Refrigerator (Freezer) Door Shell Forming Line
₹117.50Overview
Refrigerator (Freezer) Door Shell Forming Line is engineered for semi-automated forming of curved or flat door shells, tailored to fixed sheet sizes. It features key components: automatic loading station, punching station, 90° bending station, R‑bending station, unloading station, along with pneumatic, hydraulic, and electric control units. Designed for manual unloading, this line reliably produces high-quality door shells with minimal operator input.
Material & Capacity: Processes 0.4–0.6 mm cold-rolled or coated steel; suitable for wide panels.
Automation & Control: PLC and servo system with touchscreen for quick changeovers and fault alerts.
Efficiency & Productivity: High-speed output; modular design for easy maintenance and variant support.
Ground- Rail Door Foaming Line
Overview:
The Ground‑ Rail Door Foaming Line is a rotary, circular-layout system engineered for refrigerator and freezer door production. Driven by a hydraulic motor with gearbox and steam or mold-temperature heating, the line includes drive unit, curing oven, ground‑rail heating and ventilation, carriers, foam mixture system, injection manipulator with exhaust, mould locking and guide rails, plus pneumatic, hydraulic, earthed, and electric control systems—but relies on buyer-supplied conveyor line, post-treatment table, and high-pressure forming system.
This 24-station ground-guide-rail circulating foaming system efficiently forms and cures PU-insulated door shells in a continuous loop. Capable of handling full foam injection and exhaust cycles, it ensures uniform insulation, fast curing, and safe, grounded operation—ideal for high-volume appliance manufacturing.
Process Flow: The Ground‑Rail Door Foaming Line operates in a circular loop: the operator manually loads the door shell into the guide‑rail fixture, which is then closed and locked; foam is manually or automatically injected before the shell proceeds through heating and curing stations; once cured, the system automatically unlocks, the mold opens along the guide rails, the operator manually unloads the panel, and any surface bubbles are hand-cleaned afterward.
Forming Fixtures for Refrigerator Cabinet
₹117.50Overview:
- Multi‑Station Forming Fixtures for Refrigerator Cabinet Line: The Fixation Liner Cabinet Foaming Machine is a liner-style, multi-station foaming system specifically designed for refrigerator and freezer cabinet insulation. It features a gear‑motor‑driven filling head and a semi-automatic foam injection process. Key components include outer fixtures (which can be operated manually or automatically), guided fixture movement, foam molds, mold temperature control units, pneumatic and electric control systems.
This cabinet foaming line delivers reliable, uniform PU foam filling across fixtures, with precise temperature regulation and fixture control for consistent insulation quality. Its modular configuration ensures steady operation, compact layout, and low environmental impact—aligned with global standards for appliance manufacturing efficiency.
Compact & Efficient Design: The line’s space-saving, modular layout integrates multi-station fixtures, heating, and foaming systems into a centralized frame—resulting in low energy consumption, minimal environmental emissions, and smooth transitions between different cabinet sizes for flexible production in limited workshop floorspace
- Multi‑Station Forming Fixtures for Refrigerator Cabinet Line: The Fixation Liner Cabinet Foaming Machine is a liner-style, multi-station foaming system specifically designed for refrigerator and freezer cabinet insulation. It features a gear‑motor‑driven filling head and a semi-automatic foam injection process. Key components include outer fixtures (which can be operated manually or automatically), guided fixture movement, foam molds, mold temperature control units, pneumatic and electric control systems.
Single Station Vacuum Thermoforming Machine
₹117,504.00Overview:
Single‑Station Vacuum Thermoforming Machine: A compact, robust thermoforming unit designed for large-format plastic parts. Perfect for applications in automotive interiors, appliance liners, industrial housings, and packaging.
Manual sheet loading into a single forming station where a proportional hydraulic cylinder ensures consistent clamping.
Individual heater zones controlled via PLC-based touch-screen interface enable precise thermal regulation.
