ST-2010 Fused Biconic Taper FBT System (PM coupler)

ST-2010 Fused Bi-conic Taper(FBT) System

Description

ST-2010 Fused Bi-conic Taper(FBT) System, is an automatic controlled coupler working station, which integrates  Electronic,  Precision  Processing,  as  well  as  Computer  technologies,  can  meet  various function requirements: Manufacturing, Testing,Monitoring & controlling, With its easy-to-use character,2010 FBT system were widely used for manufacturing splitters, couplers,WDMs, CWDMs and so on.As time goes by, FBT technology has become the basic technology for optic fiber coupler fabricating,higher and higher precision machine(coupler workstation) has emerged to deal with more and more demands on high quality, high precison and high stabilty optic fiber couplers. Such as dual-windows broadband fiber splitters, high isolation WDM units, and a lot of other new components.

Features

High-capacity, high reliability,flexible Manufacturing
High-precision, large-scale, multi-wavelength online measurement
Real-time monitoring. East-and-quick positioning
"nm" level breakdown of micro-level drive
Mechanical precision, ultra-smooth operation,shock-proof design
Modular design, easy maintenance and upgrade
Additional low loss, good consistency of Products
Windows-based software package, user-friendly, convenient operation, powerful The use of hydrogen generation device to eliminate potential safety problems High precision of splitting ratio,Good environmental stability
 
Application

Fiber pull machine
Optical power monitoring meter
Hydrogen gas flow controlling devices
Ultraviolet Light Solidified Device+Manual encapsulation
Automatic encapsulation heating solidifying.Computer for controlling

 

Model	ST-2010
Application	Standard Coupler Wide-band Coupler WDM Coupler Special Coupler

Movement Resolution Of Fiber Chucks	0.001um/um/Step
Pulling speed(one side)	0-400um/sec
Stroke Length Of Fiber Chucks	25-100mm
Pre-Pulling	0.001-10mm
Movement Resolution Of Torch Unit	3 axes 1.5mm/step
Hydrogen Flow Control	0-300 sccm
Pre-Package Unit	Auto
Curing Temperature Of Pre-Package Unit	Continuous Adyustment
Photo Detectors	φ2mm InGaAs
WaveLength Range	850nm-1650nm
Power Meter Range	+3dBm - -70dBm
Power Meter Accuracy	±5%(-10dBm,23℃)
Power Meter linearity	±0.02dB(+3dBm - -60dBm)

Dimension(w×d×h)	558×398×250
Voltage Supply	110VAC or 220 VAC 50/60Hz
Power Consumption	320W

Order Info:

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Standard Package
Main Workstation	1	Set
FC/PC Bare Fiber Adaptor	2	Set
Hydrogen Flow Controller	1	Set
ST-2010 Software Package(Windows 2000 professional)&, lt;, /TD>	,    1	Set
Optional
Stable Laser Light Source 850/980/1310/1550nm
1×2 or 1×4 Optical Switch for Light Source Input
Manual PDL Controller
UltraStable Torch Head
Trainning Program

Automatic Optical Alignment System

Auto-Align System & Optic waveguide alignment and packaging
Low-cost, Compact, High Precision and Maneuverable Manual-Alignment Machine for PLC Pigtailing

The Sunma instrument company develops a new generation of manual and auto aligner for planar lightwavecircuit(PLC)manufacturing. This product line features cost effective, high precision motion control capability with a compact mechanical design.
High quality components are used to assemble the system to guarantee high precision and repetitive motion applications.
The precision of linear motion motion (Translational) X, Y, Z and rotationl motion (Rotational)Pitch, Yaw, the Roll is 0.01 micron and 0.02 degree respectively.
All the machinical handlers are our own proprietary designs and made of high quality stainless steal to achieve motion and temperature difference stability.
Handlers for fiber coupled array are equiped with touch sensors for accurate spacing control.
Versatile motion control software is both user friendly and powerful.
Its modular design makes system upgrade and modification very simple. Moreover, alignment procedure customerization is made possible by the "workflow editor". Hence, users only just need to add and subtract the preinstalled functions and input the corresponding parameters to establish a particular alignment process.
2-day Free training, Installation &Calibration all for Free
Advantages:Trademarked Technology-5 Rs
Real 6 degrees of freedom
Real Parallelism
Real Seamless Coupling
Real Gap Control
Real Performance

