Royal Hydrotech

A 3-phase baling machine is a type of equipment used for compressing and bundling materials like:- Paper- Cardboard- Plastics- Textiles
Key features:- Powered by a 3-phase electric motor- High compression force- Automatic or semi-automatic operation- Produces compact bales for efficient storage and transportation
Applications:- Recycling facilities- Manufacturing plants- Waste management centers- Shipping and logistics
Benefits:- Increased efficiency- Reduced storage space- Easier material handling- Cost savings

Additional Information:

• Production Capacity: 6 ton
• Delivery Time: ready stock
• Packaging Details: As per Customize

A Hydraulic Friction Press for cutlery is a machine used in the manufacturing process of cutlery items, such as knives, forks, and spoons. These presses utilize hydraulic pressure to shape and form metal into desired cutlery shapes.
Key Features:
- High-pressure capacity: enables precise shaping and forming of metal- Customizable dies: allows for production of various cutlery designs- Efficient operation: streamlines the manufacturing process
Applications:
- Cutlery manufacturing: producing high-quality knives, forks, spoons, and other dining utensils- Industrial manufacturing: creating custom metal products
Benefits:
- Precision: hydraulic friction presses ensure accurate shaping and forming- Efficiency: streamlines production, reducing labor costs and increasing output- Quality: produces high-quality cutlery with consistent results

Here are some key details about the 200 Tons Hydraulic Rubber Transfer Moulding Machine:
Machine Specifications:
- Clamping Force: 200 tons- Max Force or Load: 200 tons- Production Capacity: Variable- Platen Size: Variable
Features:
- Trouble-free operations- Optimum performance- Low maintenance- 4-Pillar Type machine design

Here's what I found on the 250 Tons Hydraulic Rubber Transfer Moulding Machine:
Machine Specifications:
- Clamping Force: 250 tons- Machine Type: 4-Pillar Type- Motor Power: 25 HP- Working Pressure: 210 Bar- Condition: New- Country of Origin: Made in India
Key Features:
- Trouble-free operations- Optimum performance- Low maintenance- PLC-controlled system for efficient operation
Applications:
- O-rings- Medical stoppers- Shockproof articles- Black rubber products- Electronics components- Keyboards- Rollers- Gaskets- Conductive products

Here's what I found on the 300 Tons Hydraulic Rubber Transfer Moulding Machine:
Machine Specifications:
- Clamping Force: 300 tons- Machine Type: 4-Pillar Type- Transfer Cylinder Capacity: Up to 100 tons- Maximum Transfer Pressure: 210 bar

Key Features:
- Trouble-free operations- Optimum performance- Low maintenance- PLC-controlled system for efficient operation
Applications:
- Industrial manufacturing- Production of rubber parts and components

Here are some options for a 50-ton hydraulic rubber transfer moulding machine:
Machine Options- JRD's HEC Series: Offers 25 and 50-ton 'C' Frame Transfer Presses with exclusive deflection protection, ensuring perfect parting line parallelism. These machines are ideal for moulding corners of weather strippings/profiles, gaskets, and insert-moulded objects.    - Automation Grade: Automatic    - Voltage: 220 V    - Power Source: Electric    - Material: Stainless Steel- Modern Hydraulics: Provides a 50-ton hydraulic compression molding press machine with a platen size of 300 x 300 mm, 4-pillar type, and double station.MechEX India: Offers a 50-ton rubber compression moulding machine with a platen size of 12" x 12" and a daylight gap of 300 mm.     - Machine Type: 4-Pillar Type    - Heating of Platens: Electrical Heater
Key Features to Consider- Clamping force: 50 tons- Platen size: varies (e.g., 300 x 300 mm or 12" x 12")- Machine type: 4-pillar type or C-frame type- Number of stations: single or double- Heating system: electrical heater- Control system: PLC controlled or manua

If you're looking for an 800-ton hydraulic rubber transfer moulding machine, here are some key points to consider:
Machine Specifications- Clamping force: 800 tons- Machine type: 4-Pillar Type- Heating platen size and daylight gap may vary depending on the manufacturer and model
Potential Applications- Developing rubber parts for automotive, aerospace, and industrial applications- Producing high-quality rubber products with complex geometries- Manufacturing rubber components for electrical and electronics industries
Possible Suppliers- Parrytech Hydraulics: Located in Nangloi, New Delhi, they offer customization options for hydraulic rubber transfer moulding machines- Santec Exim Private Limited: Based in Mundka, New Delhi, they provide a range of rubber moulding machines, including hydraulic presses
- Delivery time may range from a few weeks to several months, depending on the supplier and specifications

Here's what I found on 1000-ton hydraulic rubber transfer moulding machines:
Machine Specifications and Pricing- 2000 x 1600 mm Downstroking Compression Moulding Machine: This machine has a capacity of 1000 tons - Rubber Compression Moulding Press: Another option with a capacity of 1000 tons Key Features- Clamping Force: 1000 tons- Machine Type: 4-Pillar Type- Material: Mild Steel- Automation Grade: Automatic, Semi-Automatic, Manual

An Industrial Hydraulic Press is a type of machine that uses hydraulic pressure to shape, form, or assemble various materials. Here's a description:
Key Features- High-Pressure System: The press utilizes a hydraulic system to generate significant force, allowing for precise control over the pressing process.- Adjustable Pressure: The pressure can be adjusted to accommodate different materials and applications.- Durable Construction: Industrial hydraulic presses are built with robust materials and designed for heavy-duty use.
Applications- Metal Forming: Used for shaping and forming metal sheets, plates, or other components.- Assembly: Employed for assembling parts, such as pressing bearings or other components into place.- Material Processing: Can be used for various material processing tasks, like punching, blanking, or drawing.
Benefits- High Force Capacity: Hydraulic presses can generate enormous forces, making them suitable for demanding applications.- Precision Control: The hydraulic system allows for precise control over the pressing process, ensuring accurate results.- Versatility: Industrial hydraulic presses can be used for a wide range of applications and materials.
Industries Served- Manufacturing: Used in various manufacturing industries, such as automotive, aerospace, and construction equipment.- Metalworking: Employed in metalworking applications, like metal forming, stamping, and assembly.- Production: Utilized in production environments for high-volume manufacturing and

A Four Side Compression Baling Press is a type of heavy-duty hydraulic press used primarily for compacting and baling scrap materials such as metal, plastic, paper, and other recyclable materials. It is especially common in the metal recycling industry.