Servo-electric platen drive or hydraulic control supports smooth forming, while vacuum (or optional pre-blow) shapes the heated sheet over the mold.
Built-in cooling fans or water cooling system solidify parts before clamping is released—operators then manually unload finished components.
The machine supports customization for customer-specific process requirements, including heater layout, clamping configuration, and controller programming. Contact for best thermoforming machine price in India.
Refrigerator Assembly Line
₹1,175,040.00Overview:
The whole refrigerator assembly line has features of reasonable configuration, compact structure, high automaticity and various compatibility.
Highly Automated, Compact & Flexible Layout
Designed with an intelligent production line approach, it delivers streamlined workflows—from cleaning and vacuuming to performance testing, assembly, and packaging—while occupying minimal floor space. Its modular structure supports efficient, multi-variety production.Precision Polyurethane Foam Injection with Bubble Clearing & Vacuuming
Utilizes high-pressure PU foaming systems for uniform insulation application, coupled with automatic bubble-plugging mechanisms and vacuum processes to remove air pockets—ensuring high thermal efficiency and structural reliability.Integrated Cooling Performance Testing
Built-in cooling zones and performance test stations validate thermal and operational quality before final assembly, providing confidence in compliance and product readiness at the end of the line.
Refrigerator Performance Testing Line
Overview:
Refrigerator Performance Testing Line
Trunk‑distribution layout with centralized control
The system features a trunk distribution configuration supporting five production lines, each with 45 workstations—totaling 225 stations—and includes a dedicated industrial control computer and printer to manage inspection tasks and reporting.Dual‑sensor temperature monitoring per unit
Each refrigerator undergoes temperature inspection using two onboard sensors, one positioned centrally in the fresh‑food compartment and another in the freezer section. These feed data into an AI‑powered testing chip to monitor temperature fluctuations and capture precise “on/off” cycling events.Ambient temperature detection
A third sensor, connected to the same chip, measures environmental (ambient) temperature, ensuring all measurements are contextually accurate and reliable.Real-time data visualization & analytics
The industrial control computer processes data from every testing chip in real time, visualizing results via live curves and tables, while also supporting powerful search, statistical analysis, and reporting capabilities.
Laptop Labeling and Attachment Equipment
Features
- 4-axis servo motor control ensures precise label placement.
- Supports both single and multiple labels for versatile applications.
- PLC-controlled user interface for simplified and efficient operation.
- Equipped with Zebra label printer and placement rack to enhance labeling stability.
- Integrated conveyor feeding system enables seamless automated production.
- CCD vision alignment system ensures precise label positioning.
- Vacuum detection system guarantees stable label adsorption and application.
- Modular interchangeable suction heads accommodate various label types.
- R-axis 360° rotation adapts to different labeling angle requirements.
Applications
- Suitable for labeling tasks in laptops and electronic products, enhancing labeling precision and production efficiency.
Robotic Arm Automated Transfer System
Features
- Designed for various robotic arm automation transfer needs in industrial applications.
- Equipped with a six-axis servo control system to ensure high-precision movement and stability.
- PLC control with an intuitive HMI interface, offering direct operation and flexible settings.
- Built-in path teaching system for quick trajectory adjustments and motion optimization.
Applications
- Suitable for material handling, workpiece transfer, automated assembly, and processing in the manufacturing industry.
Buy Laser Welding Machine
Features
- Equipped with a dual-axis CNC system and laser welding equipment, capable of executing high-precision welding operations.
- User-friendly teaching interface for entering start and end points, simplifying welding and stitch welding tasks.
- Supports 100 program sets with a maximum of 4,000 recorded work points.
- Customizable welding modes based on operational needs, enhancing flexibility and efficiency.
- Automatic replication and error correction functions reduce setup time and improve precision.
Applications
- Ideal for electronics, precision machinery, and metal processing industries, ensuring high-efficiency and stable laser welding performance.
