Mlew Engineering Pvt. Ltd., India

Company Description

WE ARE A LEADING
DISPOSABLE PLASTIC CONTAINER (cup,
tray)MAKING MACHINE MANUFACTURING COMPANY (AN ISO 9001:2008 CERTIFIED
ORGANIZATION)IN INDIA.

OUR PRODUCTS :-

1) AUTOMATIC THERMOFORMING( Mechanical & Servo type BOTH) ,

2) AUTO
STACKING-AUTO COUNTING- TILTING MOULD THERMOFORMING,

3) VACUUM FORMING,

4) SHEET
EXTRUDER( MONO-2 LAYER),

5) HIPS BLOWNNFILM,

6) THERMOFORMING MOULD

ETC.

-------------------------------------------------------------------------------------------------------------------------

PLEASE CONTACT
–

ROHIT DATTA /

MOB:-
(+91)9674889754. /

EMAIL:-
[email protected] /

MLEW ENG. PVT. LTD.

KOLKATA.

INDIA.

-------------------------------------------------------------------------------------------------------------------------

1) Thermoforming
Machine (MODELS)

A)
5028
B) 5030
C)   6530
D)    6535
E)   SPFM

F)
FormaPlus
G)   Swivel

A) 5028:-

5028 Series - Technical Specifications

Technical Specification	MLEW / PS / 5028-12	MLEW / PP / PS / PET / 5028-12
Raw Material	HIPS	PP / HIPS / PET
Dry Cycle	30	30
Sheet with Range	200 - 530 mm	200 - 530 mm
Forming Width	500 mm	500 mm
Transport Length	330	330
Platen Size	770 X 260	770 X 260
Sheet Thickness	0.30 - 1.50 mm	0.30 - 1.50 mm
Maximum Cutting Length	3200 mm	3200 mm
Forming Area	500 mm X 280 mm	500 mm X 280 mm
Main Motor	3.75 KW < AC Frequency Drive >	3.75 KW
Top Heater	18.20 KW	22.75 KW
Bottom Heater		18.20 KW
Heating Zones for Heating	7 zones	7 zones
Heating Element in each Zone	5 elements in the Top	5 elements in the Top 4 elements in the Bottom
Size of Machine	5.7 m (L) X 2.8 m (W) X 2.7 m (H)	5.7 m (L) X 2.8 m (W) X 2.7 m (H)
Air Pressure	7-6 BAR	7-6 BAR
Water Temperature	22° - 28°C (HIPS)	22° - 28°C (HIPS) 7° - 8°C (PP)
Water Pressure	1 BAR	1 BAR

B)5030
:-

5030 Series - Technical Specifications

Technical Specification	MLEW / PS / 5030-12 /AT	MLEW / PP / 5030-12 /AT
Dry Cycle per Min	40	30
Sheet Width with PP	530 mm (Max)	530 mm (Max)
Forming Width with PP	500 mm (Max)	500 mm (Max)
Transport Length	330 mm (Max)	330 mm (Max)
Platen Size	770 mm X 310 mm	770 mm X 310 mm
Sheet Thickness	0.30 mm - 1.20 mm	0.30 mm - 1.20 mm
Maximum Draw Depth	120 mm	120 mm
Forming Area	500 mm X 300 mm	500 mm X 300 mm
Main Motor	5.62 KW	5.62 KW
Top Heater	22.75 KW < AC Frequency Drive >	22.75 KW
Bottom Heater		18.20 KW
Heating Zones/Top Heating	7 zones	7 zones
Heating Zones/Bottom Heating		7 zones
Heating Element in each Zone	5 elements in the Top	5 elements in the Top 4 elements in the Bottom
Size of Machine	5.7 m (L) X 2.8 m (W) X 2.7 m (H)	5.7 m (L) X 2.8 m (W) X 2.7 m (H)
Weight of Machine	3 Tonne (approx)	3 Tonne (approx)
Air Pressure	7-6 BAR	7-6 BAR
Water Temperature	22° - 25° C	7° - 8° C
Water Pressure	1 BAR	1 BAR

