We engineer belt, roller, vertical conveying and application-specific conveyor systems — individually or as integrated combinations — according to your material handling requirements. Conveyor selection is based on product footprint, weight, line geometry, throughput targets and operating conditions such as temperature, hygiene and abrasion. Below are the conveyor types we most frequently engineer; where a standard configuration does not meet your requirements, we develop a solution from the ground up.
Systems that move products in a controlled manner on a continuous conveying surface driven by a motor and drive pulley. Belt material is selected according to product weight, temperature, required friction, hygiene and cleaning requirements. Fixed-speed versions as well as variable-frequency and PLC-integrated configurations can be implemented.
A conveyor that extends and retracts to increase reach during vehicle loading and unloading operations. It improves operator access to products in warehouses, dispatch and logistics areas; length and load capacity are engineered for the application.
Provides reliable conveying for small-footprint, soft-packaged or irregularly shaped products on a continuous surface. Flat, textured, grip and profiled belt options are available for light- and medium-duty applications, with operating speed engineered to suit the process.
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A compact PVC belt conveyor designed to change product flow direction by 90°. Infeed and discharge directions, belt width, turn geometry and working height are engineered according to the existing line.
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Manufactured with AISI 304 or 316L stainless steel frame options, with a washable construction suitable for hygiene requirements in food and pharmaceutical production. Particularly suitable for wet and frequently cleaned environments.
Built from individual plastic modules connected by hinge rods, combining characteristics of belt and chain conveyors. It is advantageous for curved lines and applications requiring easy section-by-section maintenance.
A simple, robust and cost-effective conveyor type widely used for heavy-duty applications. Commonly selected for mining, recycling and general bulk material handling.
Systems that convey rigid, flat-bottomed products over rollers mounted within a frame. They can be configured with gravity (free-running) or powered drive options; overall cost and performance depend on line length, roller diameter/pitch, product load, frame material, drive configuration and automation scope.
An economical conveying system that requires no motor, allowing products to move by gravity or operator push. Used for rigid-bottom boxes, cartons and crates; reinforced rollers, shafts and bearings can be specified for heavier loads.
Zone-based drive provides speed control, zero-pressure accumulation and automated product flow. Sensorized zones can be integrated with PLCs, barcode readers and other automation components.
A mobile, wheeled conveyor with a scissor-frame structure that expands and contracts as required. Ideal for warehouses, parcel handling and vehicle loading points where working distance changes frequently.
Systems designed to transfer products between different floors or process levels. Selection is based on product dimensions, weight, center of gravity or bulk density, elevation change, hourly throughput and automation requirements.
A conveying system that collects the product at a lower level, elevates it along an inclined section and discharges it at the upper level, forming a Z profile in side view. Cleated/profiled belts prevent product rollback on inclines and are commonly used for machine feeding and elevation transfers.
Transfers loads such as cartons, crates and equipment between different floors or process levels on a platform. It can be designed for continuous or intermittent operation between fixed stops.
Provides continuous, high-throughput product transfer between floors or elevation levels within a compact footprint. It can offer higher circulation capacity than conventional lift-based solutions.
Conveying solutions engineered for applications where standard conveyors are insufficient due to product geometry, transfer method, line layout or process requirements.
Combines a roller conveying surface with a multi-belt transfer mechanism within the same station. Can be custom-engineered for product accumulation, orientation and transfer between lines.
A vertical or inclined conveying system designed to move products between elevation levels where floor space is limited. Guides, carriers and retention structures can be adapted to the product geometry.
Changes product flow direction by 90° to improve space utilization within the line layout. PVC belt, side guides and frame geometry are engineered according to product dimensions and required turning radius.
Automated sorting systems that identify products on the line and route them to the designated line or collection point. They reduce manual handling and error rates in high-volume distribution, order picking and dispatch operations.
A sorting system that diverts products from the main line to a side lane at the designated destination. Suitable for distribution lines with multiple discharge points and high product variety.