Automotive Skylight Binding Hydraulic Forming Machine
Introduction
- The Automotive Skylight Binding Hydraulic Forming Machine has two forming stations.The forming process adopts Automotive injection technology. The up mould has the function of vacuum sucking while the down mould with reversal function up to 90°.
- Heating of the mould adopts water temperature controlling method.
Vertical Lifting Carpet Forming Line
₹117.50Introduction
Vertical Lifting Carpet Forming Line
Dual Vertical Forming Stations with Injection Manipulator
The line comprises two vertically operated forming stations and includes an injection manipulator for precise foam placement—typical of carpet-forming solutions designed by Arcturax.Vacuum-Suction Upper Mold & Reversing Lower Mold
The upper mould is equipped with vacuum suction to securely hold the carpet in place, while the lower mould features a reversal mechanism, enabling easier release and ergonomics.Water-Based Mold Heating System
Mold heating is managed using a water temperature control system, providing steady and uniform thermal regulation throughout the forming process.
Copper Tube Stretching Machine
The Copper Tube Stretching Machine is a versatile industrial system designed to precisely stretch and resize tubes for HVAC, and manufacturing applications. It supports both manual and automatic modes, delivering flexible operation for a wide range of metal tubing workflows.
Features
- Dual-mode operation: supports both manual and automatic operation modes for flexible application.
- High-precision tube stretching technology：
-Length adjustment range: 1cm ~ 9999cm
-Length increment/decrement range: -99.9cm ~ +99.9cm
-Stretching speed range: 1cm/sec ~ 100cm/sec
Applications
HVAC & Refrigeration Tubing: Perfect for producing precise copper sections used in coils, condensers, and evaporators.
Piping Fabrication: Ideal for resizing tube lengths for fittings and fixed-length assemblies.
Mass Production Workflows: Suitable for automated lines requiring consistent tube stretching and fixed-length output, saving time and reducing labor.
Large Scale Heat Sink Bending Machine
The Large‑Scale Heat Sink Bending Machine is an advanced, PLC‑controlled system designed for high-precision bending of heat sink fins and assemblies. Ideal for manufacturers seeking consistent angle accuracy, versatile material compatibility, and enhanced safety, this machine streamlines production across various thermal dissipation components.
Features
- Customizable bending angles to ensure product consistency.
- Compatible with various heat sink materials, including aluminum, copper, and alloys.
- PLC control system reduces human operation errors.
- Built-in safety mechanisms ensure operator safety.
Applications
Air-conditioning heat sinks, where bent fins enhance airflow and cooling effectiveness
Electronics thermal modules, including power supply and telecommunications heat sinks, which require precise bending and consistent fin spacing for efficient heat transfer
- Automated production lines for thermal management modules requiring consistent bending across large volumes
Automated Square Valve Fastening Machine
Features
- Automated material feeding to enhance production efficiency.
- Customizable torque settings ensure accurate fastening quality.
- High-precision control minimizes manual intervention and improves consistency.
Applications
Specifically designed for fastening the square-flanged connections of two-way and three-way AC valves, this machine excels in:
Enhancing fastening uniformity and torque accuracy
Reducing repetitive manual tightening tasks
Improving production throughput via continuous automated operation
Hinge Torque & Lifespan Testing System
Features
- Specifically designed for laptop hinge testing, simulating opening and closing movements to analyze hinge lifespan and torque variations.
- Adjustable testing angles to accommodate different product requirements.
- High-precision torque and angular analysis, with real-time recording and lifespan curve generation.
- Intelligent data storage and report output for quality monitoring and verification.
Applications
- Suitable for durability testing of laptop hinges.
- Applicable for lifespan testing of other small hinge structures.
Laptop Pressure Testing & Curve Analysis System
Features
- Laptop Pressure Testing & Curve Analysis System provides Precision pressure simulation testing, suitable for evaluating laptop structural integrity, button pressure resistance, and overall durability.
