We design and manufacture High-Speed Mixers, which are industrial machines engineered for rapid mixing, blending, dispersing, and homogenizing of materials. Operating at high speeds (typically 1,000–4,000 RPM or more), they generate intense shear forces—ideal for emulsifying, breaking down particles, and combining powders and liquids effectively.

We design and manufacture Contra Mixers, which are high-efficiency mixing machines ideal for viscous materials such as creams, gels, pastes, and emulsions. These mixers utilize two agitators rotating in opposite directions—hence the term “contra”—to ensure uniform blending and faster processing.

We design and manufacture Multi-Purpose Mixers, versatile machines built to handle a wide range of mixing, blending, kneading, and whipping operations. Designed for adaptability, these mixers come with interchangeable attachments and variable speed options to serve multiple industries efficiently.

We design and manufacture Universal Mixers—versatile industrial mixing machines built to handle a broad spectrum of materials and mixing tasks across industries such as food, chemicals, pharmaceuticals, cosmetics, plastics, and construction.

We have expertise to design and manufacture Chain Belt Conveyors
which is a specialized type of conveyor system designed to extend and retract,
allowing efficient loading and unloading of goods—especially into or out of
trucks, containers, and trailers.

We have expertise in the design and manufacturing of Chain Belt Conveyors, ideal for transporting heavy loads and materials in demanding industrial environments. Unlike traditional belt conveyors, these systems utilize heavy-duty chains and slats/plates to ensure durability and performance under tough operating conditions.

We have the expertise to design and manufacture Heavy Load Transfer Conveyors as per customized industrial requirements. These conveyors are ideal for handling large, heavy, or bulky materials in high-demand environments.

A Heavy Load Transfer Conveyor is a rugged, high-strength system engineered to withstand high-capacity loads and continuous operations. Commonly used in sectors like metal fabrication, automotive, foundries, and warehouse pallet handling, these conveyors provide durability and performance under tough conditions.

We specialize in the design and manufacturing of Special Purpose Conveyors (SPCs) — fully customized conveyor systems built to handle unique operational requirements. Unlike standard conveyors, SPCs are engineered to accommodate specialized materials, unusual shapes, complex movements, or extreme environments.

Slat Conveyor

We have the expertise to design and manufacture Slat Conveyors as per customized requirements. Slat conveyors are heavy-duty systems that use slats or plates mounted on a chain drive to transport products. These are ideal for harsh industrial environments where belt conveyors may not be suitable, such as when dealing with hot, sharp, or oily materials.

🔧 Key Features

✅ Advantages

• Highly durable — ideal for hot, sharp, or abrasive materials
• Can handle heavy loads efficiently
• Maintains product orientation during transport
• Low maintenance when properly designed
• Supports versatile layouts including inclines and curves

⚠️ Limitations

• Not suitable for powders or small loose materials
• Generally costlier and larger than belt conveyors
• Requires strong structural support

🏭 Applications

• Automotive: Engine or chassis assembly lines
• Bottling: Filled or empty bottle transport
• Metalworking: Heavy parts or hot material handling
• Foundries: Extreme condition material transfer
• Food: Packaged goods on food-grade slats

📐 Technical Specifications

We have the expertise to design and manufacture Adjustable Height Roller Conveyors as per customized requirements, suitable for a variety of industrial applications.

An Adjustable Height Roller Conveyor is designed to transport items over rollers, with height adjustment to align with different machines, tables, or workstations. This flexibility makes it ideal for dynamic production environments.

The “INTECH” Glycerine Soap Flash Cutting Machine is elegantly designed with a sturdy construction to automatically cut the ends of molded gel bar soaps.
Built using stainless steel for all critical parts, this machine ensures corrosion resistance and complies with CGMP standards.
It features a PLC-based control system for accurate operation, with sensors enhancing automation and precision at every stage.

The design includes a robust Gear Box, Chain & Sprockets Mechanism for motion control and is equipped with safety doors to ensure operator safety.
This user-friendly machine is engineered for high accuracy, hygiene, and smooth operation with minimal maintenance.

