Our cross transfer conveyors find application in numerous industries, including chemical, paint and vehicle industry etc. Does your work require such kind of a conveying system? For all your queries, you can speak to our representatives today! We surely can help you with any requirement with regards to conveying!
Conveyors and cross transfer handlers offer a 90-degree transfer of loads and materials in the shortest possible time. It is well equipped and flexible to use the vertical lift and transfer mechanisms stimulated by pneumatic, hydraulic and electrical systems.
1. Planning: Establish a clear plan for your material handling system. Your plan should identify which materials will be transported, which equipment will be used and where your materials will be stored.
8. Environment: Choose equipment that reduces energy consumption and helps to prevent greenhouse gas emissions. An electric forklift, for example, is more eco-friendly than a truck powered by liquid propane.
The material handling process is influenced by four dimensions: movement, time, quantity, and space.
Our cross transfer conveyors are widely used in many industries, such as chemical and paint, as well the automotive industry. Is your job requiring such a conveying device? Contact our representatives to discuss all of your concerns. We will be happy to assist with any request regarding conveying.
By utilizing materials handling systems, employees are released from labor-intensive (for example, lifting heavy items) and monotonous tasks that will help them reduce stress levels and achieve overall satisfaction with work.
You can avoid spending more money on equipment damage by investing in quality solutions. Also, educate your employees about proper equipment maintenance.
The EMS Lift & Carry and EMS Continuous-Chain Cross Transfers both have a lifting capacity exceeding 5' per section. They are up to 60’ in length. They can be used for standard transfers (in/out of a roller conveyor) or through transfers (going along the datum lines). These units can also be built according to the specifications of your shop.
The triplex chain conveyor, and the pop up tables with roller beds, were created from our standards.
An effective material handling system allows your company to have the necessary stock in smaller spaces where possible, reduce time spent on internal operations (such us transport and picking), control inventory in real-time, reduce operational costs and optimize the overall flow of goods in your facility.
Depending on the needs of your warehouse, storage and handling equipment can store materials for either short or long periods.
A problem in automated material handling systems can be poor pallet quality. Although it may reduce the problems associated with poor pallet quality, placing rollers closer together will not allow for chain transfers. IK has designed a chain transfer for 4,000-pound load. It is constructed using a 3/8” steel plate welded frame. This allows for 2-1/2” diameter wheels on 4-1/2” centers. This transfer comes with a chain-take-up design that is easy to adjust without requiring conveyor disassembly.
The control unit is controlled by a PLC. This allows for load transfers at 90° to either side or straight through the system based on logic/sensor response. The entire system is fully compatible with downstream equipment and upstream equipment.
Important Takeaways A direct transfer is a money transfer from one retirement account to another that is facilitated by the two financial institutions involved. A direct transfer is typically performed when an employee leaves their job and transfers the funds in their 401(k) to an IRA.
Transfers move packages from one conveyor to another. The most common type is straight transfers, which are used to connect individual conveyors in a longer line. These conveyors are typically used in straight transfer applications: From one roller to the next. Belt to live roller
Cross-transfer is a phenomenon that occurs when an untrained limb gains some of the same performance benefits from unilateral training as the contralateral limb. Cross-transfer was predicted to occur following a unilateral training regime involving an occupationally embedded task.