- Adjustable stroke and load settings, with automated control and data recording.
- LCD panel pressure resistance testing, applicable to various display modules.
- Multi-point pressure testing, supporting VGA/I/O interface pressure analysis.
- Intelligent data storage and report generation, facilitating quality monitoring and verification.
Applications
- Structural pressure testing for laptop components.
- Durability testing of buttons and touch panels.
- Connector plug-in lifespan testing.
- For quality testing all kind of electronics circuit- components and devices to manufacture high quality product.
Panel Torsion & Deformation Testing System
Features
- Precision panel torsion & deformation simulation testing, suitable for evaluating the durability of laptop panels and structural components.
- Adjustable torque and angle measurement, supporting forward and reverse rotation, with customizable stop-time settings.
- Configurable test cycles and speed, meeting various verification requirements.
- Intelligent torque monitoring and safety protection, ensuring accurate and secure testing.
- Laptop-based operation with motion control card, offering simple operation and high efficiency.
Applications
- Torsion testing for laptop panels and external casings.
- Durability verification of mechanical components.
- Structural force and deformation testing.
Touchscreen Tap & Gesture Testing System
Features
- Touchscreen Tap and Multi-mode testing, supporting single-point pressing, swiping, tapping, and multi-impact operation simulations.
- Precision load control, with a testing range of 30-800g and accuracy of ±1g.
- Stroke and load protection to ensure equipment and product safety.
- High-precision swipe testing, equipped with glass or abrasive fixtures to simulate real touchscreen usage conditions.
- Fully customizable parameters.
Applications
- Suitable for touchscreen testing of smartphones, tablets, laptops, and All-in-One computers.
- Simulates direct taps, rapid impacts, and swipe gestures, evaluating touchscreen durability and responsiveness.
Touchscreen Glass Panel Stress & Breakage Testing System
Features
- Touchscreen Glass Panel Stress & Breakage Testing System is a High-precision stress testing, with a minimum resolution of 0.005mm, ensuring accurate force measurement.
- Customizable testing parameters to meet various glass strength validation requirements.
- Computerized automatic control and data recording, allowing input of test stroke and load values to generate test reports.
- Z-axis overload protection, ensuring equipment and product safety.
- Test data storage, including test conditions, load-stroke curves, and inspection reports for quality verification.
Applications
- Suitable for testing the breakage strength of touchscreen glass, tempered glass, and display panels.
- Evaluates glass stress resistance and durability, meeting quality inspection requirements.
Insertion & Extraction Force Curve Durability Testing System
Features
- Insertion & Extraction Force Curve Durability Testing System comes with Multiple testing modes: dimension mode, incremental mode, and absolute mode to meet various testing requirements.
- High-precision measurement, with a minimum stroke resolution of 0.001mm, ensuring accurate data recording.
- Precise insertion and compression force testing, with real-time monitoring of load and stroke changes.
- Load cell overload protection, ensuring equipment and product safety.
- Data logging and storage, including test conditions, load curves, stroke variations, and inspection reports.
Applications
- Suitable for durability and insertion-extraction force testing of electronic connectors, buttons, and terminals.
- Evaluates product lifespan and mechanical durability, ensuring quality reliability.
Insertion & Extraction Durability Testing System
Features
- Insertion & Extraction Durability Testing System is Suitable for insertion-extraction testing of USB, HDMI, SD card slots, and other I/O interfaces, verifying product reliability and durability.
- Precision control over angle, force, and speed, simulating real-world usage conditions.
- Programmable testing process, supporting various verification modes and automated operations.
- Adjustable insertion-extraction force and movement parameters, allowing flexible test condition settings.
- Analysis of deformation and plug-in behavior, ensuring products meet durability standards.
Applications
- Durability testing of electronic connectors, memory card slots, and charging ports.
- Product lifespan validation, evaluating insertion-extraction strength and reliability.