This equipment is used for Cutting Handmade Soap Slabs automatically to form rectangular billets. The machine is equipped with a hydraulic power press to ensure precise and efficient cutting operations.

This equipment is used for Stamping of Handmade Soaps manually with the required size of die sets. The machine consists of a stamping press operated by a manual arm, ensuring easy and efficient soap marking.

Glycerine Soap Bar Cutting Machine

This machine is specifically designed and manufactured for the precise cutting of glycerine soap bars into uniform lengths. Built for high performance and reliability, it features integrated chutes for smooth soap conveyance and is equipped with cutting blades and a gearbox motor to ensure accurate, efficient, and user-friendly operation.

⚙️ Technical Specifications

• Speed: Up to 60 soaps per minute
• Applicable Soap Thickness: 20 mm to 50 mm
• Power Consumption: 3 KW
• Machine Dimensions: 800 mm x 800 mm x 1200 mm

✅ Key Features

• Precision cutting with durable stainless steel blades
• Integrated chute system for smooth material handling
• Compact design ideal for small to medium-scale production
• Gearbox-driven motor for consistent performance and ease of use
• Low power consumption with high cutting efficiency

🏭 Applications

• Soap manufacturing units
• Cosmetic and personal care product plants
• Artisanal and handmade soap production lines

We design and manufacture Belt Conveyors as per customized requirements.

A belt conveyor is a widely used mechanical handling system that transports materials or products
from one point to another using a continuous belt loop driven by pulleys or rollers. It is one of
the most versatile and cost-effective material handling systems used across industries.

We design and manufacture Elevator and Inclined Conveyors as per customized requirements.

An elevator conveyor, also known as a vertical conveyor or bucket elevator, is used to lift materials
vertically from a lower to a higher level. It is especially useful in industries where space is limited
or where materials need to be transported to different floor levels, bins, hoppers, or processing stations.

We design and manufacture Modular Belt Conveyors as per customized requirements.

A modular belt conveyor is a type of conveyor system that uses interlocking plastic modules
(instead of a traditional flat belt) to move products. It is widely used in food processing,
packaging, automotive, pharmaceutical, and manufacturing industries due to its flexibility,
durability, and ease of maintenance.

At Intech, we manufacture, design, and install pipelines used for industrial purposes.
These pipelines are used to transport fluids (liquids, gases, or slurries) from one location to another.
They play a critical role in industrial infrastructure, including oil & gas, water supply, sewage systems,
chemical plants, and manufacturing units.

Parking Sheds by Intech Automation Machinery

Intech Automation Machinery designs, manufactures, and installs Parking Sheds—protective structures that shield vehicles such as cars, bikes, and commercial vehicles from sun, rain, and dust. Built with materials like metal, polycarbonate, tensile fabric, or FRP sheets, these sheds are suitable for residential, commercial, and industrial use.

🧱 Types of Parking Sheds

1. By Structure Type

• Cantilever Parking Shed: Single-side support; modern look with easy entry and exit.
• Conventional Parking Shed: Four-post structure; cost-effective and widely used.
• Pyramid Type Shed: Architecturally stylish and structurally strong.
• Arch / Dome Style: Elegant design with enhanced wind resistance.

2. By Material

Frame Options:

• Mild Steel (MS) – Economical and sturdy.
• Galvanized Iron (GI) – Enhanced rust resistance.
• Aluminum – Lightweight and rust-proof.
• Stainless Steel – Premium, durable finish.

Roofing Options:

• Polycarbonate Sheets – UV-resistant, transparent, and lightweight.
• Metal Sheets – Durable and robust for long-term use.
• Tensile Fabric – Modern, flexible, and aesthetic.
• FRP Sheets – Ideal for industrial or corrosive environments.