Key Features of a Four Side Compression Baling Press:

1. Four-Sided Compression:

   • Unlike single or double compression presses, this machine compresses the material from all four sides (left, right, top, and bottom), resulting in highly dense and uniformly shaped bales.

   • Ideal for bulky and irregular materials like light and heavy metal scrap, aluminum, steel, copper, etc.

2. Hydraulic Operation:

   • Uses hydraulic cylinders for forceful compression.

   • Offers better control and efficiency over mechanical alternatives.

3. Bale Ejection System:

   • Typically includes an automatic or manual ejector (side or front ejection) to remove the finished bale from the chamber.

4. Programmable Controls:

   • Advanced models have PLC controls for automatic cycles, improving safety and operational ease.

5. Customization Options:

   • Press force (measured in tons), chamber size, and bale size can be customized based on material and required output.

Applications:

• Scrap Yards

• Metal Recycling Plants

• Foundries

• Steel Mills

• Automobile Industries

Benefits:

• Produces high-density bales for efficient storage and transportation

• Reduces the volume of scrap significantly

• Enhances scrap handling efficiency

• Durable and suitable for continuous operation

Triple Action Hydraulic Scrap Baling Presses are industrial machines used to compress and bale various types of scrap materials (such as metal, aluminum, copper, stainless steel, etc.) for easier handling, transportation, and recycling. These presses are called "triple action" because they utilize three different compression directions to form dense, uniform bales.

🔧 Key Features of Triple Action Hydraulic Baling Presses:

1. Triple Compression Mechanism:

   • Top Compression: Applies vertical force from above.

   • Side Compression: Applies horizontal force from one side.

   • Main Compression (Front/Rear): Final compaction from the front or rear direction.

2. High-Density Baling:

   • Enables the creation of tightly packed, high-density bales, reducing volume significantly.

3. Heavy-Duty Construction:

   • Built with strong structural steel to withstand intense pressure.

4. Hydraulic System:

   • Powered by hydraulic cylinders and pumps to generate and control compressive force.

5. Automatic/Manual Operation Options:

   • Available in fully automatic, semi-automatic, or manual control modes.

6. Bale Ejection System:

   • Hydraulic or mechanical bale ejection for easy unloading.

🏭 Applications:

• Metal recycling yards

• Automobile dismantling units

• Manufacturing scrap management

• Ferrous and non-ferrous metal industries

📊 Typical Specifications: ✅ Advantages:

• Reduces storage space for scrap

• Enhances scrap value through better packaging

• Saves transportation and handling costs

• Increases recycling efficiency

• Durable and low maintenance

Would you like help with:

• Selecting a press model?

• Creating a brochure or technical datasheet?

• Comparing manufacturers?

• Designing a hydraulic press system?

3-Phase Baling Machines are industrial balers powered by a three-phase electric motor, which provides higher efficiency, smoother operation, and more power compared to single-phase models. These machines are widely used in recycling, waste management, and manufacturing sectors to compact various types of scrap and recyclable materials into manageable bales.

⚡️ What Does “3-Phase” Mean?

• Three-phase electricity is a method of alternating current (AC) electric power generation, transmission, and distribution.

• It is typically used in heavy-duty industrial machines due to its ability to deliver constant power with higher efficiency.

• In baling machines, it ensures powerful hydraulic operation, faster cycle times, and greater reliability.

🏭 Common Applications of 3-Phase Baling Machines:

• Metal scrap (aluminum, steel, copper)

• Paper and cardboard recycling

• PET bottles and plastic waste

• Textile and fabric scrap

• E-waste (with modifications)

🔧 Types of 3-Phase Baling Machines: ⚙️ Key Specifications (Typical Range): ✅ Advantages of 3-Phase Balers:

• Higher Power Efficiency: Ideal for continuous operation

• Faster Cycle Times: Increased productivity

• Durability: Designed for heavy-duty applications

• Lower Energy Loss: Compared to single-phase systems

• Reduced Downtime: With industrial-grade motors

🛠️ Customizations Available:

• Hopper feed or conveyor feed systems

• PLC-based control systems

• Remote monitoring and control

• Custom bale sizes and chamber designs

• Integrated weighing systems

Would you like help:

• Finding suppliers for 3-phase balers?

• Comparing 3-phase vs single-phase options?

• Drafting technical specs or an RFQ?

• Creating content for a catalog or brochure?

A Hydraulic SMC / DMC Moulding Press is a specialized hydraulic press designed for compression moulding of composite materials, primarily:

• SMC (Sheet Moulding Compound)

• DMC (Dough Moulding Compound)

These materials are used for manufacturing high-strength, lightweight molded components in industries such as automotive, electrical, aerospace, and construction.

🧾 Overview: 🔧 Key Features: 📊 Typical Technical Specifications: 🏭 Applications:

• Automotive body panels and bumpers (SMC)

• Electrical enclosures and switchgear components (DMC)

• Sanitaryware and furniture parts

• Aerospace interior panels

• Lightweight structural components

✅ Advantages:

• High Production Efficiency: Fast cycle times and repeatable moulding

• Precision Control: Temperature, pressure, and timing are finely controlled

• Excellent Surface Finish: Ideal for Class A automotive parts

• High Strength Components: Excellent fiber-resin bonding in cured parts

• Energy Efficiency: Servo-hydraulic options available

🔄 Optional Customizations:

• Servo-controlled hydraulic systems for energy savings

• Automatic mold loading/unloading systems

• Multi-daylight press design for increased productivity

• Integrated preheating stations or robotic pick-and-place

• SCADA systems for centralized monitoring and data logging

 

 

A Bakelite Moulding Press is a specialized hydraulic or mechanical press used to mold Bakelite, one of the earliest synthetic plastics (a thermosetting phenol formaldehyde resin). This material was widely used in electrical insulators, radio and telephone casings, kitchenware, and more due to its heat resistance and electrical non-conductivity.

