing needs to optimize energy use and reduce unnecessary consumption. It also incorporates intelligent networking functions, enabling real-time monitoring of coolant level, pH value, temperature, and pump load for more efficient and stable operation.

The turn-mill center is suitable for doing 5-axis machining, drilling, milling, inclined hole, surface, turning, and self-measuring and compensation. The B-axis has build-in Hirth Coupling with a maximum biting torque of 7200 Nm for heavy-duty cutting. The built-in motor spindle speed is 12000rpm, maximum torque 102.7Nm, and it is suitable for difficult-to-machine materials. The lower turret design has 12 servo drive stations for supporting high-precision complex machining.

The AI Servo Hydraulic Energy-Saving System integrates high-efficiency energy-saving technology, intelligent control capability, and high-precision hydraulic drive performance. It is specifically designed to solve the problems of high energy consumption, low efficiency, and imprecise control found in traditional hydraulic systems. As a core upgrade component for achieving smart manufacturing and energy-saving factories, the system offers six major product features: 1.High Energy-Saving Efficiency 2.Precise Closed-Loop Control 3.Ultra-Low Noise Operation 4.Low Oil Temperature Performance 5.Intelligent Communication Integration 6.Modular All-in-One Design

Capable of intercepting fine suspended particulates, with a filtration precision of PM0.5μm at 99% efficiency. The filter cartridge is rated HEPA/E11 and has passed TTRI testing. An optional new differential pressure gauge is available to detect and display blockage conditions before and after filtration.

Monitors machining parameters and utilization, with self-diagnostic functions including foolproof mechanisms and warning light alerts. Features automatic wheel balancing with digital vibration adjustment via HMI, and ECO MODE power monitoring with variable frequency, idle, and pause functions that can save up to 30% energy. Supports I/O signal diagnostics for fault removal and safety settings such as warning alerts, magnetic chuck, and machining coordinate setup. Combined with automatic measurement and algorithmic control, it enables lights-out manufacturing and further energy savings through spindle variable frequency start, idle mode, and active standby pause. Also includes component life management for sensors, solenoid valves, lubricants, and other consumables, helping users prepare service parts in advance, while supporting carbon reduction and footprint responsibility through power monitoring aligned with ISO 14064-1, 14067, and 14955 goals.

The NV Series adopts a newly upgraded power system and energy-saving technology, delivering higher stability and reliability while setting a new benchmark for smart energy saving. It is designed to meet the highest requirements in machining density, speed, and performance, helping users achieve a significant leap in production efficiency.

It adopts COMPRO Precision’s proprietary multi-lead cam technology and integrated turret design, featuring zero backlash, high rigidity, and high-precision positioning. Through optimized transmission efficiency and improved structural design, it effectively reduces energy consumption while enhancing machining efficiency. The product can also be integrated with digital monitoring and smart manufacturing applications, making it suitable for aerospace, mold, and high-precision component machining applications.

A high-precision 5-axis rotary table featuring an enlarged swing diameter design and equipped with triple direct-drive motors, delivering outstanding accuracy and performance. The system is suitable for a wide range of industrial applications and machining requirements, particularly for large and complex 5-axis structural components, large mold bases, and complex surface mold machining. In addition, the entire unit adopts a fully enclosed drum-type brake design, providing stable braking performance under high pressure while ensuring uniform brake contact to achieve optimal braking force.

By integrating the latest machine tool technologies and advanced manufacturing processes, the FCV-800Ⅱ Series delivers comprehensive machining capabilities.

This product is one of the gantry milling machines produced by WELE Hsinchu Plant. It not only has excellent machining performance, but is also suitable for high-speed machining of precision molds.

Product Features: Detection of cutting fluid level, filter blockage, and fine chip buildup to prevent cutting fluid overflow. pH value detection to maintain the lubricating, cooling, rust-preventing, and cleaning properties of the cutting fluid. Detection of loose screws, slack chains, and missing power phases to prevent sudden shutdowns. Self-clearing and recovery: Self-clearing of chip jams, allowing for smooth operation even in lights-out conditions. Avoiding manual shutdown: Reduces speed when there are few chips and accelerates when there are many chips; intelligent start-stop effectively reduces energy consumption. Safety protection: On-site monitoring of the chip cart, compliant with ISO16090-1 directive, ensuring operator safety. Cloud and ground recording: Usable both cloud and ground, ensuring no data is missed and facilitating data analysis.

