Microchannel Fabrication Machine

FEATURES:

1. ≤ 100 µm Microchannel width and depth.

2. Handheld Machine suitable for Metallic and Silicon substrate.

3. Substrate size could be 100 * 100 mm.

4. Pulse Fiber Laser based System.

5. Compact.

6. Non-Contact Microchannel Fabrication.

7. Integrated Touchscreen.

8. Weight of the Fabrication Head is less than 4 kgs.

9. Weight of the Machine including Head and the Box is < 15 kgs.

10. Excellent precision and accuracy.

11. Air cooled.

12. Battery Operated (Optional).

13. Service life ≥ 1,00,000 hours

14. Red alignment Laser

15. Maintenance free.

16. Low energy consumption

17. Warranty 2 years (Standard)

APPLICATIONS:

* Microchannel mould Fabrication

* Useful for Field use (on site)

* Easily transportable

Technical Data-Sheet

ALESTM

ALESTM (Automatic Laser Exposure, Scanning & Temperature Mapping) System is an upgraded version of VDP-LES and can be used for many applications e.g. Non Contact method of sample heating and Thermal Mapping during the heating process and afterwards, in addition to Photo Thermal Studies.

Customer can bring sample in the form of Live Animal ( Mice , Rat or Rabbit) or on Micro Well Plate and Petri Dish.

Laser Power Density ( on sample) can be varied by varying the "Laser Beam Diameter" or "Laser Power".

Customer can use “Well Plate and Petri Dish" for the sample and sample can be exposed to Laser beam at predefined time and location. We provide Micro Well Plate holder for 6/12/24/48/96. Custom can also choose the one or multiple wells and assign same or different expose time.

Our GUI is user friendly with "check" at every steps ( to avoid any mistake by the user).

Near Infra-Red (NIR) Fiber Coupled Laser is part of the system wherein customer has option to use one or many Lasers ( one at a time).

Thermal Mapping of the exposed sample with temperature pallet for "video" as well as "images". Also, temperature data from each pixel can be exported in excel file for further analysis.

Technical Data-sheet & Photo Gallery

VPD-LES: VARIABLE POWER DENSITY LASER EXPOSURE SYSTEM

VPD-LES: Variable Power Density LED / Laser Exposure System

Photothermal therapy (PTT) is one of the latest therapy method to cure the cancer. PTT is a technique that convert light into heat energy to kill the cancer cells in controlled way using nanoparticles.

VPD-LES has been designed to help in Photo Thermal Therapy experiments. VPD-LES helps in “Exposing ( for predefined time) the Bio Sample with Variable LED / LASER Power Density ".

Thermal Camera is incorporated for the Thermal Mapping of the exposed sample.

Laser Marking, Cutting and Engraving Machine – Fibre Laser or CO2 Laser options

SPPL designs and manufactures the Laser Marking, Engraving & Cutting Machine, fully customizable, based on Fibre or CO2 Laser, with material option to choose while ordering (factory set) – Metals, Acrylic, Leather, Textile, Glass etc.

Based on the material, laser power can be specified from 20W to 2000W.

Also the sample size can be customized. The machine is built with anodised MS giving a solid and stable structure which protects against vibration, resulting in better quality of cutting / engraving.

The machine comes with an inbuilt cooling system, and an exhaust system.

Drop on Demand (DoD) 3D Printer

SPPL designs and manufactures the Drop On Demand 3D printer in which droplets of material are selectively deposited and cured on a build plate. Using photopolymers or wax droplets that cure when exposed to light, objects are built up one layer at a time. Dispenser systems are based on piezo - driven inkjet printing technology. The micro dispenser system is for non-contact dispensing of liquids in single droplets of volume ranges from 20 pl to 380 pl. It is possible to dispense liquids in single droplets or in series of drops with viscosities of 0.4 to 100 mPas.

Free Space Optics Communications – FSOC

SPPL designs, develops and manufactures the outdoor unit FSO communications setup, supporting 10 Gbps, with auto alignment feature complying to Make in India directive with more than 60% Indian Content. FSOC can deliver a wireless-access solution for quick deployment and with more bandwidth capacity, security features, and less power consumption than traditional point-to-point microwave links. With FSO, a high-power laser source converts data into laser pulses and sends them through a lens system and into the atmosphere. The laser travels to the other side of the link and goes through a receiver lens system. A high-sensitivity photo detector then converts these laser pulses back into electronic data that can be processed. Our system supports two optical channels, one at 1550 nm IR wavelength for data transmission and the other channel at 785 nm wavelength for implementing auto-tracking feature.