Key Components of a Bakelite Moulding Press:

1. Frame: Provides structural support (can be C-frame, H-frame, or four-column type).

2. Hydraulic System: Applies controlled pressure for the moulding process.

3. Heated Platens: Electrically or steam-heated plates that apply heat and pressure to cure the Bakelite.

4. Mould Assembly: Composed of two halves where the Bakelite powder is placed and then compressed and heated.

5. Control Panel: Manages temperature, pressure, and cycle time.

Working Process:

1. Loading: Bakelite powder or preform is placed in the heated mould.

2. Pressing: The press closes, applying heat and pressure (usually 150–200°C and 500–2000 psi).

3. Curing: Heat causes the Bakelite to soften, flow, and then chemically cure into a rigid structure.

4. Ejection: The press opens, and the molded part is removed.

Applications:

• Electrical components (switches, sockets, circuit breaker parts)

• Automotive parts (distributor caps, knobs)

• Kitchenware (handles, knobs)

Advantages:

• Produces strong, heat-resistant, and dimensionally stable parts.

• Suited for high-volume production of durable goods.

A Precured Tread Rubber Moulding Press is a specialized hydraulic press used in the retreading of tyres, particularly in the cold process method. It is designed to mould and cure precured rubber treads onto worn tyre casings under heat and pressure.

🔧 Key Features of a Precured Tread Rubber Moulding Press:

1. Type: Hydraulic Compression Moulding Press (often upstroking type)

2. Capacity: Commonly ranges from 50 to 250 Tons, depending on tread size and production scale

3. Platen Size: Varies; typically accommodates tread lengths up to 1200–1500 mm

4. Heated Platens: Electrically or thermic-fluid heated, up to 300°C

5. Temperature Control: PID controllers for precise curing

6. Closing Speed: Fast approach, slow pressing stroke, fast return

7. Automation: Manual, semi-automatic, or fully automatic variants available

📦 Typical Specifications Example: 🛠 Applications:

• Retreading of truck, bus, and off-road vehicle tyres using precured treads

• Moulding of rubber strip with tread design

• Curing and bonding of rubber to casing under heat and pressure

✅ Advantages:

• Energy-efficient compared to new tyre production

• Low labour cost and operational simplicity

• Consistent tread quality and adhesion

If you need technical specs, a quotation, or a machine recommendation for a specific tread size, let me know the following:

• Type of tyres you’re retreading (truck, OTR, etc.)

• Daily/shift production capacity

• Preferred platen size and number of stations (single/double)

A Double Type Hydraulic Flap Moulding Press is a specialized hydraulic press designed for the moulding of tyre flaps — rubber components placed between the tyre and tube in commercial and off-road vehicles. The “Double Type” indicates a double-station setup, allowing simultaneous moulding of two flaps to enhance production efficiency.

🔧 Technical Overview – Double Type Hydraulic Flap Moulding Press 🛠 Applications

• Production of rubber tyre flaps for truck, tractor, bus, and OTR tyres

• Suited for batch production or continuous small/medium series manufacture

• Used by tyre component manufacturers and rubber part OEMs

✅ Advantages

• Double moulding stations increase output per cycle

• Even temperature and pressure distribution ensure consistent quality

• Energy-efficient hydraulic system

• Rugged build for industrial-scale production

📌 Optional Add-ons:

• Quick mold change mechanism

• Auto-de-moulding system

• Safety light curtains

• Data logger for temperature/pressure cycle

If you’d like, I can prepare:

• A sample datasheet/catalogue format

• A comparison between single vs double station flap presses

• Recommendations based on your required flap size and daily capacity

Here is an overview of Hydraulic Trimming Presses for Hot Forging, commonly used in metal forging industries:

🔩 Hydraulic Trimming Press for Hot Forging – Overview

Purpose:
Hydraulic trimming presses are designed to remove excess flash or burrs from hot-forged components after the forging process. They ensure the final part meets dimensional and surface quality requirements.

🛠️ Key Features

1. Robust Frame Design

   • Welded or cast steel structure.

   • Built to withstand the high impact and loads of trimming operations.

2. High Tonnage Capacity

   • Typically ranges from 100 Tons to 1000+ Tons, depending on the size of the forged part.

3. High-Temperature Tolerance

   • Capable of handling hot billets or forgings right from the forging press.

   • Often equipped with heat-resistant tool holders.

4. Precision-Guided Ram

   • Ensures accurate trimming with minimal part distortion.

   • Uses four-pillar or gib-guided systems for alignment.

5. Fast Operation Cycle

   • Designed for high-speed production with quick approach and return stroke.

   • Includes hydraulic cushioning or ejection systems for part removal.

6. Customization Options

   • Single station or double station configurations.

   • Option for automatic feeding systems or robotic loading.

📐 Typical Technical Specifications 🧱 Applications

• Automotive forgings (crankshafts, connecting rods, axle parts)

• Agricultural equipment parts

• Railway components

• Heavy industrial machinery parts

🧰 Optional Add-Ons

• Die cooling or spray systems

• Infrared temperature sensors

• Forging part ejector pins

• Integrated trimming die setup

• Safety interlocks and light curtains

Here is a detailed product description for your SMC / DMC Moulding Press – 1000 Tons Capacity, ideal for catalogs, brochures, or web listings:

SMC / DMC Moulding Press – 1000 Tons Capacity

Overview:
The 1000 Tons Hydraulic SMC/DMC Moulding Press is designed to meet the high-pressure requirements of Sheet Moulding Compound (SMC) and Dough Moulding Compound (DMC) moulding operations. Engineered for precision, durability, and efficiency, this press is ideal for producing high-strength, lightweight composite components used in automotive, electrical, and construction industries.