Features:
Low-cost, compact and fast Auto-Alignment machine for PLC pigtailing
Fast 1st light searching by near IR Camera(visible band to 1330nm) & rapid and automatic alignment
Fast automatic pitch-yaw parallelism adjustment
Accurate gap distance control by means of touch sensor
Precision motion platform of Newport delivers high accuracy and repeatability
Powerful software for easy operation
Total alignment time:～125s
In addition to automatic, as well as semi-automatic and manual options

Applications:

• Silicon waveguide alignment/coupling
• 1xN Splitter
• 2xN splitter
• Arrayed waveguide grating
• Collimator
• Special/customized optical fiber and other related optical waveguide alignment

System confguration:

Specifications:

Translation（X-Y-Z axis）
Component	Newport VP-25XA or VP-25XL
Travel Range（mm）	XYZ: 25mm
Resolution（μm）	0.1 (VP-25XA), 0.05 (VP-25XL)
Bi-directional Repeatability（μm）	0.15
On-axis Accuracy（μm）	1
Maximum（mm/s）	25
Rotation（PitchθX-YawθY-RollθZ axis）
Component	Newport CMA-PP or TRA-PPD
Travel Range（mm）	θX:6mm, θY:6mm, θZ:12mm (±3°)
Resolution（μm）	0.3 (CMA-PP), 0.1 (TRA-PPDL)
Bi-directional Repeatability（μm）	2
Maximum（mm/s）	0.4
Tooling
（Patent Pending）Touch sensor embedded Universal Fiber Array Holder × 2
（Patent Pending）Touch sensor accuracy(μm)< 2
Universal 1×N Splitter Holder（1×2 to 1×64）× 1
Vacuum AWG Holder × 1
Vision
Camera Type	CCD×2, IR Cam×1 for 1st light searching
Lighting	Software Controlled LED Bar Light
Machine vision	Image ssen through PC Vision Card
Image Resolution	<3μm/Pixel（depends on Mag. X of lens）
Motion	100mm（according to request） 6 or 13mmmanual XY stage

Different Types of Fabric Cutting Machine

by www.fiber-mart.com

Cutting Machine:

 

Cutting Machine is used for cutting out parts of articles from layers of cloth card webs or knitted fabric. The technically possible depth of cutting of the layer depends on the design of the cutting machine and on the thickness and properties of the fabrics. Cutting machines may be movable or stationary. The machine is shifted manually relative to the layer along lines drawn on the top card web. The development of apparel sector has led to the invention of various fabric cutting machines. Industrial cutters and cutting machines have led to better efficiency and precision in our work. The invention of these gadgets has reduced considerable efforts in the cutting process of different types of fabrics. Although there are different types of cutting machines used to cut fabrics and the most common type of cutting machines are given below:

 

Different Types of Fabric Cutting Machine: 

According to the operating process, the Cutting Machine can be classified into three types. 

Such as- ManualSemi- Automatic

Automatic / Computerized

1) Manual Cutting Machine: 

Hand Scissors.

2) Semi-Automatic Cutting Machine: 

Straight knife of Cutting Machine.

Round Knife Cutting Machine.

Band Knife Cutting Machine.

Die Cutting Machine.

Notcher Machine.

Drill Machine.

3) Computerized Cutting Machine: 

Knife Cutting Machine.

Laser Cutting Machine.

Water Jet Cutting Machine.

Airjet Cutting Machine.

Ultrasonic Cutting Machine. 

Plasma Torch cutting Machine

How Fiber Laser Cutting Machine Works?

by www.fiber-mart.com

Fiber laser cutting machine is a currently popular laser cutting type which adopts fiber laser source to fulfil perfect cutting effect. Fiber lasers are a type of solid state laser that is rapidly growing within the metal cutting industry.

 

Fiber technology utilizes a solid gain medium, as opposed to a gas or liquid. The “seed laser” produces the laser beam and is then amplified within a glass fiber. With a wavelength of only 1.064 micrometers, fiber lasers produce an extremely small spot size (up to 100 times smaller compared to the CO2) making it ideal for cutting reflective metal material.

