Future Optics Sci & Tech Co., Ltd_FutureOptics

About us

About us

FutureOptics

Future Optics is a qualified member of the supply chain of global communications giants and a certified supplier of global head instrument corporations, focusing on research, design and production of micro-optical imaging and non-imaging technology products, providing one-step solutions to the customers worldwide in the fields of passive wavelength division multiplexers device, active transceiver optical assembly, industrial cameras, optical coherence tomography (OCT) engines and 3D illumination devices.Future Optics established in 2007, its headquarters...

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Product

Providing free design and deep customization service (JDM/ OEM) in lines of optical transmission products and machine vision products

Free space WDM device Z-block subassembly Integrated TFF assembly Optical TFF filter Mini fiber optical device Industrial camera Laser range finder OCT optical engine Free space illumination Electro-optical testing instrument

4 Channels 1295.56-1309.14nm, 1.0 dB Typical IL,Low dispersion, Wide passband,Industrial temperature operating LAN-WDM Mux Demux, Use in 0.25inch high splice trays

4 Channels 1295.56-1309.14nm, 1.0 dB Typical IL,Low dispersion, Wide passband,Industrial temperature operating LAN-WDM Mux Demux, Use in 0.25inch high splice trays

4 Channels 1470-1610nm or ITU,Unilateral fiber outlet, High Density,0.8 dB Typical IL,Industrial temperature operating,CWDM Mux Demux, with 1310 channel on request

4 Channels 1470-1610nm or ITU,Unilateral fiber outlet, High Density,0.8 dB Typical IL,Industrial temperature operating,CWDM Mux Demux, with 1310 channel on request

4Channels 100GHz C21-C24 or ITU, 0.8dB Typical IL, Unilateral fiber outlet,High accuracy wavelength, Industrial temperature operating DWDM Mux Demux, Use in 0.25inch high splice trays

4Channels 100GHz C21-C24 or ITU, 0.8dB Typical IL, Unilateral fiber outlet,High accuracy wavelength, Industrial temperature operating DWDM Mux Demux, Use in 0.25inch high splice trays

6 Channels 1295.56-1318.35nm, 1.2 dB Typical IL,Low dispersion, Wide passband,Industrial temperature operating LAN-WDM Mux Demux, Use in 0.25inch high splice trays

6 Channels 1295.56-1318.35nm, 1.2 dB Typical IL,Low dispersion, Wide passband,Industrial temperature operating LAN-WDM Mux Demux, Use in 0.25inch high splice trays

4Channels 1295-1309nm, with I/O prism,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Rx Z-BLOCK demux

4Channels 1295-1309nm, with I/O prism,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Rx Z-BLOCK demux

4Channels 1273.55-1286.67nm, with I/O prism,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Rx Z-BLOCK demux

4Channels 1273.55-1286.67nm, with I/O prism,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Rx Z-BLOCK demux

4 Channels 1273-1286nm or 1295-1309nm,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Z-BLOCK mux demux

4 Channels 1273-1286nm or 1295-1309nm,0.5-1.0mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM4 Z-BLOCK mux demux

6Channels 1273nm, 1277nm and 1295-1309nm,0.75-1.1mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM6 Z-BLOCK mux demux

6Channels 1273nm, 1277nm and 1295-1309nm,0.75-1.1mm pitch, AOI 8/13.5 deg, 3.0nm wider passband,Low CW temp. drift, Low IL LWDM6 Z-BLOCK mux demux

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, CWDM4 Z-block and Lens array, integrated CWDM Rx TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, CWDM4 Z-block and Lens array, integrated CWDM Rx TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, CWDM4 Z-block and Lens array, integrated CWDM Tx TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, CWDM4 Z-block and Lens array, integrated CWDM Tx TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, LWDM4 Z-block and Lens array, integrated LWDM TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, LWDM4 Z-block and Lens array, integrated LWDM TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, LWDM4 Z-block and Lens array, integrated LWDM TFF optical subassembly

Integrated optical solutions for 400G and beyond based on Fiber-to-the-Chip (FTTC) technology, Receptacle, Collimator, LWDM4 Z-block and Lens array, integrated LWDM TFF optical subassembly

