Conprofe Technology Co., Ltd.

2026-08-18

Breakthrough in EV Brake Disc Machining: 33.3% Longer Tool Life, 54% Shorter Cycle Time

In a recent production trial on a carbon/ceramic brake disc (368mm x 32mm), our UDE-600 Ultrasonic Dual-Spindle Engraving and Milling Center delivered measurable breakthroughs: tool life increased by 33.3%, cycle time per vent hole was cut by 54%, and edge chipping was consistently held below 0.07mm—well within the customer’s target.

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2026-08-10

90% Less Time, 0% Compromise: How Ultrasonic Drilling Transforms Laminated Material Hole Making

In aviation manufacturing, drilling carbon/aluminum and carbon/titanium laminates has always been a bottleneck. Our Handheld Ultrasonic Pneumatic Drill, integrated with high-frequency vibration, delivers real, measurable results: cycle times cut from 50 seconds to just 5 seconds (a 90% reduction), failed tools revived to produce burr-free holes, and complex 3-step processes simplified into a single pass—all while eliminating thermal damage and improving hole quality.

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2026-07-20

China’s MIIT Endorses Conprofe’s Breakthrough in Composite Precision Machining

Exciting news from CONPROFE! Our Dual Ultrasonic-Green 5-Axis Gantry Machining Center has been officially named a “2026 Typical Innovative Product in the Industrial Machine Tool Sector” by China's Ministry of Industry and Information Technology (MIIT). This recognition validates our engineering philosophy and our commitment to solving real-world machining challenges.

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2026-07-08

Solving the Engineering Plastic Challenge: Conprofe Solution Enables 0.2% Micro-Hole Defect Rate in Test Socket

Machining engineering plastics like DuPont Vespel® into dense arrays of stepped micro-holes has long been a bottleneck. Conprofe recently tackled this head-on with our integrated ultrasonic solution, centered on the UHM150-5AXIS Vertical High-Speed Precision Machining Center.

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2026-07-23

Conprofe MW-100 Debuts at KDTEX 2026: Redefining Titanium Alloy Abutment Milling – Efficient, Compact & Fully Automated

Conprofe showcased our flagship MW-100 5-axis dental machining center with official Korean partner 3-POINT DENTAL at KDTEX 2026 (Booth H-2). This compact all-in-one machine solves major challenges of traditional Swiss-type lathes, such as bulky 6m bar feeders, high blank inventory costs and frequent machining eccentricity.

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2026-06-29

Conprofe & Flexspeed at INTEC 2026: Precision Semiconductor Machining Solutions for India’s Manufacturing Hub

From June 4 to 8, 2026, Conprofe’s Indian distributor, Flexspeed Technology, made an impactful debut at INTEC 2026 in Coimbatore, showcasing Conprofe’s specialized semiconductor industry machining solutions.

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2026-06-29

Mastering C_f/SiC Machining for Next-Gen Aero-Engines – A Conprofe Technical Deep Dive

Machining C_f/SiC remains extremely challenging – rapid tool wear, edge chipping, and poor surface quality are persistent bottlenecks. Conprofe delivers a proven solution: ULW-600 ultrasonic machine tool + solid PCD tooling – achieving D0.2×15.5 mm deep holes, M3 threads, and Ra 3.2μm finishes with no edge defects and thread gauge compliance.

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2026-06-23

Conprofe Delivers Ultrasonic 5-Axis Gantry Machines to Aviation Leaders – Unlocking Efficient, Eco-Friendly Metal Cutting

We are proud to announce the continued delivery of our Ultrasonic-Green 5-Axis Gantry Machining Center (BBF4525-5AXIS) to leading aviation customers. Engineered for advanced metals, it integrates proprietary ultrasonic (46% lower cutting forces), supercritical CO₂ cooling (42% lower temperatures), and MQL (31% lower friction)—all with closed-loop amplitude control for consistent aviation-grade tolerances.

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2026-06-10

Conprofe Case Study: 76% Faster, 94% Smoother – Ultrasonic Machining of Quartz Glass Substrates

In a recent quartz glass side-milling case, our ULW-500 ultrasonic CNC machine tool combined with solid PCD cutting tools reduced cycle time by 76% (from 2,400s to 577s per part), cut sidewall roughness from Sa 0.8μm to 0.046μm (94% improvement), and achieved chamfer C roughness below Sa 0.12μm – with no residual marks.

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