C) 6530:-

6530 Series - Technical Specifications

Technical Specification	MLEW / PS / PP / 6530-12 /AT
Dry Cycle per Min	30
Sheet Width with PP	580 mm (Max)
Forming Width with PP	650 mm (Max)
Transport Length	330 mm (Max)
Platen Size	900 mm X 310 mm
Sheet Thickness	0.30 mm - 1.20 mm
Maximum Draw Depth	120 mm
Forming Area	650 mm X 300 mm
Main Motor	7.5 KW ( AC Frequency Drive )
Top Heater	29.25 KW
Bottom Heater	23.40 KW
Heating Zones/Top Heating	9 zones
Heating Zones/Bottom Heating	9 zones
Heating Element in each Zone	5 elements in the Top
Heating Fields in each Zone	4 elements in the Bottom
Size of Machine	6 m (L) X 3.5 m (W) X 2.7 m (H)
Weight of Machine	4.5 Tonne (approx)
Air Pressure	7-6 BAR
Water Temperature	7° - 8° C
Water Pressure	1 BAR

D)
6535:-

6535 Series - Technical Specifications

Technical Specification	MLEW / PS / PP / 6535-12 /AT
Dry Cycle per Min	40
Sheet Width with PP	680 mm (Max)
Forming Width with PP	650 mm (Max)
Transport Length	380 mm (Max)
Platten Size	900 mm X 360 mm
Sheet Thickness	0.30 mm - 1.20 mm
Maximum Draw Depth	120 mm
Forming Area	650 mm X 350 mm
Main Motor	7.5 KW ( AC Frequency Drive )
Top Heater	35.10 KW
Bottom Heater	29.25 KW
Heating Zones/Top Heating	9 zones
Heating Zones/Bottom Heating	9 zones
Heating Element in each Zone	6 elements in the Top
Heating Fields in each Zone	5 elements in the Bottom
Size of Machine	6 m (L) X 3.5 m (W) X 2.7 m (H)
Weight of Machine	4.5 Tonne (approx)
Air Pressure	7-6 BAR
Water Temperature	7° - 8°C
Water Pressure	1 BAR

E)
SPFM :-

SPFM - 12 AT / PS - Technical Specifications

Technical Specification	SPFM - 12 AT / PS
Dry Cycle per Min	25
Sheet Width with PP	830 mm (Max)
Forming Width with PP	800 mm (Max)
Transport Length	580 mm (Max)
Platten Size	1000 mm X 600 mm
Sheet Thickness	0.30 mm - 1.00 mm
Maximum Draw Depth	100 mm
Forming Area	800 mm X 570 mm
Cutting	Online
Main Motor	11 KW ( AC Frequency Drive )
Top Heater	50.05 KW
Heating Zones/Top Heating	11 zones
Heating Element in each Zone	7 elements in the Top
Size of Machine	6 m (L) X 3.5 m (W) X 3.0 m (H)
Weight of Machine	5 Tonne (approx)
Air Pressure	7-6 BAR
Water Temperature	18° - 20° C
Water Pressure	2 BAR

F)
FormaPlus :-

FORMAPLUS - Technical Specifications

Technical Specification	FORMAPLUS - I	FORMAPLUS - II
DRY CYCLE	40 Cycle/min	40 Cycle/min
SHEET WIDTH WITH PP	Max 530 mm	Max 680 mm
FORMING WIDTH WITH PP	Max 500 mm	Max 650 mm
TRANSPORT LENGTH	Max 330 mm	Max 330 mm
PLATTEN SIZE	800 mm X 310 mm	900 mm X 310 mm
SHEET THICKNESS	0.3 mm - 1.2 mm	0.3 mm - 1.2 mm
MAXIMUM DRAW DEPTH	150 mm	150 mm
FORMING AREA	500 mm X 300 mm	650 mm X 300 mm
MAIN MOTOR (SERVO DRIVEN)	12 KW	15 KW
TOP HEATER	22.75 KW	29.25 KW
BOTTOM HEATER	18.20 KW	23.40 KW
HEATING ZONE TOP HEATING	7 Zones	9 Zones
HEATING ZONE BOTTOM HEATING	7 Zones	9 Zones
HEATING ELEMENT IN EACH ZONE	5 Element on the top	5 Element on the top
HEATING FIELDS IN EACH ZONE	4 Element at the bottom	4 Element at the bottom
SIZE OF THE MACHINE	6M (L) X 3.5M (W) X 2.7M (H)	6M (L) X 3.5M (W) X 2.7M (H)
WEIGHT OF THE MACHINE	4.5 Ton (approx.)	4.5 Ton (approx.)
AIR PRESSURE	7 - 6 Bar	7 - 6 Bar
WATER TEMPERATURE	8° - 7 ° C	8° - 7 ° C
WATER PRESSURE	1 Bar	1 Bar