Technical Specifications:

• Pressing Capacity: 1000 Tons

• Platen Size: Customizable – typically from 1200 x 1200 mm up to 2000 x 2500 mm

• Daylight Gap: As per product height requirements (commonly 800–1500 mm)

• Ram Stroke: 500–1000 mm (customizable)

• Frame Type: Four-column / H-frame / Tie-rod design based on customer preference

• Heating System:

  • Electric / Steam / Thermic Fluid heating

  • Uniform platen heating with PID control (up to 300°C)

• Control Panel:

  • PLC-based with HMI touchscreen interface

  • Auto degassing and venting cycles

  • Pressure holding and programmable dwell time

• Ejection System: Hydraulic ejector / stripper as per mould requirement

Features:

• Rigid structure to withstand high closing forces

• Precision-guided moving platen for uniform pressure distribution

• Integrated hydraulic power pack with pressure regulation

• Mold protection system and interlocking safety features

• Energy-efficient operation with fast closing/opening speeds

Applications:

• Electrical enclosures and junction boxes

• Automotive body parts (bumpers, panels, etc.)

• Sanitary ware and bath panels

• Industrial and construction composite parts

• FRP/GRP parts manufacturing

Optional Add-ons:

• Mould temperature control unit

• Vacuum system for mould cavity

• Automatic mold loading/unloading system

• SCADA connectivity for production tracking

Here is a professional product description for Flap Moulding Presses, commonly used in rubber and tyre industries, especially for moulding tyre flaps, precured treads, and similar rubber products.

Flap Moulding Presses

Overview:
Flap Moulding Presses are specially engineered hydraulic machines used for moulding tyre flaps, precured treads, and other rubber components under high temperature and pressure. These presses are designed to provide uniform heat and pressure distribution, ensuring high-quality moulded products with precise dimensions and durability.

Key Features:

• Pressing Capacity: 100 to 300 Tons (customizable)

• Platen Size:

  • Common sizes: 500 x 500 mm, 600 x 600 mm, 750 x 750 mm

  • Custom platen dimensions available

• No. of Stations: Single or Double Station options

• Heating Type:

  • Electrically heated platens with digital temperature control

  • Optional steam or thermic fluid heating

• Mould Opening Stroke: 300 mm to 600 mm (adjustable)

• Construction: Heavy-duty steel structure with precise machining for platen alignment

• Control System:

  • Manual / Semi-Automatic / PLC-based

  • Timer-based curing cycles with pressure and temperature control

Special Features:

• Even temperature distribution for uniform curing

• Hydraulic power pack with pressure regulating valve

• Automatic or manual flap ejection system

• Energy-efficient operation with fast cycle time

• Operator safety features with emergency stop and guards

Applications:

• Tyre flap moulding

• Precured tread rubber moulding

• Moulding of rubber pads, blocks, and small flat rubber articles

• General rubber compression moulding with heating requirements

Optional Add-ons:

• Vacuum system for improved moulding quality

• Data logger and SCADA integration

• Mold change trolley for quick setup

• Pneumatic ejectors

Here is a complete product description for your SMC / DMC Moulding Press – 100 Tons Capacity, suitable for website listings, catalogs, or client proposals:

SMC / DMC Moulding Press – 100 Tons Capacity

Overview:
The 100 Tons Hydraulic SMC/DMC Moulding Press is engineered for precision moulding of composite materials like Sheet Moulding Compound (SMC) and Dough Moulding Compound (DMC). Designed for consistent quality and energy-efficient performance, this press is ideal for producing lightweight, high-strength parts used in electrical, automotive, and construction applications.

Technical Specifications:

• Pressing Capacity: 100 Tons

• Platen Size: 600 x 600 mm to 1000 x 1000 mm (customizable)

• Daylight Gap: 400 mm to 800 mm (as per mould height)

• Ram Stroke: 300 mm to 600 mm

• Frame Type: Four-Column or H-Frame, rigid welded structure

• Heating System:

  • Electric / Steam / Thermic fluid heated platens

  • Temperature range: up to 300°C

  • PID temperature controller for precise heating

• Control Panel:

  • Semi-automatic or PLC with HMI touchscreen

  • Auto degassing, venting, and pressure holding cycles

• Hydraulic System:

  • Heavy-duty power pack with pressure relief valve

  • Directional and flow control valves for smooth operation

Features:

• Uniform pressure distribution for precise moulding

• Accurate platen alignment with guided moving platen

• Energy-efficient operation with fast cycle time

• Mold safety interlocks and operator safety systems

• Low maintenance and long service life

Applications:

• Electrical switch boxes and panels

• Automotive components like bumpers, battery covers

• Composite housing and structural parts

• Sanitary ware and industrial panels

• FRP/GRP-based product manufacturing

Optional Add-ons:

• Mould temperature controller

• Hydraulic ejector system

• Vacuum chamber integration

• Data logging and SCADA connectivity

• Quick mold change system

Here is a detailed and professional product description for a SMC-DMC Moulding Press – 150 Tons Capacity, suitable for use in brochures, websites, technical offers, or client presentations:

SMC-DMC Moulding Press – 150 Tons Capacity

Overview:
The 150 Tons Hydraulic SMC-DMC Moulding Press is designed for high-precision moulding of composite materials such as Sheet Moulding Compound (SMC) and Dough Moulding Compound (DMC). This mid-range capacity press delivers optimal performance, efficiency, and reliability for manufacturers producing medium to large-sized thermoset composite components.

Technical Specifications:

• Pressing Capacity: 150 Tons

• Platen Size: 800 x 800 mm / 1000 x 1000 mm (customizable)

• Daylight Opening: 600 mm to 900 mm

• Ram Stroke: 400 mm to 600 mm

• Frame Type: Four-Column or Rigid H-Frame Fabricated Structure

• Platen Heating System:

  • Electrical / Thermic Fluid / Steam Heated

  • Controlled up to 300°C with PID-based temperature control

  • Uniform temperature distribution across the surface

Control & Automation:

• Control Panel: PLC-based with HMI touchscreen interface

• Fully programmable cycles: pressure, temperature, degassing, curing time

• Mold safety protection with auto-stop features

• Manual, semi-automatic, and fully automatic modes

Hydraulic System:

• High-efficiency hydraulic power pack with directional and flow control valves

• Low-noise, energy-saving operation

• Adjustable pressing force and speed

• Emergency pressure release and overload protection

Key Features:

• Precision-guided moving platen for accurate die alignment

• Quick-closing mechanism for faster cycle times

• Rugged and maintenance-friendly structure

• Operator-friendly design with safety interlocks and controls

Applications:

• Electrical Industry: SMC/DMC junction boxes, switchgear covers

• Automotive: Battery cases, trims, housings, interior parts

• Construction: Manhole covers, cable trays, architectural panels

• Consumer Goods: FRP-based furniture components, appliance panels

Optional Add-ons:

• Hydraulic ejector system

• Mold temperature control unit (MTCU)

• Vacuum chamber for void-free moulding

• SCADA integration with real-time monitoring and reporting

• Quick die changeover system for multi-product operations

Double Action Deep Drawing Presses with Blank Holders

A Double Action Deep Drawing Press is specially designed for precision forming of deep-drawn components. It comes with a main drawing ram and a blank holder ram (also known as the outer ram), which enables wrinkle-free and crack-free forming of stainless steel, aluminum, and mild steel sheet metals.

