Automated Racking System

Product Details:

Radio shuttle racking system consists of supporting rack, shuttle rails and a radio shuttle cart( also called pallet runner or pallet mole). Fully programable deep lane storage and retrieval system for maximum and high- security storage

-       Goods can be stored in the warehouse with highest density and low cost.

-       2-better safety and anti seimic performance reduce the racking collision and improve the safe production

-       Storage style FIFO/FILO

 

RANAMOVER:- For multi-deep storage tray bit general purpose Automatic advanced module system

RANAMOVER include-

1-    Like carriers fixed line on the track and the storage channel perpendicular to the parent vehicle , loaded in each.

2-    Supercap, attachment board by the parent vehicle controlled by WIFI, and it is used to store a variety of channels carried the tray automatically retrieve/ store operations.

Different system tray configured to provide the necessary lifting/ lowering system so that the tray RANAMOVER transported to different channels that can be processed, and as a separate job RANAMOVER handling carts provide different levels of lifting/ Lowering system

Product Details:

Often selected for its dynamic functionality, efficient use of space, and improved work environments, these technologies can integrate with other automation technologies and warehouse software for even greater efficiencies. Other benefits include:

Increase throughput and efficiency with various storage configurations, transport mechanisms, and horizontal and vertical speed options

High density storage makes the most of available footprint and maximizes vertical space

Accurate, real-time inventory data eliminates the need for physical inventory inspections

Eliminate damaged or missing inventory with secure storage and improved picking processes

Inventory storage security with secure enclosures and real-time inventory control

Reduce travel between operations for improved order cycle time

Turnkey or custom solutions providing a right-fit solution for your operation

Ease of installation and maintenance with modular design and built-in diagnostics

Accommodate environmentally challenging scenarios (e.g., seismic regions or freezer-rated needs)

Integrate into larger systems to further streamline operations and improve workspace ergonomics

Product Details:

 We are Manufacturer, Supplier, Exporter of Vertical -Store Storage Systems, Vertical Storage Systems, Automated Vertical Storage and our set up is situated ghaziabad, up India.  If your warehouse specializes in or requires solutions for sorting applications, high speed automated picking or parts delivery, our Vertical-Store Storage Systems might be the solution best suited for your needs.

 A Vertical -Store is a series of pallets placed on an oval track. The carousel pallets rotate to bring the required items to the operator. Computer controls are integrated into the storage system allowing you to perform a wide range of activities from simple transactions to full inventory control.

 Customers have been able to reclaim up to 75% of floor space when implementing storage systems.

 

Product Details:

Features:

The transfer machine is a device for cross-transporting goods in an automated three-dimensional warehouse, including chain type, roller type, belt type, etc. The transfer machine consists of a jacking mechanism and a conveying mechanism. The two parts have independent power assemblies and bodies respectively. The two parts are connected through connecting rods or linear bearings. The transfer machine lifts the cargo unit transported onto it away from the original conveyor line body, and then cross-transports it.

 

 

Product Details:

Features:

The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the main machine to travel, the loading platform lifts and the forks telescope to move the unit cargo in three directions of the warehouse. In order to realize the task of putting goods into/out of the shelves, the working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.

Product Details

Product Introduction
The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the host machine to travel, the loading platform lifts and the forks telescope to make the unit goods move in three directions of the warehouse. Movement to achieve the task of putting goods into/out of the shelves. The working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.
The stacker is the core equipment of the entire automated three-dimensional warehouse. It can transport goods from one place to another through manual operation, semi-automatic operation or fully automatic operation.

Product Details:

1. High-rise shelf storage, saving inventory space and improving space utilization. At present, the height of the highest three-dimensional warehouse in the world has reached 50m, and the storage capacity per unit area can reach 7.5t/m², which is 5-6 times that of ordinary warehouses.
2. Automatic access, fast operation and processing speed, and at the same time, it can be easily integrated into the enterprise's material system.
3. Computer control facilitates counting and inventory, and reasonably reduces inventory.
Function:
       1. Receive goods. The warehouse receives various materials, semi-finished products or finished products from suppliers or production workshops for production or processing and assembly.
2. Inventory. Store unloaded goods to the location specified by the automation system.
3. Pick up the goods. Obtain the goods required by customers from the warehouse according to demand. Usually a first-in-first-out (FIFO) approach is adopted.
4. Delivery. The removed goods will be sent to customers according to strict requirements.
5. Information inquiry. The relevant information of the warehouse can be queried at any time, including inventory information, operation information and other information.

Additional Information:

• Delivery Time: One month

Product Details:

We offer comprehensive material handling systems leveraging software and automation solutions developed through a proven design process to give our clients a competitive advantage in their industries.  