G)
Swivel :-

SWIVEL - Technical Specifications

Sl. No.	Description	Details
1	Dry Cycle	25 min-1
2	Sheet Width	530mm Max
3	Forming Width	500 mm Max
4	Transport Length	350mm Max
5	Platen Size	800mm x 350mm
6	Sheet Thickness	0.3mm - 1.3mm
7	Maximum Draw Depth	120mm (150mm Optional)
8	Forming Area	500mm x 300mm
9	Punching Force	280KN
10	Platen Movement	Servo Driven - 12KW
11	Sheet Feeding	Servo Driven - 2.2KW
12	Plug Assist	Servo Driven - 2.2KW
13	Tilting	Servo Driven - 3.75KW
14	Stacking	Servo Driven - 0.5KW
15	Unwinder	0.75KW
16	Scrap Winder	0.37KW
17	Top Heater	27.30KW
18	Bottom Heater	18.20KW
19	Heating Zone (Top)	7 Zones
20	Heating Zone (Bottom)	7 Zones
21	Heating Element in Top	6 Elements
22	Heating Element at Bottom	5 Elements
23	Total Connected Load	67.27 KW
24	Consumption Load	40.35 KW
25	Size of the Machine	7.5m (L) x 4m (W) x 2.7m (H)
26	Weight of the Machine	6 Ton
27	Air Pressure	7 - 6 Bar
28	Water Pressure	1 Bar
29	Water Temperature	7° - 8° Celcius

SWIVEL
- Stacking Mechanism

The formed
product is being inserted in to the chute by the ejection system and the
stacker reverts back. After that the separator separates the products from the
chute as per the desired requirement.

3) Extruder ( MONO LAYER &
DOUBLE LAYER)

A)
Mono
Extruder(MONO LAYER

MODELS)

65 / 75 / 90 / 120 ETC.

§
65

ML - PP - PS - 65 - Technical Specifications

Technical Specification	ML - PP - PS - 65
Screw Dia	65 mm
L/D Ratio	28 : 1
Screw Speed	120 RPM (max)
Drive Motor	30 KW, 1500 RPM, 415 Volt AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)
Heating Load	5 zones, 16.2 KW Total
Cooling Blower	5 nos, 0.18 KW each
Output/Hour	90 kg (max) based on PP after trimming 110 kg (max) based on HIPS after trimming

§
75

ML - PP - PS - 75 - Technical Specifications

Technical Specification	ML - PP - PS - 75
Screw Dia	75 mm
L/D Ratio	28 : 1
Screw Speed	120 RPM (max)
Drive Motor	37.5 KW, 1500 RPM, 415 Volt AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)
Heating Load	6 zones, 19.5 KW Total
Cooling Blower	6 nos, 0.18 KW each
Output/Hour	120 kg (max) based on PP after trimming 160 kg (max) based on HIPS after trimming

§
90

ML - PP - PS - 90 - Technical Specifications

Technical Specification	ML - PP - PS - 90
Screw Dia	90 mm
L/D Ratio	28 : 1
Screw Speed	120 RPM (max)
Drive Motor	45 KW, 1500 RPM, 415 Volt AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	1" BSP (inlet & outlet)
Heating Load	6 zones, 25 KW Total
Cooling Blower	6 nos, 0.18 KW each
Output/Hour	160 kg (max) based on PP after trimming 200 kg (max) based on HIPS after trimming

§
120

ML - PP - PS - 120 - Technical Specifications

Technical Specification	ML - PP - PS - 120
Screw Dia	120 mm
L/D Ratio	30 : 1
Screw Speed	120 RPM (max)
Drive Motor	75 KW, 1500 RPM, 415 Volt 50 C/s sq cage Induction Motor make - ABB or any reputed
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	¾" BSP (inlet & outlet)
Heating Load	6 zones, 36 KW Total
Cooling Blower	6 nos, 0.18 KW each
Output/Hour	240 kg (max) based on PP after trimming 270 kg (max) based on HIPS after trimming