The OSCARMAX EX Series Die-Sinking EDM is designed for high-precision mold manufacturing and the machining of hardened materials. Featuring a rigid machine structure and stable discharge control technology, it delivers an excellent balance between machining efficiency and surface quality. With an optimized control system and refined machining parameter management, the EX Series ensures consistent performance and improved processing accuracy. Its intuitive operation interface and reliable machine performance make it suitable for mold manufacturing, precision component production, and other demanding machining applications, providing manufacturers with a stable and efficient EDM solution.

AOF OIL MIST AIR CLEANER efficiency of 99%–99.97%. It is suitable for machine tools and can effectively remove oil contaminants generated during wet metal machining.

The principle of this LED module is that there is a pressure detection inside the unit that can sense the pressure difference according to the condition during smooth operation of the blockage and to transfer pressure into electricity. It can enhance the degree of discrimination and can identify the filter condition by LED color distinction, so that the user can conduct washing or replacement. Also, It can convert into analog signals through control board and connect with the I/O of the CNC controller to enable program editing. If there is a blockage in the filter, a message will be shown on the screen for dramatically increasing working efficiency. This LED module can be used in a wide range of industrial applications.

It has a 5 axes control function and flexible capability. The design with 2 axis rotary table which is suitable for 5 axes and 4+1 applications. The machine floor space is small which can effectively to used with B axes and C axes table. The three-axis uses roller linear guides with high dynamic and static load capacity. For the machining accuracy, the direct-drive spindle system with a special coolant system design connects with the spindle and motor adaptor cooling function, suppressing the heat source generated from the motor side.

River600 – AI-Powered EDM Milling System Combining high-speed EDM technology with AI online expert support for smart precision machining The River600 is equipped with the HP1 Plus high-speed EDM circuit, enabling high-speed 3D shape EDM milling for complex precision machining applications. The machine features OCEAN’s 4th generation control system with a 21-inch capacitive touchscreen, providing an intuitive and efficient operating experience. Powered by the Windows 11 platform with an optimized interface design, the system improves operational convenience while enhancing information and network security. The machine also supports network monitoring, OPC UA, and advanced data communication for integration with smart manufacturing systems. In addition, the built-in OCEAN Intelligence AI Online Expert provides 24/7 real-time assistance for machine operation guidance, troubleshooting, and technical support, helping improve productivity and machining stability.

The machine integrates multiple cutting-edge machine tool technologies, such as spindle thermal compensation, chip breaking, and automatic oil tank cleaning, significantly enhancing production efficiency and machining accuracy while reducing maintenance time. Its modular design and material forecasting system not only shorten production preparation time but also improve delivery speed and flexibility. Additionally, this machine emphasizes energy-saving design, actively promoting sustainable manufacturing practices aligned with ESG goals, effectively reducing the carbon footprint.

GX85 – A high-performance machining solution designed to deliver versatile milling capability with optional turning, enabling efficient multi-process machining of complex parts while maximizing productivity within a compact footprint.

COID Series: High-Precision DC Inverter Oil ChillerThe Ultimate Thermal Solution for Machine Tools, Semiconductors & AI Data CentersExtreme Efficiency & Fast ROI: Rated at only 1.40 kW, saving >40% energy vs. fixed-speed models. Payback period is approx. 1.5 years through power savings.$\pm 0.1$°C Precision Control: Eliminates thermal displacement, maximizing machining accuracy and yield rates.Aluminum Lightweight Design: 40% weight reduction for easier installation; 95% recyclability for sustainable manufacturing.ESG & Low-Carbon Leader: Uses R32 refrigerant (GWP reduced by >50%). Fully supports RS-485 and ISO 14064/14067 carbon footprint tracking.Your Best Partner for ESG Green Supply Chains & Carbon Neutrality.