🔧 Key Features & Working Principle

🌀 Working:

• Blank is clamped between die and blank holder.

• Main ram pushes the punch through the blank into the die cavity.

• Blank holder applies counter pressure to control metal flow, preventing wrinkles.

📐 Typical Technical Specification – 300 Ton Double Action Press 🛞 Applications:

• Kitchenware (Sinks, Pots, Utensils)

• Automobile Components (Oil Pans, Body Panels, Housings)

• Electrical Cabinets

• Gas Cylinder Shells

• Cookware, Pressure Cookers

• Fan Covers, Speaker Shells

✅ Advantages of Double Action Design 🧰 Optional Add-ons:

• Servo-Controlled Ram Movement

• Hydraulic Die Cushion in Lower Bed

• SCADA System for monitoring and production data logging

• Tool Quick Change System

• Automatic Lubrication

Would you like:

• 📄 General Arrangement (GA) drawing?

• 🧾 Quotation for 200 / 300 / 500 Ton Double Action Press?

• 📊 Ton capacity selection based on your part size and depth?

Hardboard Cutting / Trimming Presses are specialized hydraulic or mechanical presses designed to cut, trim, and shape hardboard panels (also known as high-density fiberboard - HDF) after moulding or pressing. These machines are widely used in furniture, interior panel, automotive, and packaging industries for precise edge trimming and contour cutting.

✅ Key Features:

• Heavy-Duty Frame:

  • Rigid steel construction to handle tough materials and ensure minimal deflection during cutting.

• Cutting Mechanism:

  • Hydraulic or mechanical operation with upper and lower dies.

  • Straight cutting, contour trimming, or punching depending on tooling.

• Accurate Positioning:

  • Precision guides and stoppers for consistent part dimensions.

• Tooling Options:

  • Can accommodate single or multiple cavities depending on production volume.

  • Replaceable die sets for different board sizes or shapes.

🔧 Typical Technical Specifications: 🪵 Materials That Can Be Processed:

• Hardboard (HDF)

• MDF and Particle Boards

• Plywood Panels

• Laminated Boards

• PVC Foam Boards

• Fiber Cement Sheets (with special blades)

🏭 Applications:

• Furniture Industry: Trimming edges and shaping of hardboard panels for backrests, drawers, and panels.

• Door Panel Manufacturing: Precise cutting of door skins.

• Automotive Interiors: Cutting hardboard-based backing panels for car doors, dashboards, etc.

• Construction Industry: Trimming architectural panels and acoustic boards.

⚙️ Optional Features:

• Die heating or cooling system (for hot-trimming processes)

• Auto-feeding system with conveyors or loaders

• Dust extraction or vacuum arrangement

• Safety light curtains or interlocks

• Servo-controlled positioning for die and board alignment

Here’s a brief overview and product description for an Automatic Cold Press Machine, which you can use for catalogs, websites, or client communications:

Automatic Cold Press Machine

An Automatic Cold Press Machine is a specialized hydraulic system designed for precision pressing operations without the application of heat. It is widely used in industries such as laminate pressing, plywood manufacturing, herbal oil extraction (cold-pressed oil), plastic or composite material forming, and component assembly.

✅ Key Features:

• Fully Automatic Operation: PLC or relay-based controls for automatic cycle operations, including pressing, holding, and return stroke.

• Cold Pressing System: Ideal for applications where no heat is required or where material integrity must be preserved.

• Robust Hydraulic Unit: High-pressure hydraulic pump with accurate pressure control for consistent results.

• Heavy-Duty Frame: Fabricated steel or cast body designed to withstand continuous industrial use.

• Adjustable Parameters: Pressure, dwell time, and speed can be fine-tuned for various applications.

• Energy Efficient: Designed for low energy consumption and high output.

• Safety Mechanisms: Includes emergency stop, two-hand control operation (if manual mode included), and safety interlocks.

🛠️ Typical Specifications (Customizable): ⚙️ Applications:

• Cold Oil Extraction (Groundnut, Sesame, Coconut, etc.)

• Woodworking Industry (Furniture lamination, Blockboard pressing)

• Plastic Sheet and Composite Panel Pressing

• Rubber or PU Components Assembly Pressing

• Electrical & Electronic Component Pressing

Hot Press Machine What is it?

A Hot Press Machine is a mechanical or hydraulic press equipped with heating elements to apply heat and pressure simultaneously. It is widely used for molding, shaping, curing, laminating, and bonding materials like rubber, plastics, composites, laminates, and metals.

Key Features:

• Heating System: Integrated electric heaters, steam jackets, or oil heating for controlled temperature.

• Pressure Application: Can be mechanical, hydraulic, or pneumatic to exert force on the workpiece.

• Temperature Control: Precise control over heating temperature to ensure proper curing or bonding.

• Versatility: Used for compression molding, vulcanization, lamination, and other heat-and-pressure processes.

• Sizes and Capacities: Available in a wide range of platen sizes and tonnage capacities, from small lab presses to large industrial units.

• Control Panel: Typically includes temperature, pressure, and time controls, sometimes with PLC automation.

Common Applications:

• Rubber vulcanization and molding

• Plastic compression molding

• Laminating plywood, laminates, and composites

• Curing composite materials like SMC/DMC

• Manufacturing gaskets, seals, and molded parts

Advantages:

• Combines heat and pressure in one step for efficient processing.