B)
Co Extruder (DOUBLE LAYER

MODELS)

§
65-30 / 75-40 / 90-50 / 120-50

§
65-30

ML - PP - PS - 65/30 - 1X - Technical Specifications

	Main Extruder	Co Extruder
Screw Dia	65 mm	30 mm
L/D Ratio	28 : 1	28 : 1
Screw Speed	120 RPM (max)	120 RPM (max)
Drive Motor	30 KW, 1500 RPM, 415 Volt AC Motor	3.7 KW, 1500 RPM, 415 Volt AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)	¾" BSP (inlet & outlet)
Heating Load	5 zones, 16.2 KW Total	3 zones, 4.0 KW Total
Cooling Blower	5 nos, 0.18 KW each	3 nos, 0.18 KW each
Output/Hour		110 kg (max) based on PP 130 kg (max) based on HIPS

§
75-40

ML - PP - PS - 75/40 - 1X - Technical Specifications

	Main Extruder	Co Extruder
Screw Dia	75 mm	40 mm
L/D Ratio	28 : 1	28 : 1
Screw Speed	120 RPM (max)	120 RPM (max)
Drive Motor	37.5 KW, 1500 RPM, 415 Volt AC Motor	7.5 KW, 1500 RPM, 415 Volt AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)	½" BSP (inlet & outlet)
Heating Load	6 zones, 19.5 KW Total	4 zones, 5.5 KW Total
Cooling Blower	6 nos, 0.18 KW each	3 nos, 0.18 KW each
Output/Hour		140 kg (max) based on PP 180 kg (max) based on HIPS

§
90-50

ML - PP - PS - 90/50 - 1X - Technical Specifications

	Main Extruder	Co Extruder
Screw Dia	90 mm	50 mm
L/D Ratio	28 : 1	28 : 1
Screw Speed	120 RPM (max)	120 RPM (max)
Drive Motor	45 KW, 1500 RPM, 415 Volt AC Motor	7.5 KW, 1500 RPM, 415 Volt 50 C/S sq. cage AC Motor
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)	Worm type reduction ratio - 12.5:1 (in built thrust bearing)
Cooling Water Connections	1" BSP (inlet & outlet)	½" BSP (inlet & outlet)
Heating Load	6 zones, 25 KW Total	5 zones, 5.0 KW Total
Cooling Blower	6 nos, 0.18 KW each	3 nos, 0.18 KW each
Output/Hour		210 kg (max) based on PP 280 kg (max) based on HIPS

§
120-50

ML - PP - PS - 120/50 - 1X - Technical Specifications

	Main Extruder	Co Extruder
Screw Dia	120 mm	50 mm
L/D Ratio	30 : 1	30 : 1
Screw Speed	120 RPM (max)	120 RPM (max)
Drive Motor	75 KW, 1500 RPM, 415 Volt 50 C/s sq cage Induction Motor make - ABB or any reputed	110 KW, 1500 RPM, 415 Volt 50 C/S sq cage Induction Motor make - ABB or any reputed
Gear Box	Helical type reduction ratio - 12.5:1 Efficiency 97% (in built thrust bearing & water cooling system)	Worm type reduction ratio - 12.5:1 (in built thrust bearing)
Cooling Water Connections	¾" BSP (inlet & outlet)	½" BSP (inlet & outlet)
Heating Load	6 zones, 36 KW Total	3 zones, 5.5 KW Total
Cooling Blower	6 nos, 0.18 KW each	3 nos, 0.18 KW each
Output/Hour		290 kg (max) based on PP 340 kg (max) based on HIPS

