Yüksek Hassasiyetli Ana Malzeme Kesimi


Ultra-Accurate Diamond Wire Systems for Advanced Substrates

High-value base materials such as optical glass, quartz, sapphire, and semiconductor substrates are essential components in precision optical, RF, and optoelectronic devices. Ultra-precise cutting is required to achieve tight tolerances, superior surface quality, and minimal material loss in these high-value applications.

Our high-precision cutting systems deliver industry-leading accuracy, ensuring clean, burr-free cuts with exceptional dimensional consistency. The advanced cooling and tension control systems protect delicate substrates, maintaining their optical, electrical, and mechanical properties for critical applications.

Designed to support both R&D prototyping and large-scale manufacturing, our systems offer scalable performance and versatile material compatibility. The intelligent control interface allows for easy parameter adjustment, ensuring optimal performance across a wide range of advanced base materials and processing requirements.

Ultra-Precision Diamond Wire Cutting for Base Materials

Our high-precision base material cutting systems deliver industry-leading accuracy for a full range of advanced base materials, including optical glass, quartz, sapphire, and semiconductor substrates. Designed for R&D prototyping and high-volume mass production, these systems achieve tight-tolerance slicing with superior surface quality, eliminating the need for extensive post-processing. The intelligent cutting algorithms and constant temperature control ensure consistent performance across diverse material types and thicknesses.

Yüksek Hassasiyetli Taban Malzemesi Kesimi

Avantajlar
  • Industry-Leading Precision: Tight tolerance control meets the strict requirements of optical and semiconductor manufacturing.
  • Superior Surface Quality: Low-damage cutting reduces polishing time and costs, improving production efficiency.
  • Versatile Material Support: Processes optical glass, quartz, sapphire, silicon, and other high-value base materials.
  • Scalable Production: Flexible configurations for lab R&D, pilot lines, and full-scale mass production.
  • Optical glass and quartz substrate cutting for optical devices and semiconductors
  • Sapphire wafer slicing for LED and RF devices
  • High-precision base material processing for aerospace and medical electronics
HAYIR.ParametreTeknik Özellikler
1ModelTCQF400LNC-FM-HL
2Kesme PrensibiSonsuz elmas tel / Fiziksel kesim
3Kesme İşlevleriDilimleme / Açı ve Profil Kesimi
4Maksimum İş Parçası Boyutu (mm)Φ600 mm, Yükseklik 500 mm
5Çalışma Masası Boyutu (mm)Ø380 转台
6Kesim Düzlük Hassasiyeti (mm)0.08
7Yüzey Pürüzlülüğü (μm)Ra 0,8 μm
8Tel Özellikleri (mm)Ø0,65–1,0/2580
9Gergi SistemiSabit Tel Gerginliği Kontrolü
10Yönlendirme Tekerleği Adedi4 tekerlek
11Tahrik MotoruServo motor
12Tel Hızı (m/s)51Max (Ayarlanabilir)
13Toplam Güç (kW)2.8
14Gerilim220 V 50 Hz
15Kontrol SistemiÖzel olarak geliştirilmiş Tongcheng T32 sistemi
16Kapladığı alan (U×G×Y) (mm)1350×1066×1968
17Brüt Ağırlık (kg)720
ewirexon - ewirexon precision diamond wire cutting system

Case Learning: Achieve Top-tier Precision in Base Material Cutting

Process upgrades for high-precision base material cutting greatly improved yield, enhanced material utilization and maintained long-term precision stability.
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