 

Fiber laser source can outputs high-powered laser beam that focuses on the surface of materials, vaporizing or melting the focused area instantaneously. Controlled by numerical and mechanical system, the laser head is moved and laser spot is also changed accordingly to achieve automatic cutting with fast speed and high accuracy. Fiber laser cutter has been developed into a highly precise laser cutting type, widely used in metal parts processing industries.

 

Fiber laser cutting machine is able to process a wide range metal materials, including stainless steel, carbon steel, alloy steel, aluminum, galvanized sheet, copper, silver, gold and so on, for which different fiber laser sources could be opted regarding to the features of metals.

 

In addition to sheet metals cutting, fiber laser cutting machine also could process profiled metals and steel pipes. A set of steel pipe cutting system can be configured to the machine to broaden its cutting capacity. The cutting edge is neat and smooth to meet high industrial requirement.

 

Fiber laser has higher energy conversion rate that can reach up to 30%, saving operation and maintenance cost.

Fiber lasers are designed with semiconductor modular and redundancy, and there is no optical lens in resonant cavity. So no need to spend much time starting and adjusting the machine before cutting work, which is incomparable among traditional laser machines.

Protective lens is configured in fiber laser head to protect focus lens and reduce parts consumption.

 

Laser head won’t touch the materials directly so as not to scratch the materials and ensure quality cutting effect.

Fiber laser produces the smallest kerf and thermal area, which keeps the cutting stability and avoid deformation of the material.

02mm/min cutting accuracy and fast cutting speed markedly increases the work efficiency of metal parts manufacturing.

Fiber laser cutting machine works in a safe and environmentally friendly way. Little pollution and noise will be produced and workshop environment is well protected.

 

 

As a professional fiber laser equipment manufacturer, we are specialized in fiber laser cutting machine and fiber laser marking/engraving machine manufacturing and technical service. For more details about fiber laser cutting machine selection and operation, please contact us for customized laser solution to upgrade your business.

5 Uses of Fibre Laser Cutting Machine

by www.fiber-mart.com

Fabric lasers are a type of solid state laser with best beam quality.The beam diameter of the fiber is smaller than on CO2 resulting in finer details in work.Fiber laser cutting machines are 100 times stronger than gas laser machine. Due to its set of great features Fiber Laser Cutting Machines find their use in wide range of applications, 5 such uses are listed below:

 

Medical devices: Medical field cannot imagine its present and future without fiber laser cutting machines. From cutting small components for really complex medical devices to laser surgeries performed on human tissues laser cutting is used at every step in the medical field.

 

Jewelry: Jewelry manufacturers were in desperate need of a reliable and cost effective technology which can provide precise cutting, superior edge quality, ability to cut complex shapes and high production ability in less time. A fiber laser cutting machine fulfilled all these requirements and is widely used today in this industry.

 

Automotive: The automotive industry is huge and developing every second. Use of Fiber Laser cutting machines makes it easier for this industry to cope with everyday advancement in design and technology. These machines are excellent for cutting smaller and complicated components used in automobiles, also cuts hydro formed parts, which are metal parts formed in 3D shapes, with great accuracy. These machines are not only specialized in cutting metal but a couple of other materials too, like cloth for airbags. It leaves no fraying while cutting the cloth, unlike conventional processes which use blades.

 

Electronics: Silicon is the most important material used on PCB’s in semiconductor, microelectronics industries. As electronic devices are getting more and more compact with each passing day, PCB’s are bound to get smaller. In such a case Fiber laser cutting machines are ideal to cut thin and delicate material like silicon.

 

Textile Industry: Fabric laser cutting machines are gaining popularity around textile industries these days because of their extreme accuracy, clean cuts, sealed fabric edges to prevent fraying and capability to cut different kinds of fabric like polyester, silk, cotton, leather, nylon and neoprene.

 

In spite of being a newer development in the area of lasers, Fiber Laser Cutting Machines established themselves pretty well against traditional cutting machines. fiber-mart.com is very well known the manufacturer of Fiber laser cutting machines situated at Navi Mumbai. Scantech is popular for its technical innovations in various fields of custom laser applications.