4) Vacuum Forming Machine
(MODELS)

o
5040 / 6050

5040

5040 - Technical Specifications

Technical Specification	MLEW / 5040
Dry Cycle per Min	20
Sheet Width	550 mm (Max)
Forming Width	500 mm (Max)
Sheet Transport Length	450 mm (Max)
Sheet Thickness	0.15 mm - 1.50 mm
Maximum Draw Depth	100 mm
Forming Area	500 mm X 400 mm
Vacuum Pump	0.75 KW
Top Heater	12.60 KW
Top Heating Zones	7 zones
Heating Element in each Zone	3 elements in the Top
Size of Machine	3.0 m (L) X 1.75 m (W) X 1.8 m (H)
Weight of Machine	2.0 Tonne (approx)
Air Pressure	7 BAR
Water Temperature	18° - 20° C (HIPS)
Water Pressure	1-2 BAR

6050

6050 - Technical Specifications

Technical Specification	MLEW / 6050
Dry Cycle per Min	12 Cycle/min
Sheet Width	630 mm (Max)
Forming Width	600 mm (Max)
Sheet Transport Length	550 mm (Max)
Sheet Thickness	0.15 mm - 1.50 mm
Maximum Draw Depth	100 mm
Forming Area	600 mm X 500 mm
Vacuum Pump	0.75 KW
Top Heater	12.00 KW
Top Heating Zones	8 zones
Heating Fields in each Zone	2 Fields
Size of Machine	3.5 m (L) X 2.0 m (W) X 2.0 m (H)
Weight of Machine	2.0 Tonne (approx)
Air Pressure	7 BAR
Water Temperature	15° - 18° C
Water Pressure	1-2 BAR

5)Forming moulds &
Injection mould

6) Blown Film Plant (MODELS)

MLEW/075/BFP/HIPS

MLEW/090/BFP/HIPS

MLEW/075/BFP/HIPS

MLEW / 075 / BFP / HIPS - Technical Specifications

Technical Specification	MLEW / 075 / BFP / HIPS
No. of Layer	MONO
Sheet Width	550 mm (max)
Sheet Thickness	0.1 mm - 1.0 mm
Size of Machine	10 m (L) X 2.0 m (W) X 4.25 m (H)
Gear Box	3 PH, 4 Wire, 400 Volt ± 5%, 50 c/s ± 2% AC Supply
Screw Dia	75 mm
L/D Ratio	28 : 1
Screw Speed	75 RMP (max)
Drive Motor	22 KW, 1500 RPM, 415 Volt
Gear Box	Helical type reduction ratio - 20:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)
Heating Load	5 zones, 16 KW Total
Cooling Blower	4 nos, 0.075 KW each
Output/Hour	100 kg (max) based on HIPS

MLEW/090/BFP/HIPS

MLEW / 090 / BFP / HIPS - Technical Specifications

Technical Specification	MLEW / 090 / BFP / HIPS
No. of Layer	MONO
Sheet Width	550 mm (max)
Sheet Thickness	0.1 mm - 1.0 mm
Size of Machine	10 m (L) X 2.0 m (W) X 4.25 m (H)
Gear Box	3 PH, 4 Wire, 400 Volt ± 5% 50 c/s ± 2% AC Supply
Screw Dia	90 mm
L/D Ratio	28 : 1
Screw Speed	75 RMP (max)
Drive Motor	37.5 KW, 1500 RPM, 415 Volt
Gear Box	Helical type reduction ratio - 20:1 Efficiency 97% (in built thrust bearing & water cooling system)
Cooling Water Connections	½" BSP (inlet & outlet)
Heating Load	5 zones, 26.4 KW Total
Cooling Blower	4 nos, 0.075 KW each
Output/Hour	120 kg (max) based on HIPS

**** TO GET INFORMATION IN DETAIL ,PLEASE GO TO OUR WEBSITE
–

www.mlew.in

Corporate Profile

Founded in the year 1984 by young, innovative &
enterprising Mr.
N K DAS, MLEW
remain confined as a specialized tooling & machining enterprise till its first
break through in field of multi cavity mould making for Plastic Thermoforming
application in the year 1992.

Since then MLEW never had to look back and over next five years
established itself as an undisputed
leader in field of high precision thermoforming mould manufacturing in India . Having tested the quality
standards and realizing the technical competency of MLEW, the Indian
thermoforming industry motivated and pushed MLEW to develop and launch its
first model - MLEW-5028 Thermoforming Machine in the year 1998 & sheet
extrusion in 2000. With it began a new era of continuous technological
evolution to satisfy the needs of the ever demanding thermoforming industry.
Over the next 10 years, MLEW launched a series of models with advanced
technical features for its clients.

