Product Description
Tray Arranger Machine is extremely appropriate for the large-scale production of food enterprises. The machine is quite profitable for the large production lines and allows for simple arrangement as well as efficient transportation of food products. The machine is of low power consumption and needs low maintenance. It is a labor friendly machine, simple to operate. Model number is AFM-TAM and has a production capacity of 6000 Pieces per Hour. The machine is applicable for Industries pf Sweets, Namkeen & Bakery.
Product details
|
Material
|
Stainless Steel
|
|
Power Consumption
|
1.5 kW
|
|
Warranty
|
1 Year
|
|
Model No.
|
AFM-TAM
|
|
Voltage
|
220 V
|
|
Phase
|
Single Phase
|
|
Weight
|
300 Kg Approx
|
|
Material Grade
|
SS304
|
|
Capacity
|
6000 Pieces per Hour
|
|
Automation Grade
|
Automatic
|
|
Brand
|
Aksar Food Machine
|
|
Machine Type
|
1- Stage
|
|
Usage/Application
|
Sweets,Namkeen & Bakery Industries
|
Technical Details 
Superior Flexibility and CustomizationAccommodating customizable tray dimensions and programmable operation modes, this tray arranger fits seamlessly into diverse production requirements. Businesses can optimize processes by choosing between continuous or intermittent operation and arranging up to 10 trays simultaneously to maximize throughput and workflow efficiency.
User-Centric Design and SafetyEngineered for user friendliness, the machine requires only a single operator and boasts an intuitive PLC-based touch screen interface. Comprehensive safety features-such as emergency stop, overload protection, and safety guards-ensure operator peace of mind and adherence to industrial standards, even in high-paced environments.
High Performance and ReliabilityDelivering output accuracy of 99.8% and minimal maintenance, this tray arranging system offers dependable performance. Powder-coated mild steel construction and stainless-steel contact parts promote longevity, while advanced in-process QC checks guarantee consistent quality output across various tray configurations.
FAQ's of Tray Arranger Machine:
Q: How does the Tray Arranger Machine enhance automation in packaging lines?
A: The Tray Arranger Machine streamlines the process of sorting and arranging trays by automatically and precisely handling up to 1,000 trays per hour. Its adjustable speed, high accuracy, and programmable operation modes enable integration into any automated production line, significantly reducing manual labor and increasing overall efficiency.
Q: What tray sizes are supported by the machine and can dimensions be customized?
A: This machine is designed to handle a wide range of tray sizes, typically from 150x100 mm up to 600x400 mm. Tray dimensions are fully customizable to accommodate specific production needs, making the system versatile for various industries.
Q: When should the continuous or intermittent operation modes be used?
A: Continuous mode is ideal for large batch processing where uninterrupted throughput is required, while intermittent mode is recommended for applications requiring periodic halts for quality checks or synchronization with other equipment. Both operation modes can be programmed according to the production workflow.
Q: Where can the Tray Arranger Machine be installed and what support is available?
A: The machine is suitable for installation in industrial automation and packaging facilities. On-site installation support is available to assist with setup, commissioning, and operator training, ensuring a smooth implementation and production start-up.
Q: What is the process for arranging and sorting trays in this machine?
A: Trays are fed onto the adjustable conveyor, where the machine handles up to 10 trays simultaneously. Using a PLC-based control system, the trays are sorted and arranged according to programmed parameters, while standard in-process QC checks maintain output quality throughout the operation.
Q: What benefits does the Tray Arranger Machine offer over manual sorting methods?
A: Compared to manual sorting, the Tray Arranger Machine drastically increases efficiency, throughput, and consistency. Its robust construction reduces downtime, while automated controls minimize human error. The single-operator, user-friendly interface and low maintenance contribute to significant labor and cost savings.