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Ultrasonic Technology Boosts Quartz Glass Productivity: Subsurface Damage Reduces by 97%, Surface Quality Improves by 82%, Efficiency Boosts by 72%

In modern manufacturing, the machining of quartz glass is subject to many challenges: the high hardness leading to significant tool wear, the brittleness which can cause cracks and chipping, and low thermal conductivity that may cause thermal stress cracks. Ultrasonic… Read More »Ultrasonic Technology Boosts Quartz Glass Productivity: Subsurface Damage Reduces by 97%, Surface Quality Improves by 82%, Efficiency Boosts by 72%

Is Your Nomex Honeycomb Cutting Process Holding You Back? Upgrade to Ultrasonic Cutting!

In today’s rapidly evolving industrial landscape, from aerospace and automotive to marine, wind energy, and beyond, the demand for high-performance materials is skyrocketing. Nomex Honeycomb, a lightweight yet robust composite, stands at the forefront of this materials revolution, finding applications… Read More »Is Your Nomex Honeycomb Cutting Process Holding You Back? Upgrade to Ultrasonic Cutting!

Witness Debuts of Conprofe Ultrasonic-Green 5-Axis Gantry Machining Center at CIMT 2025, the Global Launch of Advanced Manufacturing Solution

Join us in ClMT 2025 for the global launchof Ultrasonic-Green 5-Axis Gantry Machining Center for Composites!   The 19th China International Machine Tool Show (ClMT 2025) is to be taking place from April 21-26 in Beijing! Only two months for… Read More »Witness Debuts of Conprofe Ultrasonic-Green 5-Axis Gantry Machining Center at CIMT 2025, the Global Launch of Advanced Manufacturing Solution

Overcoming Nomex Honeycomb Cutting Challenges with Conprofe’s Advanced Ultrasonic Machining Solutions!

  Nomex honeycomb presents unique challenges during cutting, stemming from its specific material properties and structure. These challenges go beyond those faced with general honeycomb cutting and require specialized approaches:   Material-Specific Challenges: Brittleness and Low Tensile Strength: Nomex honeycomb,… Read More »Overcoming Nomex Honeycomb Cutting Challenges with Conprofe’s Advanced Ultrasonic Machining Solutions!

Boost Manufacturing Productivity with Ultrasonic Machining

Boost your productivity with ultrasonic machining technology! Achieve unmatched effciency and precision, master hard-to-machine advanced materials, and unlock manufacturing possibilities. Download our handbook now for real industry cases and proven solutions!     Click to download:  https://www.conprofecnc.com/wp-content/uploads/2025/02/Conprofe-Ultrasonic-Green-Machine-Tools-Innovative-Solutions-20250207-VE1.51.pdf

Elevate Semiconductor Manufacturing with Ultrasonic Machining

Elevate your semiconductor manufacturing with Ultrasonic Machining Technology! Master silicon, ceramics and many more advanced materials with exceptional precision and quality. Download our handbook now to discover proven solutions tailored for the semiconductor industry!     Click to download:  https://www.conprofecnc.com/wp-content/uploads/2025/02/Conprofe-Ultrasonic-Solutions-for-Semicondutor-Industry-20250207-VE1.5.pdf

単結晶シリコン曲面電極穴開け加工

従来加工案 ❌ お客様はこのような微細超深穴の成熟な加工案を持っていない ❌ 穴壁の粗さSa ≥6.54μm ❌ 穴の真円度 ≥0.025mm ❌ 穴の垂直度は保証できない   CONPROFE加工案 🔔 超音波精密彫刻フライスマシニングセンタULM-600 🔔 超音波加工技術 🔔 一体式PCDマイクロドリル   加工の優位性 ✅ PCDドリルはD0.45*24.75mmの微細超深穴を連続で2000個加工できる(アスペクト比55:1) ✅ ブラインド穴加工、穴の入口部はチッピングがないと目視で確認できる ✅ 穴の真円度が0.003㎜ ✅ 穴壁の粗さは6.540μmから0.013μmへと99.8%低減

石英ガラススプレープレートの穴あけ加工

従来加工案 ❌ 加工効率が低い ❌ 材料が割れやすい   CONPROFE加工案 🔔 超音波精密彫刻フライスマシニングセンタULM-600 🔔 超音波加工技術 🔔 一体型PCDドリル   加工の優位性 ✅ D0.5x5mmの穴を1,200個安定して連続的に加工可能(アスペクト比10:1) ✅ 穴一個当たりの加工時間は270秒から75秒まで72%短縮 ✅ 穴壁が滑らかで、穴の開口部のチッピング量は0.4㎜から0.13mmへと68%減