Disposable Syringe

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Quality and Standards As per drug control specification
Production Capacity: Qty. Qty. a) 60 lakh Pieces of 2-5 ml
b) 12 lakh Pieces of 20-50 ml
Value a) 1.35 Crore
b) 0.84 Crore
Total-2.19 Crores
Uploaded on February 2020

Introduction

 

Disposable Syringes are being used by doctors to inject medicines through intravenous or intramuscular ways for the treatment of diseases & also by research & development personnel. Disposable syringes are made of plastic material and are used in the field of medical and veterinary science. Due to their availability in sterilized condition, ready to use, and cost effectiveness, disposable syringes are fast replacing the age-old glass syringes. Moreover, the horror of AIDS worldwide has almost dispensed with the reuse of syringes and the demand of disposable syringes has increased phenomenally. Disposable syringes are mostly injection moulded from polypropylene. Syringes are available in sizes of 1 ml, 2 ml, 5 ml and 10 ml, 50ml in a variety of designs and consist of either two or three components construction. The number and size of injection moulding machines required depend upon syringe construction, number of mould cavities, annual production.

 

Market

 

Disposable syringe has a wide market potential. The age-old glass syringes are very fast becoming obsolete. In the Eastern region of the country there is no unit manufacturing this product. Some of the units manufacturing this product are in other parts of the country.

(1) Steryware, Faridabad
(2) Cadilac
(3) Dispovan, Faridabad
(4) Cadilac hospital product, Ahmedabad
(5) Surgiplus, Ahmedabad
(6) Transplastic, Pondicherry
(7) Albert David, M.P.
(8) Manoj Surgical, Indore .

 

Some of these units are 100% export-oriented units. Disposable syringes are very common product being used by hospitals. Govt is also a very big buyer of syringes. In view of the fast expanding market, the prospects of disposable syringe are very bright.

 

Basis and Presumption

 

1. The scheme is based on single shift (8 hours) basis and 300 working days per annum.

2. The estimates are drawn for a production capacity generally indicated techno economically viable for model type of activity.

3. Cost in respect of land and building, machinery and equipments, raw-materials and the selling prices of the finished products etc. are those generally obtained at the time of preparation of the project profile and may vary depending on various factors.

4. The time period for achieving full/envisaged capacity utilization is three years.

5. The interest rates considered are those which are presently charged by state financial institutions.

6. The labour wages are considered as per the prevailing rates. They may vary from place to place.

7. The margin money is 25% for fixed capital and working capital. The pay back period for the project is 3 years.

 

Implementation Schedule

 

Project implementation will take a period of 8 months from the date of approval of the scheme. Break-up of activities will relative time for each activity is shown below:

 

 

Nature of Activities

Estimated Period

1.

Market Survey & Preparation of project report

One Month

2.

Enterprise registration from DIC

Two weeks

3.

Sanction of loan from bank or state financial institution

One Month

4.

Approval from drug controller & Clearance from Pollution Control Board

Two Weeks

5.

Placement for order for delivery of Plant & machinery

One Month

6.

Installation of plant & machinery

Two Month

7.

Power connection

One Month

8.

Trial run

Two weeks

9.

Commencement of production

Eight Month onwards

 

Technical Aspects

Process of Manufacture:

 

Production of disposable syringe requires special injection moulding machines and special moulds. M/s DGP Windsor has introduced ferromatic injection moulding machine for this purpose. Raw material required is polypropylene. It is fed into the injection moulding machine and moulded in chilled condition to get better clarity. The moulded syringes is then assembled with the needle in automatic assembly machine. The whole assembly is then sterilized in sterilization plant using ethylene oxide. The completed syringe is then blister packed in automatic packing machine.

 

Quality Control

 

The product should conform to drug control specification and drug license should be obtained for production of this item.

 

Production Capacity (per month)

 

2 ml -5 ml size- 60 lakh Pcs

20-50 ml size - 12 laks Pcs

 

Pollution Control

 

No special pollution control measures are needed for manufacture of this item.

 

Energy Conservation

 

Proper maintenance of the power operated machines and judicial use of them will conserve energy.

 

Financial Aspects

A. Fixed Capital Investment

 

(i) Land & Building

Area Sq. mtrs.

 

(Rs)Per Month

Land

600

Rented

20,000

Built up area

400

 

 

 

ii) Machinery & Equipments

 

 

Description

Qty. (Nos)

Rate (in Rs.lakh)

Value (in Rs. Lakh)

 

A) Production Unit

 

 

 

1.

Zigma Injection Moulding Machine cap. 80 Ton

2

18

36.0

2.

Injection moulding machine cap. 120 Ton

1

24

24.0

3.

Sterilization Plant (Ethylene Oxide)

1

6

6.0

4.

Bilster Packing Machine

1

9

9.0

5.

Packing Machine

2

7

14.0

6.