3. By Application

• Residential Car/Bike Parking
• Commercial or Office Parking Areas
• Industrial Vehicle Parking Zones
• Public Parking (Malls, Bus Depots, Railway Stations)

✅ Key Features

• Protection from UV, rain, wind, and dust
• Rust and corrosion resistance
• Quick and easy installation
• Low maintenance design
• Built-in drainage systems (gutters or sloped roofs)
• Custom sizing based on vehicle type

📏 Standard Dimensions (Customizable)

Parking Sheds by Intech Automation Machinery

Intech Automation Machinery designs, manufactures, and installs Parking Sheds—protective structures that shield vehicles such as cars, bikes, and commercial vehicles from sun, rain, and dust. Built with materials like metal, polycarbonate, tensile fabric, or FRP sheets, these sheds are suitable for residential, commercial, and industrial use.

🧱 Types of Parking Sheds

1. By Structure Type

• Cantilever Parking Shed: Single-side support; modern look with easy entry and exit.
• Conventional Parking Shed: Four-post structure; cost-effective and widely used.
• Pyramid Type Shed: Architecturally stylish and structurally strong.
• Arch / Dome Style: Elegant design with enhanced wind resistance.

2. By Material

Frame Options:

• Mild Steel (MS) – Economical and sturdy.
• Galvanized Iron (GI) – Enhanced rust resistance.
• Aluminum – Lightweight and rust-proof.
• Stainless Steel – Premium, durable finish.

Roofing Options:

• Polycarbonate Sheets – UV-resistant, transparent, and lightweight.
• Metal Sheets – Durable and robust for long-term use.
• Tensile Fabric – Modern, flexible, and aesthetic.
• FRP Sheets – Ideal for industrial or corrosive environments.

3. By Application

• Residential Car/Bike Parking
• Commercial or Office Parking Areas
• Industrial Vehicle Parking Zones
• Public Parking (Malls, Bus Depots, Railway Stations)

✅ Key Features

• Protection from UV, rain, wind, and dust
• Rust and corrosion resistance
• Quick and easy installation
• Low maintenance design
• Built-in drainage systems (gutters or sloped roofs)
• Custom sizing based on vehicle type

📏 Standard Dimensions (Customizable)

INTECH designs and manufactures
Industrial Staircases specifically for industrial environments
such as factories, warehouses, plants, and other heavy-duty settings.
These staircases prioritize durability, safety, and functionality.

Metal Pallets

Pallets are essential tools in warehouses, serving as sturdy platforms for stacking, storing, and transporting materials. They significantly enhance warehouse efficiency by allowing the easy movement of goods using equipment like forklifts and pallet jacks.

Intech offers robust Metal Pallets designed for demanding industrial applications. These rigid platforms provide a reliable base for goods, supporting heavy loads and ensuring safe handling during storage or transport. Their durable design ensures long service life and resistance to environmental stressors, making them ideal for heavy-duty operations.

Key Features:

• Compatible with forklifts and pallet jacks for easy handling
• High load-bearing capacity and durability
• Corrosion-resistant metal construction
• Reusable, long-lasting, and low maintenance
• Suitable for warehouses, manufacturing plants, and logistics hubs

Specifications:

Customizable: Pallets can be designed and manufactured as per specific client requirements regarding size, load capacity, and material finish.

Machine Description:

This equipment is exclusively designed for the Chromate Coating process on Mild Steel (MS) Pipes. Chromate conversion coating is a chemical treatment that forms a protective, corrosion-resistant layer on the surface of metals. It is widely used to enhance corrosion resistance and improve paint adhesion.

About Chromate Conversion Coating:

• Purpose: To protect metals from corrosion and serve as a primer for paints and adhesives.
• Process: Involves immersing the metal in a solution of chromate ions that react with the surface to form a protective layer.

Key Benefits:

• Excellent corrosion resistance, especially for aluminum alloys.
• Improved paint adhesion for durable finishing.
• Maintains electrical conductivity where required.
• Cost-effective solution for metal treatment.

Common Applications:

Aerospace, automotive, construction, and other industries requiring corrosion protection and durable finishes.