• Ensures uniform heat distribution for consistent product quality.

• Reduces cycle time and improves production throughput.

• Adjustable parameters for different materials and processes.

SMC / DMC Moulding Press – 250 Tons Capacity

Application:
Designed for moulding Sheet Moulding Compound (SMC) or Dough Moulding Compound (DMC) components in the electrical, automotive, and sanitaryware industries.

✅ Technical Specifications:

• Press Type: Hydraulic, Down Stroking Type

• Pressing Capacity: 250 Tons

• Platen Size: Approx. 1000 mm x 1000 mm to 1500 mm x 1500 mm (customizable)

• Daylight Gap: 600 mm to 1000 mm

• Stroke Length: 400 mm to 600 mm

• No. of Cylinders: 1 Main + optional Ejector / Demoulding Cylinder

• Hydraulic System: PLC / Relay Controlled with Pressure & Dwell Timer

• Heating System: Electrical / Thermic Fluid / Steam Heating

• Temperature Range: Up to 300°C

• Control Panel: HMI / PLC with Digital Temperature Controller

• Mould Ejector: Optional (Hydraulic / Pneumatic)

⚙️ Features:

• Rigid welded frame structure

• Four-pillar or column-guided platen for alignment accuracy

• Fast closing and slow pressing speeds for precision

• Auto degassing / breathing cycles (programmable)

• Safety interlocks and light curtains (optional)

SMC-DMC Moulding Press – 150 Tons Capacity

Purpose:
Designed for moulding Sheet Moulding Compound (SMC) and Dough Moulding Compound (DMC) components. Ideal for electrical panels, automotive parts, bathroom fittings, etc.

✅ Technical Specifications:

• Press Type: Hydraulic, Down Stroking

• Pressing Capacity: 150 Tons

• Platen Size: 800 mm x 800 mm to 1000 mm x 1000 mm (customizable)

• Daylight Gap: 400 mm to 800 mm

• Stroke Length: 300 mm to 500 mm

• Cylinder Type: Double Acting Hydraulic Cylinder

• Ejector System: Optional (Hydraulic or Pneumatic)

• Heating Method:

  • Electrical Heaters

  • OR Steam / Thermic Fluid (as per requirement)

• Temperature Range: Up to 300°C

• Hydraulic Power Pack: Compact, with pressure control and flow regulation

• Control Panel: PLC or Relay-based, with digital temperature & timer controls

• Operation Mode: Semi-Automatic or Fully Automatic

⚙️ Standard Features:

• Robust and precision-ground platens

• Pillar or column-guided for parallel alignment

• Programmable breathing / degassing cycles

• Fast approach, slow pressing, and fast return speeds

• Energy-efficient hydraulic system

• Safety guards and interlocks

Here's information on the 150 Tons Hydraulic Rubber Transfer Moulding Machine:
Machine Specifications:
- Clamping Force: 150 tons- Heating Platen Size: 400 x 400 mm- Machine Type: 4-Pillar Type- Motor Power: 20 HP- Condition: New- Control: PLC Controlled- Country of Origin: Made in India
Key Features:
- Trouble-free operations- Optimum performance- Low maintenance
Applications:
- O-rings- Medical stoppers- Shockproof articles- Black rubber products- Electronics components- Keyboards- Rollers- Gaskets- Conductive products

Kitchen sink manufacturing machines are specialized equipment designed to produce high-quality kitchen sinks from materials like stainless steel and quartz. Here are some key machines and their features:
Types of Machines- Hydraulic Press Machines: Utilize hydraulic pressure to shape and form materials, ideal for manufacturing quartz sinks with high precision and accuracy.- Deep Drawing Presses: Suitable for producing stainless steel kitchen sinks, these machines are equipped with PLC, L.V.D.T depth control, and photo sensor electronic safety guards.- Polishing Machines: Used for polishing kitchen sinks, available in different types such as flat side matte or mirror polishing machines and bottom side matte or mirror polishing machines.- Cleaning Machines: Include hanging type stainless steel kitchen sink spray cleaning lines and through-type stainless steel kitchen sink ultrasonic cleaning lines.
Machine Specifications- Production Capacity: Varies from 50 tons to 2880 pieces per day, depending on the machine model.- Automation Grade: Can be automatic, semi-automatic, or manual, depending on the machine type.- Power Consumption: Ranges from 20kW to 40kW, depending on the machine model.- Material: Can manufacture sinks from stainless steel, quartz, or other materials.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 90 day
• Packaging Details: customize

Hydraulic melamine crockery machines are used to manufacture melamine tableware, such as plates, bowls, cups and mugs. These machines utilize hydraulic pressure to shape and form melamine products.
Key Features:
- PLC Control System: Allows for simple operation, low failure rate and convenient maintenance- Safety Grating Device: Ensures safe operation- High and Low-Pressure Loop System: Enables smooth operation with adjustable speed
Machine Specifications:
- Capacity: Available in various capacities, such as 250 tons, 300 tons and 500 tons- Machine Type: 4-pillar type hydraulic press- Heating Plate Size: Varies depending on the machine model- Machine Weight: Ranges from 4700 kg to 8000 kg
Applications:
- Melamine Tableware: Plates, bowls, cups, mugs and other tableware items- Urea Items: Various products made from urea formaldehyde- Rubber Items: Custom rubber parts for industrial applications

Sheet Metal Embossing Presses are specialized machines used to create raised or recessed designs (embossing or debossing) on sheet metal. This process is commonly used for decorative finishes, adding texture, increasing rigidity, or marking branding/logos on metal sheets.

�� Overview of Sheet Metal Embossing Presses 1. Working Principle

• A male and female die are used.

• Sheet metal is placed between the dies.

• The press applies force, pressing the sheet into the die to imprint the design.

• Cold or heated dies may be used depending on material and complexity.

��️ Types of Embossing Presses �� Key Components

• Frame: Rigid structure supporting the press.

• Die Set: Male/female dies shaped to form the pattern.

• Ram/Slide: Moves the upper die down onto the sheet.

• Control System: Manual, semi-automatic, or CNC-controlled.

