NanoFit Inc.
Vision
A life-giving organization striving for optimum therapeutic methods in accordance to
technological advancements. Committed to provide high quality, accessible, and exceptional
medication for the wellness of the community.
Mission


NanoFit's mission is to provide quality healthcare services to our customers.
To provide hope, care, and cure.
Company Nature
NanoFit introduces a breakthrough in the world of technology and medicine, aiming to
develop the procedure of medicinal care to make it safer and faster with the help of
nanotechnology. In layman’s terms, the process of scrutinizing with the use of “microchip” is
simply ingesting it, and it will begin to do work on its own, but under the surveillance of
professionals. An essential component of medicine is life. Thus, NanoFit is collaborating to
offer clients technology that is both lasting and of an exceptional quality, while also
highlighting the need for continued research and study into more ecologically friendly and
sustainable business methods in the region. Our main areas of focus include the
development, design, and production of several technologies that will make consumers' lives
better and easier. In appreciation to the people who believed and funded the development of
the project, the first projects developed were named according to our primary stakeholders.
They were also the pioneer beneficiaries of these, which they not only believed but
thoroughly trusted throughout, demonstrated by the long line of achievements of our
products, with the aid of great corroboration among the team. The business is now
operational in several areas even outside Batangas, but our headquarters stay in the vicinity
of where we picked up ourselves and made the difference.
Company History
NanoFit Incorporation is a company that has overcome several challenges and
obstacles to the way of dedication and a commitment to excellence. Through Engr. Kathleen
Capalaran and her colleagues' determination in the face of numerous failures, the previously
underachieving company was reborn and transformed into one of the most reputable providers
of quality healthcare services in the Philippines.
Engr. Capalaran, who had the idea to start this company because of the influence of
her family of doctors and nurses, as well as her knowledge of engineering, approached Engr.
Lagus about collaborating and exchanging ideas. They created a company, but due to a lack
of successful projects and bankruptcy, it was unable to make a consistent impact on the
industry over time. The company failed due to bankruptcy and several unpaid debts because
it was unable to generate a consistent income from its operations.
So, they carefully devised a concrete plan to build a successful company. Initially, they
struggled to come up with an innovative idea for an existing product, so Engr. Capalaran uses
her family's connections to contact someone in the medical industry who might have ideas or
insights into their proposed product. They also attend seminars and meetings on business
management. Engr. Lagus continues to research and expand his knowledge of hardware and
nanotechnology; he is in charge of it.
NanoFit Inc.
After months of planning and research, they decided to hire colleagues to assist them
in their business. They struggled at first to find colleagues who would trust and help them
expand their knowledge, but Engr. Capalaran was able to utilize the company's teams and
even persuade some of her former college classmates to work alongside her in managing the
company's key sectors.
Engr. Kathleen Capalaran and Engr. John Ramsey Lagus worked with five more
engineers to create a plan proposing the desired incorporation. To avoid bankruptcy in the
upcoming future, Engr. Capalaran hired Engr. John Zelwyn Esguerra to be the company’s
financial analyst. Engr. Esguerra was tasked to make the financial plans of the NanoFit
Incorporation. On the other hand, Engr. Lagus referred to Engr. Cassandra Vallejo to lead the
company's research and development department to guarantee that the NanoFit Incorporation
is continuously suited to the industry's needs. Former college classmate of Engr. Capalaran
hired Engr. Brylla-Jane Montero as a Sales and Marketing Manager, she will manage the
marketing and sales teams as well as perform managerial duties to help the company fulfill its
operational goals. Engr. Capalaran hired Engr. Anthony Reynes as a Human Resources
Manager entrusted to oversee the screening, interviewing, and placement of workers or
applicants, as well as the protection of the company from workplace issues. And with the help
of Engr. Christine Arquez as a Human Resources Assistant she’s the one answering phone
calls, conducting research to find potential job candidates, compiling materials, and
maintaining employee database records in order to find quality employees. Every position in
the company is interconnected, which is why the management team's performance and
collaboration are related to the company's status.