Optical Fiber Bandpass Filter(BPF) WDM FTTX 1550nm FM-FWDM-1550-BPF

FM SKU#:SKU00339I
Model#:FM-FWDM-1550-BPF
MFG PART#:

Optical Fiber Bandpass Filter(BPF) WDM FTTX 1550nm FM-FWDM-1550-BPF

The optical filter is an instrument that is used for wavelength selection, which can select required wavelengths from a large number of wavelengths and reject the addition wavelengths. It can used in wavelength selection, the noise filter of the optical amplifier, gain equalization, optical multiplexing /demultiplexing.

Our Optical Optical Fiber Bandpass Filter(BPF) WDM FTTX 1550nm FM-FWDM-1550-BPF is based on proven thin-film filter technology. This BPF is widely used in fiber optical communication systems and EDFA where flat and broad operating bands are needed.

Key Features

Broad operating band

High channel isolation

High stability and reliability

Length: 1M

Fiber Diameter: 0.9mm

Connector: FC/UPC

Applications

EDFA

WDM systems

CATV

Specification

Parameter  Type	BPF-1*1-T1550±20
Operating wavelength (nm)	1460～1620
Transmission band wavelength (nm)	1550±20
Reflection band wavelength (nm)	1460～1515&1585~1620
Transmission insertion loss (dB)	≤0.6
Transmission channel isolation	≥20
@ 1460～1515&1585~1620 (dB)
Channel flatness (dB)	≤0.3
Return loss (dB)	≥50
PDL (dB)	≤0.1
Wavelength thermal stability (nm/℃)	≤0.003
Insertion loss thermal stability (dB/℃)	≤0.005
Power handling (mW)	≤500
Operating temperature (℃)	-5 ~ +70
Storage temperature (℃)	-40 ~ +85
Fiber Type	SMF-28e
*The above specification is without connector.
**Other specifications can be made on customer request.

Why Fiber Cabling Is Predominantly Accepted Today

by www.fiber-mart.com

Copper wires and cables accompanied us in telecommunication for the past so many years. It was an excellent medium of communication or get linked to feel happy. Gradually technology brought out more complex steps to achieve out individuals the quickest mode not minding the geographical boundaries.

 

With the time, technology introduced fiber optic rather than copper wire. Now individuals are experiencing the gift of technology knowingly or unknowingly. Telephone cabling, fiber cabling, and cabling services are helping people to enjoy communication too the fullest. As a result if we go back within the good reputation for telecommunication we once had fiber connectivity.

 

Fiber cabling wasn’t whatsoever new concept entirely. It had been available through cabling services long since. But now it’s been prevailed more dominantly. Development and research have proved that this cabling is highly economical. Hence every company has started adopting this cabling system. The potential studies have successfully increased the capacity of these fiber cabling. Now it’s been increased exhaustively. Fiber cabling services are simple and easy , comfortable to make use of and the price is highly affordable. Both of these properties of fiber cabling forced telecommunication fraternity to adopt fiber cabling happily.

 

Fiber cabling has become the spinal cord in cabling services or cabling systems worldwide. Now let’s have a look on its advantages. Fiber cabling safeguards your security all the 4 sides. This quality helps government organizations and bank very much where security is a main concern. Another critical feature is speed where data could be transmitted. This selection is very advantageous to health care industry. So hospitals install this fiber cabling because of the result it produces. It has been proved life saving in many of cases.

 

Fiber cabling also acts as intrusion prevention in cabling services or cabling systems. It can protect your cabling all sorts of intrusion. Fiber cabling can provide you longer length with smaller diameter clubbed with lightest weight. Installation and upgrade is very easy. You can get it completed with assistance of a professional. There’s two kinds of fiber cabling you are able to decide based on your requirements. One is single mode fiber and the other one is multimode. Multiple mode has multi paths to achieve its destination. And because the name indicates, single mode only has one road to reach the destination too.

 

After using a thorough survey, you can choose which one you have to choose. Seek the help of the professional for installation. And let them know what type installation you’ll need particularly, whether indoor installation or out door. Indoor installation means that you needn’t to worry about environmental surroundings disturbances. Fiber cabling, through telephone cabling and cabling services possess a small check list. That’s firstly you have to choose if installing fiber through inner duct would work for you. You will want to decide on the distance. Finally you have to visit method, which method you have to adopt.