Plastic injection moulding press
Plastic Injection Moulding

MOULDED FOR

PRECISION & SCALE

For 30+ years Vinayak Technoplast has engineered moulded plastic components for India’s most demanding OEMs. From 10 T micro-shots to 850 T structural parts — every cycle backed by an in-house tool room and a 35,000 sq.ft. plant.

850 T

Largest clamping tonnage

30+

Moulding machines

35,000

Sq. ft. plant area

± 2 µ

Tooling accuracy

The Cycle · Scroll to advance

FROM PELLET TO PRECISION PART

01
Clamping
02
Injection
03
Cooling
04
Ejection
Clamping
01
Step 01 · Mould Closes

Clamping

The two mould halves are securely closed and held under high tonnage by our clamping unit — ensuring a leak-free seal before molten polymer enters the cavity.

  • 75 T to 850 T clamping force
  • Precision parallel platens
  • Mould safety sensors
Engineering Polymers

MATERIALS WE MOULD

From commodity plastics to high-performance engineering polymers — we run the materials your application demands. Our process engineers tune temperature, pressure and cooling for every resin we touch.

ABS

Acrylonitrile Butadiene Styrene

Tough, rigid engineering thermoplastic with excellent impact, stress and heat resistance. Ideal for automotive interiors, electrical housings and consumer goods.

PC

Polycarbonate

Lightweight, optically clear and exceptionally strong. Often blended with ABS (PC-ABS) for tough, mouldable parts in lighting, electronics and protective covers.

PP

Polypropylene

Crystalline, flexible and chemically inert. Outstanding fatigue and chemical resistance for kitchenware, packaging, automotive trim and living-hinge parts.

PA

Nylon (Polyamide)

High-strength engineering plastic with great wear, friction and heat resistance — engineered for gears, bushings, cable ties and structural automotive parts.

PMMA

Acrylic

Glass-clear, weather-stable and scratch-resistant. The polymer of choice for lenses, light pipes, lamp covers and aesthetic interior trims.

POM

Acetal / Delrin

Low-friction, dimensionally stable engineering polymer for precision mechanical components — switches, pumps, gears and fittings.

PS

Polystyrene

Cost-effective, easy-flowing thermoplastic for high-volume consumer and electrical parts where rigidity and finish matter.

SAN

Styrene Acrylonitrile

Transparent, heat- and chemical-resistant — a workhorse for kitchenware, appliance lenses and durable display components.

Vinayak Technoplast moulding floor
200+

New moulds delivered every year, average lead time 4–6 weeks.

Why Vinayak

NOT THE CHEAPEST PRICE.
THE LOWEST FAILURE RATE.

Led by CEO Sandeep Agarwal — 21+ years in precision injection moulding — we engineer reliability into every tool and every part. We diagnose root causes of warpage, flashing and part failure, then design moulds with proper venting, optimised gating and advanced cooling.

In-house Tool Room

Mould design, manufacturing and trial — all under one roof, dramatically cutting lead times.

10 T to 850 T

A full spectrum of clamping tonnage to handle micro components through large structural parts.

20–30% Faster Cycles

Optimised gating, venting and cooling reduce cycle times without compromising quality.

ISO / IATF Quality

Every part is produced under ISO 9001:2015 and IATF-aligned process controls.

Industries Served

TRUSTED ACROSS SECTORS

Automotive

Tier-1 supplier of moulded components to Maruti Suzuki, Hyundai and leading auto OEMs.

Electrical

Switches, sockets and accessories for industry leaders including RR Kabel.

Pharma & Medical

Precision components manufactured to strict cleanliness and tolerance standards.

Kitchenware

Aesthetic, food-safe parts engineered for everyday durability and finish quality.

On The Floor

INSIDE OUR MOULDING SHOP

30+ machines, ranging from 75 T to 850 T tonnage, running shift-after-shift in our 35,000 sq.ft. plant.

Vinayak Technoplast moulding shop 1
Vinayak Technoplast moulding shop 2
Vinayak Technoplast moulding shop 3
Vinayak Technoplast moulding shop 4

Have a part that needs to be moulded right?

Share your drawing or 3D model. Our engineers will come back with a tooling proposal, the right resin recommendation, and a realistic cycle time — usually within 48 hours.