100G DWDM c-band 10ch skip-zero filters 100G DWDM c-band

100G DWDM c-band 10ch skip-zero filters 100G DWDM c-band

CWDM skip filter CWDM,CWDM band separator filter

CWDM skip filter CWDM,CWDM band separator filter

1596 ~ 1599.5 nm passband 100G DWDM band separator flter

1596 ~ 1599.5 nm passband 100G DWDM band separator flter

AOI 1.8 air type CWDM filter for three-port couplers in cascade

AOI 1.8 air type CWDM filter for three-port couplers in cascade

980/1550nm Tap+Isolator+WDM Hybrid Combination

980/1550nm Tap+Isolator+WDM Hybrid Combination

1480/1550nm WDM-Isolator- Tap Hybrid Combination

1480/1550nm WDM-Isolator- Tap Hybrid Combination

Future Optics’100/200Ghz DWDM Optical Add-Drop Multiplexer

Future Optics’100/200Ghz DWDM Optical Add-Drop Multiplexer

Future Optics’1x2 CWDM Device

Future Optics’1x2 CWDM Device

JST-2301 thermal imager eyepiece assembly

JST-2301 thermal imager eyepiece assembly

380m illuminating distance, 2X zoom-in telecentric lens, 31mm diameter 3.5X objective lens, 1920X1080 sensor, 640X360 built-in TFT LCD, active infrared laser binocular night vision camera

380m illuminating distance, 2X zoom-in telecentric lens, 31mm diameter 3.5X objective lens, 1920X1080 sensor, 640X360 built-in TFT LCD, active infrared laser binocular night vision camera

300m illuminating distance, built-in 2X zoom-in telecentric lens and 31mm diameter 3.5X objective lens, 1920X1080 sensor, 640X360 TFT LCD, active IR laser binocular night vision

300m illuminating distance, built-in 2X zoom-in telecentric lens and 31mm diameter 3.5X objective lens, 1920X1080 sensor, 640X360 TFT LCD, active IR laser binocular night vision

5W powerful IR illuminator, 300m illuminating distance, telecentric lens and 31mm diameter 3.5X objective lens, 1280X960 sensor, 640X360 TFT LCD, active IR laser binocular night vision

5W powerful IR illuminator, 300m illuminating distance, telecentric lens and 31mm diameter 3.5X objective lens, 1280X960 sensor, 640X360 TFT LCD, active IR laser binocular night vision

DHD-OCT optical engine

DHD-OCT optical engine

Solution

Future Optics provides one-step solutions to the customers in the fields of passive wavelength division multiplexers device, active transceiver optical assembly, industrial cameras, optical coherence tomography (OCT) engines

All the center wavelenghs for 4ch,8ch,12ch,16ch compact LWDM mux demux are located nearly at the zero-dispersion wavelength area, signal transmission without dispersion compensation.

All the center wavelenghs for 4ch,8ch,12ch,16ch compact LWDM mux demux are located nearly at the zero-dispersion wavelength area, signal transmission without dispersion compensation.

1.8 dB max. IL16CH 50GHz/100GHz/200GHz compact DWDM mux demux devices doing excellent job vs 3-PORT and AWG device in NG-PON

1.8 dB max. IL16CH 50GHz/100GHz/200GHz compact DWDM mux demux devices doing excellent job vs 3-PORT and AWG device in NG-PON

Low insert loss mini CWDM mux demux device providing new solution for customers' new generation and green access networks

Low insert loss mini CWDM mux demux device providing new solution for customers' new generation and green access networks

Ultra compact and ultra low IL CWDM and DWDM mux demux to be integrated inside CWDM transceiver or DWDM transceiver

Ultra compact and ultra low IL CWDM and DWDM mux demux to be integrated inside CWDM transceiver or DWDM transceiver

Innovation

To realize automatic product design, performance index simulation and reliability analysis with the help of digitized product models created

Thermal shock simulation of LWDM4 Z-block and mini low IL 4 channels DWDM device

Thermal shock simulation of LWDM4 Z-block and mini low IL 4 channels DWDM device

Future Optics has developed Thermal Performance Simulation Software based on digitized product model to guide the design...

Mechanical performance simulation of 4channels mini low IL DWDM mux demux device reliability test against vibration

Mechanical performance simulation of 4channels mini low IL DWDM mux demux device reliability test against vibration

Future Optics has developed mechanical performance simulation technology based on digitized mini DWDM product model to g...

Automatic design of LWDM Z-BLOCK with I/O prism, having z-block been made to seamlessly integrate with customers' specific input and output interface.

Automatic design of LWDM Z-BLOCK with I/O prism, having z-block been made to seamlessly integrate with customers' specific input and output interface.

Future Optics has developed a micro-optics design software system to realize automatic engineering drawing, and can quic...

Our advantages

Standardized production line, professional labs, normalized testing processes, experienced staff teams

Lean manufacturing: To set standardized production line, automatic equipment and experienced staff

To accept periodic on-site audit by communication integrators since 2015.

Technology innovation: To create digitized product models for automatic design and simulation

The main products have invention patents.

Quality assurance: To set quality assurance procedures and continuously monitoring process files

To establish quality procedures covering design, production and periodic reliability test.

Global cooperation: To deepen cooperation and to share product innovation achievements

To set up a global supply chain to guarantee the stable supply.

Our partners

Working with our global partners to build a green network with zero consumption and zero emissions

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