Profile

Technobit Solutions (I) PVT. LTD. is a young company formed in 2004 with corporate office at Mumbai and working / operational office at Pune. Its main objective clause of memorandum of association enables the company to undertake the business development of software for customer in India and abroad. Its vision is to accomplish challenging technology based, value added solutions and expand its wings across the globe.

It is run by young directors, Mr. Anand Ambardekar and Mr. Anand Gadgil who are capable and qualified to undertake and successfully maneuver Technobit Solutions (I) PVT. LTD. to great heights and reach its goals and vision.

The company is committed to the principles of good corporate governance. The company corporate Governance is a combination of voluntary practices and compliance with laws and regulations leading to effective control and management of company.

Technobit Solutions (I) PVT. LTD. believes that good corporate governance contemplates that corporate actions balance the interest of all customers and satisfy test of accountability, transparency, and quality. All actions are directed towards enhancing service and value to customers.

The company is driven by technology based solutions and has a core group of human resources who are highly qualified, industry experienced and committed to the betterment of the company.

We as a company believe that we are capable and we can accomplish large projects successfully, because We believes in ourselves.

To provide Embedded solutions in various areas of Industrial Automation. To undertake a total or a partial Automation projects for any kind of Industries to Enhance Productivity, Quality, Accuracy, as well as increase in Production; with reduction in Cost of Production; Avoid Dependency; Minimizing Human Interface. Our motto is to provide a customized solution meeting the needs of the customer with high standard Quality norms.

Our solutions are not based on any ready made products, hence the customers need not to adjust to the product features, but the solution will adjust to the customers needs. The technology and the core features of our solutions will be defined to fit in the customer’s requirement. We also follow development methodology to help us and customer in monitoring, tracking and building Quality solutions.
Technobit Solutions (I) PVT. LTD’s objective is to build green field solutions in the area of Embedded solutions. Our strengths lies in the fact that we understand our customers’ needs and requirements and based on the requirements we build solutions. This is our key strength, through which the customer gets a custom – made solution to suit his requirements.

There is a direct interface in the sense that In current Automation system PLC is used as Master controller. In the case of CNC Machines the PLC is used as an I/O. Where as in DIFC the PLC is bypassed and the machine is directly controlled through the Industrial Grade Embedded Computer and peripheral IO cards and Motion control Card, Multi axis interpolation card.

DIFC offers Power and flexibility of PC features like Data connectivity, portability, while the core logic of the machine is working.

In the Present automation the upper level PC languages are used only for the GUI and the rest of the functions are established using Ladder Programming or in case of CNC it is G code M code are used. To bring in the flexibility to the controller the Upper level languages of computer is used both at front end and at back end also.

Advanced and simplified substitute for CNC Technology.
Low cost.
Flexible
Universal Hardware Platform
Easily Programmable
No need of specialized knowledge of running CNC machine or PLC programming.
Can be used in any types of machine.
Highly dependable
Very high level accuracy
Maintenance Free
Maintenance can be done locally.
Applications can be done

2) Image Processing
Multiple Cameras can be used and comparison is done with master image. It is used for inspection, sorting, test checking, etc.

3) RF Heating
Smokeless Energy source.
Generates controlled Heat within few seconds where in traditional techniques it takes hours and require lots of energy. Can be used in Industrial as well as domestic purpose.

Components:
Embedded Computer:
I) For Windows based software or for high level applications.

Motion Control Cards

1) Stepper Motor Control Cards:


	Features:
	High speed indexer for stepper motor control systems Speeds up to 50,000 steps per second are suitable for micro-stepping Trapezoidal and velocity profiling modes with 32 bit position register Independent, software controllable running and holding current settings Analog input for motor temperature sensing Limit switch inputs, e-stop input, plus auxiliary inputs and outputs Step and Direction outputs connect to many common drivers Serial interface can be used with RS232 or RS485 multi-drop communications
	The PC-STEP motion controller is high-speed step and direction signal generator for use with full, half, or micro-stepping stepper motor drivers, with step rates up to 50,000 step/second. It supports on RS232 or multi-drop RS485 serial interface using the same NMC communications protocol as the PC-SERVO and PC Input and PC Output controllers, supporting up to a total of 32 controllers. Its operating modes include profiled velocity mode, un-profiled velocity mode, trapezoidal profile position mode and un-profiled position mode. It has 2 limit switches inputs, one homing switch input, a stop input, a thermistor or A/D input, and two undedicated inputs. The driver interface includes an amplifier enable output, an analog current limit output, plus 5 undedicated outputs which can be used for amplifier control, or other purposes. The profiled modes (velocity and trapezoidal) can specify integer velocities in the range of 1 - 250. Un-profiled velocities can be specified to within the resolution of the PC-STEP’s internal 16 bit timer. Four different speed modes allow velocities as low as 25steps/second (even lower in un-profiled modes) and as high as 50,000 steps per second. The PC-STEP uses a 32 bit position counter, enabling very long motions to be executed.

2) Input Card :


	12 digital inputs. Three 8-bit analog inputs Two PWM driven 8 bit analog outputs. One counter/timer channel 4-wire RS485 communications interface can be connect to additional controllers (up to 32 total)

3) Output Card:


	12 digital Relay driving outputs. Three 8-bit analog inputs Two PWM driven 8 bit analog outputs. One counter/timer channel 4-wire RS485 communications interface can be connect to additional controllers (up to 32 total)

4) Servo Motor Control Cards:

I) Servo Motor Controller with Amplifier for Single phase DC Brush type Servo motor




	Features:

	32 bit position, velocity and acceleration control Trapezoidal and velocity profiling permit on-the-fly parameter changes 16 bit PID servo gains can be changed on-the-fly Multi-axis coordinated motion control support 2 or 3 channel encoder input, limit switch inputs, hall sensor inputs Amplifier includes over-current, over-voltage, under-voltage and thermal overload protection May also be used with external amplifiers 4-wire RS485 communications interface can be connect to additional controllers (up to 32 total) Nominal Board size: 2" x 3" Drive Ratings: 3A cont/ 6A peak, 12-48V DC

II) Servo Motor Controller with Amplifier for Three phase DC Brushless Servo Motor




	Features:

	32 bit position, velocity and acceleration control Trapezoidal and velocity profiling permit on-the-fly parameter changes 16 bit PID servo gains can be changed on-the-fly Multi-axis coordinated motion control support 2 or 3 channel encoder input, limit switch inputs Amplifier includes over-current, over-voltage, under-voltage and thermal overload protection 4-wire RS485 communications interface can be connect to additional controllers (up to 32 total) Nominal Board size: 3" x 3" Drive Ratings: 6A cont/ 7A peak, 12 – 48 V DC

Details of Software:


	a. Operating System: DOS, Linux, Windows, Win CE b. Front end Software language VB, VC++, C# , Java c. Back end Software: VB, VC++, C, C++, C#, Java d. Data base management: SQL, Ms Access. Excel.
	The selection of OS, front end software, back end software and data base management depends upon the requirement and machine logic.