In 2010, NanoFit received its first investment to fund the initial model which was tested
and proven to be efficient. NanoFit started as a small technology based-business located at
Alangilan, Batangas, which focuses on the development of medicine. NanoFit offers their own
brand of medicine that is created by our genius engineers and professionals in the medical
fields. Engr. Lagus was the one who created the company’s name, “nano” means little or small
and “fit” means suitable, it combines the microchip suitable and safe to ingest that provides
medical services. This microchip-based technology is applied in medical sciences, especially
by doctors. These microchips are directly embedded in the patient's body and doctors should
monitor as well as control the drug release into their patients’ body remotely through wireless
connections.As time goes by, NanoFit gained popularity through their innovative products that
have a big contribution in curing people. They used advanced technology to create effective
and budget-friendly products.
NanoFit Incorporation is now recognized as the one of the notable corporations and
prestigious group of explorers with outstanding goods and services. In a short period of time
in business, the company has already surpassed its competitors while also addressing
medical issues in the region. The company encouraged continuous research and development
in the future in order to address or eventually achieve new advanced medical technology.
From start to finish, the company maintained its pioneering spirit of toughness, creativity, and
perseverance.
NanoFit Inc.
Organizational Structure
Board of Directors
Engr. Kathleen Capalaran
Chief Executive Officer
Engr. John Ramsey Lagus
Chief Production Officer
Engr. Anthony Reynes Jr.
Financial Analyst
Engr. Brylla-Jane Montero
Sales and Marketing Manager
Engr. Cassandra Ysabelle
Vallejo
Chief Research and Development
Officer
Engr. John Zelwyn Esguerra
Human Resource Management
Engr. Christine Ann Arquez
Human Resources Assistant
NanoFit Inc.
Products/Services
NanoFit Inc. focuses on producing harmless, high-quality, and effective microchips. To
innovate our microprocessor and stay up with the quick advancement of technology, the
company went through a comprehensive process. Developed the notion of generating
computer-programmed microchips using medical technology developments from the United
States. The company imports all the latest necessities required for creating and sustaining the
chip's quality and efficacy. Computer-based chips are manufactured, developed, and studied
thoroughly in our electronics manufacturing area, preparing for release on the market and
benefiting from the field of technology and medicine. Moreover, the company's examination
includes ongoing research and development of equipment and technologies that have served
as accountable for product testing.
Figure 1. Medical Technology Services
Figure 2. Microchip Capsule
Figure 3. NanoFit Factory
Figure 4. NanoFit Main Factory
NanoFit Inc.
NanoFit Inc. also provides medical services to public and private hospitals and other
companies. This product will be able to help them recover from their illness. Therefore, some
other hospitals and companies will accept special services, especially for their fellow medical
workers who have encountered problems with their patients. NanoFit Inc. supplies microchips
and other medical technologies. Additionally, one significant movement the company is
currently working on is being a part of "Future Medicines." Moreover, this collaboration lets
NanoFit fulfill its mission of unlocking more caring ways of operating and running the medical
technology industries for its people's better healthy lifestyles, the progress of the company,
and keeping up with the challenges in the industry.
NanoFit Inc.
Projects Completed
1. Microchip – Nano Fit Inc.
A capsule, which is resistant to stomach acids, is shaped like a medical pill,
and can be orally taken in the same manner. This capsule includes a pair of plastic
shells surrounding a circuit board, and, in an alternative embodiment, a
microprocessor. The circuit board includes memory circuits for storing personal
identification data, which is made available when needed, but which cannot be
changed without a code number or word. A battery, an antenna for wireless access,
and a metal disk supporting the location of the capsule with metal detectors may be
added.
Figure 5. Building Microchip
2. Acer Inc.
The company has been a key supplier of microchips to Acer Incorporation, which
are frequently utilized for the company's own stocks. The company's major products are
the laptop and tablet, as it is involved in microchip product research, development,
manufacturing, and sales.
Figure 6. Nano Fit supplying Microchips products to Acer Inc.
NanoFit Inc.
Ongoing Projects
1. Microchip Technology Expansion
The possible expansion of Microchip would not be nearly as massive as the
"megafabs" that Intel, Micron, Samsung, and others are creating in other regions of
the country. However, that might be a vital hint that Oregon is still in the game. If
Microchip chooses to develop elsewhere, it will raise new concerns about Oregon's
viability as a destination for rising chipmakers. "Due to the complexity of this issue and
the procedures governing the review of this case, there is nothing we can say publicly
right now."