�� Common Materials Used

• Aluminum

• Mild Steel

• Stainless Steel

• Copper

• Brass

�� Applications

• Automotive panels

• HVAC ducts

• Appliances (e.g., washing machine drums)

• Architectural panels

• Branding/logos on metal products

⚙️ Advantages

• Enhances aesthetic appeal

• Adds rigidity without increasing weight

• Enables batch or continuous production

• Can be integrated with cutting/forming lines

Additional Information:

• Item Code: Customize
• Production Capacity: RH
• Delivery Time: As Per Customize
• Packaging Details: As Per Customize

A Hydraulic Coin Press Machine is a specialized type of press that uses hydraulic force to mint or emboss coins and medals. It is a modern alternative to mechanical presses and offers more control, precision, and pressure capacity.

🔧 Key Features:

1. Hydraulic System:

   • Uses high-pressure fluid to exert force on the die set.

   • Provides consistent and uniform pressure for clean, detailed impressions.

2. Pressing Capacity:

   • Varies from a few tons (for small coins) to hundreds of tons (for larger or thicker medallions).

3. Die Set:

   • Contains the engraved design for the coin (obverse and reverse).

   • Made from hardened steel and can be interchangeable for different coin designs.

4. Control System:

   • Modern machines often include a PLC (Programmable Logic Controller) for automated operation, safety features, and repeatability.

5. Cooling System:

   • Prevents overheating during continuous operation.

6. Frame and Construction:

   • Heavy-duty steel frame to withstand high forces and ensure alignment.

⚙️ How It Works:

1. Coin blank (planchet) is placed in the die area.

2. Hydraulic piston drives the upper die down with controlled pressure.

3. The design is embossed onto the coin blank.

4. The press retracts, and the finished coin is ejected or manually removed.

✅ Advantages Over Mechanical Presses:

• Precise control over pressure and speed.

• Quiet operation compared to mechanical systems.

• Reduced wear and tear on dies due to smooth motion.

• Adaptable for various coin sizes and metals.

🛠️ Common Applications:

• Minting official coins and commemorative medallions.

• Custom token or souvenir manufacturing.

• Private mint operations.

Definition:
Briquette Press Machines are designed to compress powdery, granular, or chip-type materials (metal, biomass, or industrial waste) into uniform solid briquettes using mechanical, hydraulic, or roller-based systems.

✅ Types of Briquetters: 1. Hydraulic Metal Briquette Press

• Used for metal chips, turnings, swarf (Aluminum, Cast Iron, Brass, MS, SS)

• Produces dense, furnace-ready briquettes

• No binder or heating required

• Pressing Force: 100 – 600 tons

2. Roller Briquette Press (Mechanical)

• Suited for coal dust, charcoal, mineral fines

• Uses twin rollers with cavities

• High throughput production

• Requires binder

3. Biomass Briquette Press

• Compresses agro waste, sawdust, husk, etc. into fuel briquettes

• Usually screw or piston-type

• Heating system may be integrated

4. Powder Briquetting Press

• Used for oxide powders, slag dust, mill scale, fly ash

• Common in metallurgical and chemical industries

• Can operate at high temperature/pressure

📐 Typical Technical Specifications (Metal Briquetter): 📦 Advantages of Briquetting:

• Volume reduction by 70–90%

• Higher resale or melting value

• Eco-friendly waste management

• Uniform briquettes – easy storage, handling

• Converts loose waste into reusable or sellable form

• Reduces handling costs and labor

🛠️ Optional Features:

• Chip Crusher / Pre-shredder

• Conveyor Feeding System

• Oil/Coolant Recovery Tank

• PLC-Based Control Panel with Touchscreen

• Auto Discharge Conveyor / Collection Bins

For Manufacturer the Suspension and Arms of Automobile

Additional Information:

• Production Capacity: high
• Delivery Time: 3 month
• Packaging Details: complete Machine

Hydroforming hydraulic presses are machines that use fluid pressure to shape and form metal components, such as tubes, sheets, or profiles. These presses are commonly used in various industries, including:
1. Automotive: for manufacturing complex-shaped parts, such as engine mounts, chassis components, and exhaust systems2. Aerospace: for producing lightweight, complex-shaped components3. Industrial manufacturing: for creating custom metal parts and components
The hydroforming process offers several benefits, including:
1. Complex shape formation: hydroforming allows for the creation of complex shapes and geometries2. Lightweight components: hydroformed parts can be designed to be lightweight while maintaining strength and durability3. Reduced material waste: hydroforming can minimize material waste and reduce the need for additional machining operations

A Hydraulic Press Brake Machine is a type of machine tool used for bending sheet metal and plate material. It utilizes hydraulic cylinders to apply force and form metal into desired shapes through the use of a punch and die.

🔧 Key Components:

1. Frame – The main structure that supports all components.

2. Ram (Slider) – Moves up and down under hydraulic power, holding the punch.

3. Bed – The lower part where the die is mounted.

4. Punch & Die – Tools that form the material into the desired shape.

5. Hydraulic System – Includes pumps, valves, and cylinders that generate force.

6. Back Gauge – Precisely positions the workpiece for accurate bending.

7. CNC Controller (optional) – Allows for programmable, automated control of bending operations.

⚙️ Working Principle:

1. The hydraulic system pressurizes oil to move pistons in the hydraulic cylinders.

2. The pistons drive the ram down with a controlled force.

3. The metal workpiece placed between the punch and die is bent as the ram descends.

4. After the bend, the ram returns to its initial position.

📐 Types of Bending:

• Air Bending – Punch doesn’t bottom out on the die; most common.

• Bottom Bending – Punch presses the material fully into the die.

• Coining – High pressure flattens and imprints the material into the die.

✅ Advantages:

• High precision and repeatability

• Suitable for a wide range of thicknesses

• CNC options allow for complex, multi-bend parts

• Strong force application (up to several hundred tons)

🔩 Applications:

• Automotive parts

• Electrical enclosures

• Furniture

• Construction components

• Custom metal fabrication

Would you like help choosing a specific model, learning how to operate one, or seeing a comparison between hydraulic and other types like mechanical or servo-electric press brakes?