Exhibiting the highest level of professionalism for over a decade, MLEW
Engineering Pvt. Ltd. took more than
70% of domestic market share in its fold with more than 500 forming machines & 7000
moulds installations and firmly established itself as a true leader with a
genuine supportive attitude towards its valued customer and the industry as a
whole. No wonder why the customers across the domestic arena as well of other
continents, kept on repeating the installation of MLEW Brand of forming
technology and the yield generated thus converted in to infrastructural
expansion, both human resources wise & addition of unit 1 & unit 2
manufacturing base covering a total
area of 19000 sq.ft.

The journey which began with all mechanical CAM based 5028 forming machine has
progressed up to fully Servo controlled models EXCEL-I & II and sheet
extrusion line with 350kg per hour capacity. Besides the thermoforming
technology MLEW has added another wing in field of Injection moulds, Paper Cup
machine. However we are not far from achieving our ultimate objective to be
acknowledged as world's finest manufacturer of plastic thermoforming
technology.

For MLEW the journey has just begun...

Infrastructure

MLEW
Engineering has grown to be a world-class manufacturer of high precision
thermoforming mould manufacturing machines and its allied components. Our state
of the art manufacturing facilities has spread over 19,000 sq ft area
comprising of 2 separate units. We have made huge investment in Plant and
Machinery to maintain our leadership in the market.

To reflect
our company's firm commitment of providing the best technology to our customers
we have acquired the following machinery:

Name of The Machine	Company	Model
CNC Wire Cut	Electronica	Maxicut 734
CNC Turning	Electronica	Super Elturn 16 Series 2000
CNC Milling	BFW	VF 30 CNC VS
Spark	Electronica	5535
Jig Boring	WMW	BKOZ 900/1400
Surface Grinding	Praga
Cylindrical Grinding	Brown & Sharpe

Our strategic
focus is on providing superior machining capabilities while designing and
implementing processes that are cost efficient.

Paper Cup Machine

Extruder

Thermoforming

vacuum forming

Research and Development

The power
to imagine, clear vision & acknowledging market needs are the core strength
& the clear objective for establishing the competent R&D wing of MLEW.

The MLEW R
& D Team, having a perfect blend of human talent and knowledge and
equipped with the latest software technology, have come up with a series of
high output sheet extrusion lines, modular type forming machines and
thermoforming moulds for any critically contoured products with highest
possible numbers of cavities.

Besides
the above product range, R&D facility of MLEW have also delivered high
quality Fully Automatic Paper Cup Machines, High Speed Paper Blanking Machine
& High Precision Injection Moulds.

R&D wing of MLEW functions primarily on the feedback
from customers and the marketing wing coupled with feedback available
from relevant polymer manufacturers. A continuous analysis & up keeping
of data collected from metallurgical universe, ensures correct use of basic
steel for the machines and moulds. Further the R&D absorbs the latest
available information on controls and automation in its design aspects so
that the customers get optimum mileage.

MLEW has
always been successful in offering technology which has satisfied the market
demand at an affordable cost because we sincerely believe that true R&D
function is for end users comfort only.

News and Events

We are participating in Plastivision India 2011

which will be held from 20th Jan - 24th Jan 2011,

at Bombay Exhibition Centre, Goregaon, Mumbai , India .

We have launched our

latest Thermoforming Technology

Model : Formaplus

at Plastindia 2009, New Delhi .

We have also launched the

Automatic Vaccum Forming Machine with stacking

Model : Uniformer

at Plastindia 2009, New Delhi .

We have received International Star for Leadership

and Quality award from Business Initiative Directions.

The award was collected by Mr. Niladri Das (Executive
Director)

from Mr. Jose E. Prieto at the BID Convention, Paris 2009.

ROHIT DATTA.

09674889754

MLEW Engineering Pvt. Ltd.

24/63, Nabalia Para Road .

Behala Chowrasta, Kolkata - 700008, INDIA

MOBILE: - 09674889754

Email: [email protected]

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MLEW ENGINEERING PVT. LTD.

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