Figure 7. Microchip Technology Expansion
Future Projects
1. Edible Microchips
Helius pills monitor patients’ reaction to treatments, and send the information to
their mobile phone or computer. Helius contains a soluble microchip, which patients take
alongside their usual medicine. It reacts with the stomach acid and gives off an electrical
pulse, which is received by an adhesive patch on the patient’s body. Data about heart rate,
respiration and temperature are then sent to the patient’s mobile phone or computer.
Figure 8. Microchip
NanoFit Inc.
Background
There are a lot of people who are facing different problems every day. One of the most
common problems is health-related problems. With the health problem, it also comes with the
financial problem. The majority of medicines and hospitals are expensive, especially when it
is needed continuously. Here are the following objectives that will be addressed below:
Creating a Budget-Friendly Product. Technology is a complex thing. You can do
anything as long as you have the materials and you know what you want to do. NanoFit Inc.
is working on creating a microchip that would contribute to the world of medicine and
technology. The microchip would be made up of gelatin of a capsule. The gelatin of a capsule
is affordable and that's what makes the product cheap yet effective
Soluble and no adverse effects on the body.
Most of the microchips we know are metals and have an effect on the body. NanoFit's
microchip has its own special capability to dissolve. It is especially made with gelatin usually
used in making capsule shells. Since it is made with gelatin, it has no harmful effect on the
human body. It will be taken orally and work inside the body as its main purpose is to know
the specific disease of a human.
Create a product/ service that keeps up with the advancement in the medicaltechnology field.
As time passes by, numerous advanced technologies are being produced in the world. One
factor to consider is on how effective, advanced and convenient it is especially to those sick
people who need to undergo countless tests. The microchip we knew are metals and made
out of hard materials normally implanted in some specific part of the body. Through the
emergence of high-tech machinery, our products have become more advanced and sufficient
to provide the medicational advancement in our society.
NanoFit Inc.
Description
To heal, care, and cure. NanoFit is driven by its ultimate goal of delivering high
quality products to the masses by utilizing nanotechnology to develop medicine in the most
efficient way possible. This microchip works like a capsule which is to be ingested by the
person, then works its way inside the body to identify whatever there is need to be cured.
Like a regular capsule, its parts are inside covered by a protective hard outer shell
which will be broken down through digestion. The acids will activate the transmitter and
microchip. With the right amount of solution and concentration, acids could produce
electricity. To support this claim, a study conducted by Mcdonell in 2018 tried replicating a
simple voltaic battery cell, but with the use of stomach acids. The researcher put copper and
zinc electrodes on the ingestible sensor's surface to duplicate that method. The voltaic circuit
is powered by the zinc, which also produces enough energy to run a 900megahertz
transmitter and a commercial temperature sensor. The zinc discharges ions into the stomach
acid to power the voltaic circuit. The voltaic cell produced enough energy while within the
stomach to run a temperature sensor and wirelessly send data to a base station two meters
away once every 12 seconds. The cell produced just 1/100 of what it did in the stomach
once it was in the small intestine, which is less acidic than the stomach. Our capsule would
work in the same manner, but with the integration of medicine and technology. With this, the
possibilities our capsule could make becomes infinite in both worlds.
Figure 9. Computer Programming
Figure 10. Microchip Making / Machine
NanoFit Inc.
Detailed Budget Requirement for the Year 2022-2023
Cost
BUDGET
LINE
ITEM
1
AMOUNT
PROPOSED/
DESCRIPTION
NEEDED
SOURCES
RESEARCH &
DEVELOPMENT
1,500,000 Php
NANOFIT
INCORPORATION
MATERIALS NEEDED
7,000,000 Php
OCTA-GENE
SYSTEMS,
INCORPORATED
2
3
MEDICAL AND NANO
TECHNOLOGICAL
MACHINES TO MAKE THE
PRODUCT
8,000,000 Php
MEDICAL AND
MICROCHIPS
TECHNOLOGY
(MMT)
4
PRODUCT TRIAL
2,000,000 Php
ABESTOS TESTING
LABORATORIES (ATL)
5
LOT FOR THE
MANUFACTORY
3,000,000 Php
ALANGILAN,
BATANGAS
6
SHIPMENT
2,000,000 Php
2GO EXPRESS
7
EQUIPMENTS
6,000,000 Php
GILEAD SCIENCE
INC.
8
OTHER EXPENSES
1,000,000 Php
NANOFIT
INCORPORATION
RETAINED EARNINGS
NanoFit Inc.
LABOR COST (ANNUALLY)
700,000 Php
TOTAL COST
31,200,000
Php
NanoFit Inc.