 

A Press Brake Bending Machine is a type of industrial machine used for bending sheet metal and plate materials. It's widely used in manufacturing, especially in the fabrication of parts for appliances, automotive, construction, and aircraft industries.

🔧 Key Components:

1. Frame – The rigid structure that holds the other components.

2. Ram (or Slide) – The upper tool that moves vertically to press the material into the die.

3. Die – The lower tool where the material rests; comes in various shapes depending on the bend needed.

4. Back Gauge – Positions the metal sheet accurately for repeatable bending.

5. Control System – Manages movement, angles, and sequences (can be manual, CNC, or NC).

🛠️ How It Works:

1. A metal sheet is placed between a punch (on the ram) and a die.

2. The ram presses the punch into the sheet and down into the die, causing the metal to bend.

3. The angle and radius of the bend depend on:

   • The shape of the punch and die.

   • The stroke depth of the ram.

   • The material properties and thickness.

📚 Types of Press Brakes: ✅ Advantages:

• High precision and repeatability.

• Suitable for complex and varied bends.

• Efficient for both short runs and mass production.

⚠️ Safety Considerations:

• Must be operated by trained personnel.

• Guarding systems (like light curtains or interlocks) are important.

• CNC machines have safety interlocks and error detection.

A Hydraulic Vertical Broaching Machine is a type of broaching machine that uses vertical hydraulic force to pull or push a broach through a workpiece to create internal profiles such as keyways, splines, slots, round holes, and custom shapes. It is widely used in precision machining for industries like automotive, aerospace, heavy machinery, and gear manufacturing.

🏗️ What is a Hydraulic Vertical Broaching Machine?

This machine operates in a vertical orientation, with the broach tool moving up or down under hydraulic pressure. Most commonly, it’s a pull-type configuration where the broach is drawn downward through the workpiece.

🔩 Key Features ⚙️ Main Components 📐 Typical Specifications ✅ Advantages

• High Precision: Ideal for parts that require tight tolerances.

• Small Footprint: Vertical design saves floor space.

• Versatile: Can perform a wide range of internal cuts.

• Gravity-Assisted Operation: Enhances cutting performance.

• Consistent Quality: Excellent for high-volume production.

🧰 Applications

• Automotive: Keyways in gears, transmission parts, shafts.

• Aerospace: Internal slots or splines in turbine parts.

• Machine Tools: Bushings, hubs, and gear blanks.

• Defense: Precision components requiring consistent shapes.

🧠 CNC Hydraulic Vertical Broaching Machines

Modern machines come equipped with CNC controls, which offer:

• Programmable stroke length and speed

• Memory for part programs

• Integration with automation lines

• Improved tool life and part quality

An industrial press brake machine is a powerful tool used in manufacturing and metal fabrication to bend sheet metal and plate materials into precise shapes. It is a critical piece of equipment in industries such as automotive, aerospace, appliance manufacturing, and construction.

🔧 Key Components of a Press Brake Machine:

1. Frame – The structural base that supports all components.

2. Ram (or Slide) – The moving upper part that pushes the metal into the die.

3. Bed – The lower part that holds the die.

4. Punch and Die – The forming tools; the punch pushes the metal into the die to create bends.

5. Back Gauge – A positioning tool to ensure consistent bending dimensions.

6. Control System – Ranges from manual to CNC (computer numerical control), allowing precision and automation.

⚙️ Types of Press Brake Machines:

1. Manual Press Brake – Simple and low-cost, but labor-intensive and less precise.

2. Hydraulic Press Brake – Uses hydraulic power; offers high force and control.

3. Pneumatic Press Brake – Uses compressed air; suitable for lighter work.

4. Servo-Electric Press Brake – Uses servo motors; highly efficient and accurate.

5. CNC Press Brake – Fully automated and programmable, ideal for high-precision work and mass production.

📐 Applications:

• Sheet metal enclosures

• Automotive panels and frames

• HVAC ductwork

• Electrical cabinets

• Metal furniture components

✅ Advantages:

• High precision and repeatability

• Customization of angles and forms

• Efficient for large-volume production

• Can handle a wide range of metals and thicknesses

If you're looking for recommendations, specs, maintenance tips, or help choosing the right type for a specific use case, feel free to ask!

🏗️ Hydraulic Press Brake Machine

A Hydraulic Press Brake Machine is an industrial machine used to bend and shape sheet metal using hydraulic cylinders to apply controlled force. It’s the most widely used type of press brake for medium to heavy-duty applications, offering power, precision, and versatility.

🔧 Main Components ⚙️ Working Principle

1. The sheet metal is positioned between the punch (on the ram) and the die (on the bed).

2. Hydraulic power moves the ram downward.

3. The punch presses the metal into the die, bending it to the desired angle.

4. The stroke depth controls the bend angle and is precisely managed by the hydraulic system and control unit.

📐 Types of Bending in Hydraulic Press Brakes

• Air Bending – Most common, flexible bend angles, minimal contact.

• Bottom Bending – Higher accuracy, punch fully contacts the metal.

• Coining – Very high force for extremely accurate, permanent bends.

🛠️ Typical Machine Specifications ✅ Advantages

• High Bending Power: Ideal for thick or tough materials.

• Precision & Repeatability: Especially in CNC-controlled machines.

• Flexibility: Can form a wide range of materials and shapes.

• Durability: Long service life with proper maintenance.

• Safety: Integrated light curtains, pressure relief systems, and overload protection.

❌ Disadvantages

• Slower than mechanical presses in high-speed operations.

• Hydraulic fluid maintenance required (leaks, temperature control).

• Higher initial cost (especially for CNC variants).

🧩 Common Applications

• Enclosures and cabinets

• Structural components (beams, angles)

• Chassis for vehicles

• HVAC ductwork

• Kitchen equipment

• Agricultural machinery parts

🔄 Variants of Hydraulic Press Brakes

1. NC Hydraulic Press Brake – Programmable but limited automation.

2. CNC Hydraulic Press Brake – High automation, multi-axis control, ideal for complex parts and mass production.

3. Hybrid Hydraulic Press Brake – Uses servos for efficiency with hydraulic force—more energy-efficient and precise.

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