CNC Saw Blade Sharpening Machine
CTK-S450CNC
1. Rotate the angle of the grinding wheel to grind the teeth more accurately.
Net weight (kg) 1100kg
We are manufacturer of Circular Saw Blade Cnc Sharpener in China, if you want to buy Cnc Saw Blade Sharpening Machine,Cnc Machine For Sharpening Circular Saws,Hss Cnc Saw Blade Sharpener please contact us.
In additions,Chittak has many other pipe processing products:Automatic 3D Laser Pipe Cutting Machine , Handheld Laser Welding Machine, Saw Blade Pipe Cutting Machine, Pipe Bending Machine , Pipe Chamfering Machine ,Metal Plate Cutting Machine and Accessories like saw blade etc.. Welcome your enquiry and hope build the business relationship with you !
Circular Saw Blade Cnc Sharpener,Cnc Saw Blade Sharpening Machine,Cnc Machine For Sharpening Circular Saws,Hss Cnc Saw Blade Sharpener GUANGDONG CHITTAK INTELLIGENT EQUIPMENT CO.,LTD , https://www.ctklasercutter.com
As a typical two-dimensional material, graphene has a single-layered atomic structure, excellent optical, electrical, and mechanical properties, exhibiting many attractive and novel physical properties. Graphene has many potential applications in the terahertz field due to its externally adjustable conductivity and tunable band gap. Among them, the active regulation of terahertz waves using graphene is one of the current research hotspots. However, at present, the terahertz wave is usually controlled by a single optical excitation or electrical modulation at the international level, and its modulation depth is obviously limited.
Based on previous research, Zhang Weili's team proposed a new method for terahertz wave modulation based on graphene and semiconductors, which uses a graphene-silicon composite structure and uses extremely low voltages under the excitation of low-power continuous lasers. The 0.1 to 4 volt can achieve large amplitude modulation of the terahertz signal with a modulation depth of up to 83% and a bandwidth covering the 0.4-2 THz range. The terahertz integrated device developed on this basis realizes the optical “diode†effect of forward biasing and negative biasing of the terahertz wave. The research results lay an important foundation for the development of terahertz two-dimensional materials and devices. It has very important application prospects in the fields of broadband terahertz wave modulators, terahertz wave rectification, and terahertz wave communications.
(Original title: Achieve breakthrough by using terahertz "diodes" for graphene)
2. The gear grinding machine has small error and high precision.
3. The grinding machine has few transmission mechanisms and is easy to maintain.
Max. Saw Blade OD(mm) Ø150-Ø450
Pitch range(mm) 24
Saw blade teeth number 10-999
Max. saw blade thickness(mm) 4
Range of cutting angle(degree) 0.1-30
Grinding speed(t/m) 2-60
Dimension (LxWxH) (mm) 1300*1310*1650
[China Instrument Network Instrument Development] Recently, the team of Prof. Zhang Weili of the Terahertz Research Center of the School of Precision Instrument and Optoelectronics Engineering of Tianjin University has made a breakthrough in the study of graphene terahertz wave modulation. The research results are published in the international community. Academic journal Nature Communications. The paper titled "Active graphene-silicon hybrid diode for terahertz waves" reports the original work of using an opto-parallel mechanism to actively modulate the graphene-silicon composite structure.