Our concepts are based on extensive data gathering and analysis, which includes collecting input from all key stakeholders as well as leveraging our broad industry experience. Using set evaluation criteria, we assess and identify the best solution that meets your business objectives.1. DEFINE 

Our engineers and consultants work with customer stakeholders to determine your business objectives.

2. DESIGN 
Using data analysis and modeling of your operational data, we apply qualitative and quantitative methods to determine the material flows, inventory levels, and related details required in your future state.

3. ENGAGE 
Developed system concepts are tested, costs are determined, and economic feasibility is confirmed. Once the customer’s stakeholders give the green light, we can move into the Execution phase.

4. EXECUTE 
Project teams are assembled, detailed designs created, and functional specifications are determined. Equipment is ordered, installed, and tested. Software and Controls content is developed.

5. COMMISSION 
Once software and controls programs are installed, customer teams are trained and the system is commissioned. The system “goes live” and beneficial use is achieved. Final punch lists are completed, and the successful project is accomplished.

6. SUPPORT 
24/7 software, industrial controls, and mechanical support is provided after acceptance to ensure maximum system uptime.

Product Details:

The stacker system using linear motors has the following features:
1. High-speed stacking, free position setting
2. Higher output, continuous stacking without interruption
3. Improve product quality and avoid material surface damage caused by manual stacking Contamination and damage ensure the quality of the material surface.
4. Quickly replace the product series, which can control the force.
5. Improve efficiency.
The structure is simple
. The traveling motor drives the wheels through the drive shaft to travel horizontally on the lower guide rail, and is driven by the lifting motor through the lifting wire rope. The cargo platform performs vertical lifting and lowering movements, and the cargo forks on the cargo platform perform telescopic movements.
Working Principle:
Through three-dimensional movement, goods can be taken out of the designated cargo location or delivered to the designated cargo location. The horizontal bar code address device is used to control the horizontal traveling position of the stacker, the vertical bar code address device is used to control the lifting position of the loading platform, and the proximity switch is used to control the telescopic position of the fork. Through the conversion of optical communication signals, manual and semi-automatic
control
of the on-board control cabinet can be used to achieve computer-controlled fully automated control.

Product Details:

Features:

The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the main machine to travel, the loading platform lifts and the forks telescope to move the unit cargo in three directions of the warehouse. In order to realize the task of putting goods into/out of the shelves, the working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.

Product Details

Product Introduction
The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the host machine to travel, the loading platform lifts and the forks telescope to make the unit goods move in three directions of the warehouse. Movement to achieve the task of putting goods into/out of the shelves. The working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.
The stacker is the core equipment of the entire automated three-dimensional warehouse. It can transport goods from one place to another through manual operation, semi-automatic operation or fully automatic operation.

Product Details:

Features:

The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the main machine to travel, the loading platform lifts and the forks telescope to move the unit cargo in three directions of the warehouse. In order to realize the task of putting goods into/out of the shelves, the working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.

Product Details

Product Introduction
The stacker is composed of upper and lower beams, columns, loading platforms, counterweights and various telegraph control components. The stacker relies on the host machine to travel, the loading platform lifts and the forks telescope to make the unit goods move in three directions of the warehouse. Movement to achieve the task of putting goods into/out of the shelves. The working capacity of the stacker determines the maximum capacity of the entire automated three-dimensional warehouse.
The stacker is the core equipment of the entire automated three-dimensional warehouse. It can transport goods from one place to another through manual operation, semi-automatic operation or fully automatic operation.

Product Details:

. Product Introduction: 
The mobile racking is composed of Conventional pallet racking installed on mobile bases, allowing opening and closing of the aisles. Where compact storage is need while keeping a high degree of accessibility to the stored products, mobile racking may be the best solution, especially where storage space is expensive, for example in cold stores. Mobile racking saves considerable space as the number of aisles is reduced to a minimum.
Conventional static racking  requires fixed aisles between racks, causing quite some redundant space. A mobile racking system is very efficient and only needs one aisle, creating a much higher warehouse industrial storage capacity.

2. Clear benefits and advantages: 
Mobile racking can optimize available space, with high density storage and floor utilization;
80% compared to 40% in conventional pallet racking
Reduced costs per m2
Accessibility of each pallet, so high number of SKUs is allowed.
Different pallet sizes can be stored more easily, compared to other high density storage solutions, where high demands are imposed onto the pallet dimensions and quality

3.   Mobile base components:
The mobile base is assembled on-site and is composed of a number of pre-assembled and single components. 
     - A number of wheel-trains;
     - Beams;
     - Horizontal bracings, with fixed length, not adjustable;
     - Various small components

4. RFQ documents: Before you send us your requirement for quotation, please prepare the following information:
Warehouse layout CAD drawings if available.
Pallet size, entry side, width, depth, height of goods.
Loading weight per pallet.
Clear height of the warehouse
Your forklift information, working aisles width and max. reaching height.
Your intra logistic flow within the warehouse.