Choose the optimal warehouse technology to minimize operating costs

INDUSTRIAL ECOSYSTEM

OUR MISSION

Our mission is to revive technological and restore engineering potential

More than

10 years

Experience in production of industrial equipment

 

12

Distributors and service centers

More than

30

Partners

OUR VALUES

WHO WE ARE:

Multidisciplinary center of industrial robotization

Robotic unmanned transportation for warehouse logistics

World-class weight measuring technology

Urban industrial hub

Metalworking Expert Center

01

INNOVATION FOR THE GOOD

When introducing new technologies, we think not only about machines, but also about people. Our tools promote self-realization, cooperation and creativity

02

RELIABILITY AND SAFETY

We adhere to the strictest standards of quality, with integrity and commitment to each client's objective

03

OPENNESS TO CHANGES

We are not afraid to take initiative, experiment and explore new things

ABOUT US

Astergo’s transport and logistics robots operate in a wide range of fields: food industry, industrial production, oil and gas industry, pharmaceuticals, construction materials production, consumer goods production

The company has developed and is actively implementing the "Digital Warehouse" - a high-tech complex consisting of modern warehouse equipment, robotic devices, unmanned transport and a warehouse management system.

RESULTS OF IMPLEMENTATION OF WAREHOUSE LOGISTICS AUTOMATION PROJECTS

Minimizing the cost of cargo storage
Reduction in payroll
Increase in storage capacity
Designing the most “Unmanned warehouse"
Solving the shortage of line staff issue
Operating cost reduction
30%
Increasing the speed of access to goods
40%
Storage space optimization
40%
Reduction of expired goods losses due to FIFO selection of goods
90%
Eliminating manual operations planning and product search losses
100%

TYPES OF AGV

AGV: Automated Guided Vehicle — is an industrial vehicle that can be pre-programmed to transport goods in production, warehouse and between them. Also, an AGV system is a set of such devices that interact with each other to perform a wide range of tasks, mainly the transportation of goods within a facility.

Functions: 

  1. Creating lines to replace conveyor systems;
  2. Moving components and finished goods from and to the warehouse;
  3. Removing waste from work areas;
  4. Delivering tools and consumables to workstations;
  5. Intra-warehouse movements and other similar tasks.

There are three main types of AGVs and AMRs: transport carts, forklift trucks, and towing devices

1

TRANSPORT CARTS

2

FORKLIFT TRUCKS

3

TOWING DEVICES

AGV BENEFITS

AGV systems have already become an integral part of the warehouse and facility logistics automation solution portfolio
1

Reduction of financial losses and costs

2

Saving production space

3

Adapting to the requirements of the dynamic logistics market

4

Careful and safe transportation of a variety of goods, resulting in reduced defects

5

Optimization and increase of cargo flow

6

Increased operational safety and improved working conditions

7

Possibility to use in hazardous industries

Stacker crane

Stacker crane is a genuine solution for managing and optimizing the way products are stored and ensuring consistency. Automatic stacker crane increases productivity by eliminating manual mistakes and constantly updating inventory.

Stacker cranes allow to create high-capacity warehouses in an optimized volume.

HIGH PERFORMANCE STORAGE

  1. Ability to use different types of racking systems to store different types of cargo units, i.e., pallets, boxes, containers, cartons, coils, etc.
  2. Ability to store one, two or more storage units per channel.
  3. Automated warehouses can be built as part of an existing storage room or as a self-supporting structure.

MAIN ADVANTAGES OF STACKER CRANE RACKING

1

Optimized utilization of storage heights up to 45 m

2

High storage density - even more efficient utilization of storage space, up to 80% of storage volume

3

High cargo moving speed up to 2 m/sec

4

Elimination of manual warehouse management mistakes

5

No need for lighting and heating of the warehouse

6

Possibility of permanent round-the-clock operation

7

Cost savings due to reduced utilization

Dynamic shelving storage system

DYNAMIC shelving STORAGE ELEMENTS

1

Automation cabinet

2

Primary protective barrier

3

Rail guideway

4

Control panel

5

Dynamic base adapted for loads up to 70 tons

6

LOCAL SAFETY SYSTEM restricting personnel access to the operation area

MAIN BENEFITS OF DYNAMIC STORAGE SYSTEMS

Increase in the volume of stored cargo up to 95%

Easy and quick access to inventory (reduced handling time)

Release up to 50% of warehouse space (reducing the cost of renting or operating additional space).

DIGITAL LOGISTICS SOLUTIONS GUARANTEE LOWER COSTS AND PROCESSING TIME.

Astergo is a producer of dynamic platforms that enable the implementation of targeted storage.

Container storage system

Small cell storage system

Cube storage system

MOBILE TRANSPORT ROBOT

Quickly assembled construction with heights from 1 to 8 m. The geometry is configured to the shape of the room to maximize space utilization. Additional tracks can be added after the system has been put into operation

TRAYS

Standard trays with dimensions of 600 x 400 mm and heights of 150 / 220 / 320 / 420 mm are used, with a load capacity of up to 50 kg

FAST LOADING

Mobile transport robots hold one tray at a time and can be used for rapid automated loading into a storage system

TRACKS

The main component of the system that moves the product. Handles up to 100 trays per hour. Operates for 8 hours without recharging. It has a self-diagnostic system

RMS

Receives orders from a customer's WMS system. Controls traffic of robots, coordinates pick zones and stores information about a product position in the system. All system parameters can be monitored via an interface

AUTOMATED WORKSTATION

Automated workplace for collectors, pickers where trays with product are delivered by robots. Processes up to 400 trays per hour. It has input and output buffers for uninterrupted readiness to work.