Work Project Plan
Time Table
Phases
of
Activities
Output/Target
Person in
Resources
Charge
needed
To discuss the
possible
problems and
what are the
possible
alternative
ideas.
Chief Executive
Officer (CEO)
Special
Expertise,
Resources
Management
100,000
Php
To find
institutional
investors tha
t will help the
business
scale.
Chief
Executive
Officer (CEO),
Financial
Analyst
Manpower,
Transportatio
n
100,000
Php
Look for the
supplier on
the needed
materials.
To find the
right
supplier
of affordable
but quality
materials.
Sales and
Marketing
Officer
Manpower,
Transportatio
n
5,000,00
0 Php
Hire
production
staff
To find staff
who are
capable to
maintain
and make
the
machines
work and
check the
quality
products.
Chief
Production
Officer,
Human
Resource
Manager
Human
Resource
Manager,
Human
Resource
Assistant
Cost
the
project
(Date)
February
2009
March
2009
May 2009
July 2009
Planning
Find
institutional
investors an
d partners.
500,000
Php
NanoFit Inc.
Septembe
r 2009
November
2009
Proving one
machine to
check what are
the possible
problems to the
machines and
fix it
Checking of
product to
identify the
strengths and
weaknesses.
To begin
trying to fix
the problems
to be able to
manage in
times of
operating
days.
To
evaluate
whether
the
product is
usable and
efficient.
Chief
Production
Officer,
Manpower,
Equipment,
Research and
Development
Officer,
Chief
Production
Officer
Manpower,
Transportatio
n
Research and
Development
Officer,
Chief Productio
n
Officer
Manpower,
Transportatio
n
Chief
Executive
Officer,
Sales and
Marketing
Manager
Manpower
5,000,00
0 Php
2,000,00
0 Php
To know if
the product
needs
improvement
s.
January
2010
Finalizing the
product and
machines before
launching the
products.
March
2010
Launch the
product as
well as the
advertising
and budget
proposal that
has been
developed.
To
examine
and final
testing
before
publishing
it
To develop a
comprehensive
marketing and
financial
strategy that
will certainly
succeed.
GRAND TOTAL
1,000,00
Php
3,000,00
0 Php
Php 16,700,00
NanoFit Inc.
Specification
Figure 11. Microchip Process
The first step in creating a microchip is typically to deposit thin films of materials onto
the silicon wafer. These materials can be conductors, isolators or semiconductors. The
second step is lithography, or photolithography, is the critical step in the computer chipmaking process. It involves coating the wafer with photosensitive material and exposing it
with light inside an ASML lithography machine. The third step is to print a layer of a chip,
the wafer is first coated with a light-sensitive layer called a ‘photoresist’, or ‘resist’, for short.
It then enters the lithography machine. The fourth step is inside the lithography machine,
light is projected onto the wafer through the reticle containing the blueprint of the pattern to
be printed. The system’s optics shrink and focus the pattern onto the resist. Where light hits
the resist, it causes chemical changes, recreating the pattern from the reticle in the resist.
The fifth step is the reticle containing the pattern to be printed on the wafer sometimes
needs to be optimized by intentionally deforming the pattern to compensate for physical and
chemical effects that occur during lithography. ASML machines do this by combining
algorithmic models with data from our machines and from test wafers. The sixth step is
after leaving the lithography machine, the wafer is baked and developed to make those
changes permanent, and some of the photoresist is washed away to create a pattern of
open spaces in the resist. The seventh is materials such as gases are used to etch away
material from the open spaces creating during the developing phase, leaving a 3D version of
the pattern.
The eighth step is metrology and inspection, throughout the chip production process,
the wafer is measured and inspected for errors. These measurements are fed back to the
systems and are used to optimize and stabilize the equipment. The ninth step is the wafer
may also be bombarded with positive or negative ions to tune the semiconductor properties
of parts of the pattern, before the remaining photoresist is removed. The tenth step is this
whole process, from deposition to resist removal, is repeated until the wafer is covered in
patterns, completing one layer of the wafer’s chips. To make an entire chip, this process can
be repeated up to 100 times, laying patterns on top of patterns to create an integrated circuit.
In the final step in production, the wafer is diced into individual chips, which are
encapsulated in protective packages. The chip is now ready for your TV, tablet or other
digital device!
NanoFit Inc.