Chromate Coating Tank Assembly Includes:

• Main Frame Structure
• Coating Tanks – 3 Nos
• Chemical Spraying Nozzles
• Air Nozzles – 2 Stages
• Chemical Holding Tanks – 2 Nos
• Chemical Spray Pumps – 2 Nos
• Tube Guiding Roller Assemblies – 2 Sets
• Coating Capacity:
  • Rectangular Pipes: 25×150 mm to 25×225 mm
  • Round Pipes: 110 mm dia to 200 mm dia
• Adjustable Height Induction Heater Holding Table
• Coated Tube Cooling Tunnel with 3 HP Air Blower System

Material Handling Equipment:

• MS Pallets – 1 No
• Industrial Staircase – 1 No

Machine Description:

Intech Automation introduces the Automatic Horizontal Indexing Type Cartoning Machine, engineered for efficient packing of various products such as blister packs, alu strips, ampoule/vial trays, eye drop plastic vials, tubes, soaps, and pouches into cartons. The standard configuration is capable of handling reverse tuck-in type cartons.

This high-tech equipment is designed in compliance with GMP standards and integrates advanced mechanical, electrical, electronic, and pneumatic components to meet diverse packaging needs. It ensures high performance, reliability, and excellent efficiency at rated operating speeds.

Technical Specifications:

• Output Capacity: 4800 to 7200 cartons/hour*
• Machine Direction: Left to Right**
• Power Consumption:
  • Main Motor: 2.0 HP / 415 Volts / 50 Hz
  • Vacuum Pump: 1.0 HP / 415 Volts / 50 Hz
• Working Height: 850 to 900 mm
• Machine Dimensions: 3500 mm (L) x 1250 mm (W) x 1200 mm (H)
• Case Dimensions: 3700 mm (L) x 1400 mm (W) x 1400 mm (H)
• Net Weight: 1000 kg
• Gross Weight: 1450 kg

*Output may vary based on product and carton size.
**Customizable per project requirements.

Machine Description:

This equipment is designed to seal various types of pouches or bags, typically made from materials such as plastic, foil, or paper. It is widely used in the packaging operations of industries like food and beverage, pharmaceuticals, FMCG, and cosmetics.

The primary function of the pouch sealing machine is to create an airtight or watertight seal along the opening of a pouch or bag. This seal preserves the product contents and protects them from external factors such as moisture, air, or contamination.

By effectively sealing each pouch, the machine helps to extend the shelf life of products and maintain their freshness and quality throughout distribution and storage.

Machine Description:

This machine is designed to collate and overwrap products using BOPP or HMHDPE film with thicknesses ranging from 25 to 30 microns. It is suitable for packaging applications across a variety of industries including stationery, food, biscuits, chocolates, cigarettes, pharmaceuticals, toys, and soaps.

Technical Specifications:

• Collation Capacity: 2 Layers
• Packing Speed: Up to 20–30 packs/min (depending on carton or soap size)
• Control System: PLC Controlled Panel
• Infeed Conveyor Length: 2 Meters
• Machine Dimensions: 2.5 m x 2 m x 2 m (L x W x H)
• Machine Weight: 1000 kg
• Power Requirement: 3 KW

Machine Description:

This machine is designed for the production of glycerine soap bars. The process involves heating a glycerine solution, which is then poured into a storage tank and conveyed into 100 moulding pipes via a hydraulic suction system.

These oval pipes are equipped with chill water circulation to rapidly solidify the solution, forming 100 soap bars, each 900 mm in length, within a 1-hour process time.

The machine features a chill water tank with SS moulding pipe inserts and hydraulic bar ejection rods. Upon completion of the moulding process, the soap bars are ejected using a hydraulic mechanism operated by flame-proof electrical switches.

Built with sturdy construction, the machine uses materials that conform to international standards. It is designed for high accuracy, easy maintenance, and hygienic operation. The system includes a hydraulic cylinder, power pack, stainless steel moulding pipes, MS-SS chill water tank, and inlet/outlet water connections.

Technical Specifications:

• Moulding Pipe Length: 900 mm
• Number of Moulding Pipes: 100
• Machine Size: 2 m x 2.5 m x 12 ft (H)
• Hydraulic Power Pack Capacity: 10 HP

Machine Description:

This machine is designed to collate and overwrap products using BOPP or HMHDPE film with thicknesses ranging from 25 to 30 microns. It is widely used in the packaging of various products including stationery, food items, biscuits, chocolates, cigarettes, pharmaceuticals, toys, soaps, and more.