Scrap Grinding Machine

1

1.5

1.5

7.

Air Compressor

1

1.5

1.5

8.

Water Pump

1

0.2

0.2

9.

Chilling Plant

1

2.0

2.0

10.

Moulds of 2 ml, 5 ml, 10 ml, & 50 ml including Barrel & Plunger

-

Varies per sizes as

20.0

 

Erection and Electrification @ 10%

 

 

11.4

 

Total

 

 

Rs 125.6

 

Furniture & Fixture

 

 

80,000

 

Pollution Control & lab. Equipments

 

 

80,000

 

Pre-operative expenses

 

 

25000

 

Total Fixed capital investment

 

 

Rs 127.45

 

Working Capital (Per Month)
Raw Material

 

S.No.

Name of the Raw Material

Qty.

Rate per kg/pc

Value (Rs. Lakh

1.

Polypropylene

4.5 tons

90/-

4.05

2.

Rubber Gaskets

6 lakh

0.50

3.0

3.

Needle

6 lakh

0.50

3.0

4.

Packing Material

 

lumsum

0.50

5.

Printing ink

 

lumsum

0.20

 

 

 

Total

10.75

 

Staff and Labour

 

Designation

Nos.

Salary (Rs.)

Total (Rs.)

Manager

1

8,000/-

8000/-

Mfg. Chemist

1

7000

7000/-

Analytical Chemist

1

7000

7000/-

Skilled Workers

4

5000

20000/-

Semi-skilled workers

3

4500

13500/-

Accountant

1

5000

5000/-

Sales Manager

1

5000

5000/-

Peon cum Chowkidar

1

3000

3000/-

 

 

 

68500/-

Perquisites @ 15% of Salaries

 

 

10250/-

 

 

Total

78750/-

 

 

or say

79000/-

 

Other Expenses

 

Activity

Amount (Rs)

Electricity

10000

Water

1000

Telephone

1000

Transportation

6000

Rent

20000

Maintenance and Repairing

1000

Advertisement & Publicity

1000

Insurance

2000

Misc. Exp.

1000

 

43000

 

Total Working Capital P.M
= 10,75,000 +79000+43000
= 11.97 Lakh

 

Working capital for 3 months
= 11.97 x 3
= 35.91

 

Total Capital Investment
= Rs. 127.45 lakh + 35.91 lakh
= 1.63 crore

 

Cost of Production (PM)

 

 

Description

Amount (Rs Cr)

1.

Recurring expenditure

1.44

2.

Depreciation on plant & machinery @ 10%

0.13

3.

Depreciation on furniture @ 20%

0.02

4.

Interest on T.C.I @ 13%

0.21

 

Total

1.78

 

Turnover by sale of 60 lakh pcs of 2 ml to 5 ml on average Sale price 2.25/- per piece

1.35 crore

 

12 lacs pcs. of 20-50 ml @ 7/- per piece

0.84 crore

 

Total

2.19 crore

 

Net Profit

= 219 Lakh – 178 Lakhs

 

= 41 Lakh

 

Percentage profit on sale

41x100
-----------------
219

 

=17.52 %

 

Percentrage profit on TCI

41x100
-----------------
163

 

=25.15%

 

Fixed Cost

 

40% of Staff and Labour

=

3.79 Lakh

40% 0f Other expenses

=

2.06 Lakh

Total Depreciation

=

13.0 Lakh

Intrest on Total Capital Investment

=

21.0 Lakh

 

 

Rs. 39.85 Lakh

 

Break Even Point

39.85x100
-----------------
39.85+41.00

 

=48%

 

Addresses of Machinery and Equipment Suppliers:

 

1. M/s D.G.P. Windsor India Ltd.,
E-6, U2 Road, Wogle Industrial Estate Thane
Mumbai-400604.


2. M/s Sunanda Industrial Machinery A Division of Mafatlal Marg Industries Ltd.,
109, Standard House,
83, Maharishi Karup Road,
Mumbai-400002.


3. M/s Indian Hydraulic Ind. Pvt. Ltd.,
70 Shivaji Marg,
Industrial Area,
New Delhi-110015.


4. M/s Ferromatik Milacron India Ltd.,
Plot No. 92, Phase-
I, GIDC Vatva, Ahmedabad-382445

 

Addresses of Raw Material Suppliers:

 

1. M/s Indian Petrochemicals Corporation Ltd.,
P.O. Petrochemicals Township,
Vadodara-391346

 

2. M/s Reliance Industries Ltd.,
Swastik Mill Compound, V.N. Purav Marg,
Chembur, Mumbai-400071.

 

3. Gas Authority of India Ltd.,
16 Bhikaji Cama Palace,
R.K. Puram, New Delhi-110066

 

 

For further information please contact

Information Manager
TIMEIS Project
E-mail: timeis@ficci.com