Technical Specifications:

• Collation Capacity: 2 Layers
• Packing Speed: Up to 20–30 packs/min (depending on carton/soap size)
• Control Panel: PLC Controlled
• Infeed Conveyor Length: 2 Meters
• Equipment Dimensions: 2.5 m x 2 m x 2 m (L x W x H)
• Machine Weight: 1000 kg
• Power Requirement: 3 KW

Machine Description:

This equipment is an Automatic Soap Bar Cutting Machine used for cutting soap bars automatically as per the required dimensions. The machine is equipped with a rotary multi-blade system operated through a servo drive and PLC.

The motion of the rotary multi-blade is precisely synchronized with the servo drive and the soap bar extrusion speed to ensure accurate and straight cutting.

Technical Description:

The cutting accuracy is maintained within ±1.0 mm. The unit can handle up to 70 cuts per minute based on a maximum soap bar length of 610 mm, and supports an extrusion speed of 42 meters/minute.

The conveyor is independently driven via a servo drive and is fully synchronized with the extrusion speed to ensure smooth transfer of cut bars. Adaptors are provided to match existing extrusion heights. The machine includes an operating panel housing an isolator and switchgear for operating the cutter, displaying interlock signals, and providing HMI-based equipment setup for defining bar length and controlling the cutting cycle using proprietary software.

Machine Specifications:

• Maximum Length of Bar: 670 mm
• Minimum Length of Bar: 300 mm
• Maximum Width of Bar: 50 mm
• Minimum Width of Bar: 20 mm
• Maximum Height of Bar: 60 mm
• Minimum Height of Bar: 35 mm
• Fixed Chopped Bar Length: 200 mm
• Utility Consumption: 5 KW
• Machine Dimensions: L1.2 m x W800 mm x H1.5 m
• Weight of Machine: 200 kg

A Solid Filling Machine is packaging equipment designed to accurately fill solid materials into containers using feeders. It is widely used in industries such as food and beverage, pharmaceuticals, cosmetics, and chemicals.

The machine works by conveying solids from a storage tank and dispensing them precisely into bottles or pouches through funnels. This ensures consistent volume, reduces waste, and enhances production efficiency.

With its sturdy construction and user-friendly design, the machine is ideal for small to medium production batches.

A Liquid Filling Machine is advanced packaging equipment designed to accurately fill liquids into containers using precision filling nozzles. It is widely used in industries such as food and beverage, pharmaceuticals, cosmetics, and chemicals.

The machine operates by drawing liquid from a storage tank and dispensing it precisely into bottles or pouches through the nozzle. This process ensures consistent volume, reduces waste, and enhances production efficiency.

Its sturdy construction and user-friendly interface make it an excellent solution for small to medium production batches.

This machine is designed to tighten dispenser bottle caps onto containers at speeds of up to 60 BPM, depending on product design. It can accommodate cap sizes ranging from 20 mm to 40 mm in diameter.

This machine is designed to tighten screw-threaded caps onto bottles at speeds of up to 60 BPM, depending on product design. It can accommodate cap sizes ranging from 20 mm to 100 mm in diameter and cap heights from 20 mm to 60 mm.

This machine is designed to tighten screw-threaded and ROPP (Roll-On Pilfer Proof) caps onto bottles at speeds of up to 60 BPM, depending on product design. It can accommodate cap sizes ranging from 25 mm to 35 mm in diameter and cap heights from 20 mm to 60 mm.

The machine is suitable for various bottle sizes and offers efficient performance with minimal power consumption.

This machine is designed to tighten screw-threaded caps onto bottles at speeds of up to 60 BPM, depending on product design. It can accommodate cap sizes ranging from 20 mm to 100 mm in diameter and cap heights from 20 mm to 60 mm.

This machine is designed to tighten the caps onto the bottles at the speed of up to 300 BPM depending on product design, and can accommodate cap sizes ranging from 20 dia to 100 dia and cap height of 20mm to 60mm.