Transfers products 90° onto a side lane using lift-belt or pusher modules on roller conveyor lines. Provides compact product routing at intersections.
Conveyor selection is not determined by belt type alone. Product characteristics, process flow, throughput targets, operating environment and automation requirements should be evaluated together.
Dimensions, weight, base geometry, surface characteristics, product sensitivity and spacing are evaluated.
Line speed, hourly throughput, accumulation requirements, direction changes, elevation changes and transfer points are defined.
Temperature, humidity, dust, oil, chemical exposure, hygiene and washdown requirements determine material selection.
Sensors, speed synchronization, product counting, sorting, buffering, reject handling and machine communication are incorporated into the project.
We engineer conveyors as controlled elements of the production line rather than standalone material-handling equipment. Depending on the project, PLC/HMI, sensors, encoders, variable-frequency drives, servo systems, vision, barcode and robot integration can be implemented.
Product counting, gap creation, sequencing, routing, accumulation and zero-pressure flow strategies.
Controlled product transfer between upstream and downstream machines and coordination of process speeds.
Product verification and reject handling based on results from vision systems, sensors or inspection stations.
Integration of pick-and-place, palletizing, storage and retrieval systems into a unified automation architecture.
Rather than selecting a standard product, we evaluate the complete line starting with the product being conveyed.
Product photo/drawing, minimum and maximum dimensions, weight, base construction and surface characteristics.
Layout, infeed/outfeed elevations, conveyor length/width, throughput and target speed.
Upstream and downstream machines, product flow direction, accumulation, sorting, turning and transfer requirements.
PLC/HMI standard, sensors, safety, communications, robot and other machine integrations.
MAKINAMAS designs and manufactures conveyor systems according to conveying distance, product geometry, weight, speed, cycle time and existing line layout. Belt, PVC belt, roller, telescopic, vertical and 90° turn conveyors can be implemented as standalone equipment or as part of an automated production line.
Frames, belts, pulleys, rollers, drives and routing components are dimensioned according to the application.
Conveyors can be engineered to operate in coordination with sensors, PLC/HMI systems, robots, packaging, cartoning and palletizing equipment.
With our engineering and manufacturing infrastructure based in İkitelli, we develop custom solutions suited to existing facility dimensions and process requirements.
For conveyor selection, product dimensions and weight, target throughput, line length, loading/unloading points, environmental conditions and required automation level should be evaluated together. packaging machines, cartoning machines, end-of-line solutions ve ASRS systems We also engineer integrated conveyor architectures incorporating these systems.
MAKINAMAS designs and manufactures conveyor systems according to conveying distance, product geometry, weight, speed, cycle time and existing line layout. Belt, PVC belt, roller, telescopic, vertical and 90° turn conveyors can be implemented as standalone equipment or as part of an automated production line.
Frames, belts, pulleys, rollers, drives and routing components are dimensioned according to the application.
Conveyors can be engineered to operate in coordination with sensors, PLC/HMI systems, robots, packaging, cartoning and palletizing equipment.
With our engineering and manufacturing infrastructure based in İkitelli, we develop custom solutions suited to existing facility dimensions and process requirements.
For conveyor selection, product dimensions and weight, target throughput, line length, loading/unloading points, environmental conditions and required automation level should be evaluated together. packaging machines, cartoning machines, end-of-line solutions ve ASRS systems We also engineer integrated conveyor architectures incorporating these systems.
MAKINAMAS designs and manufactures conveyor systems according to conveying distance, product geometry, weight, speed, cycle time and existing line layout. Belt, PVC belt, roller, telescopic, vertical and 90° turn conveyors can be implemented as standalone equipment or as part of an automated production line.
Frames, belts, pulleys, rollers, drives and routing components are dimensioned according to the application.
Conveyors can be engineered to operate in coordination with sensors, PLC/HMI systems, robots, packaging, cartoning and palletizing equipment.
With our engineering and manufacturing infrastructure based in İkitelli, we develop custom solutions suited to existing facility dimensions and process requirements.
For conveyor selection, product dimensions and weight, target throughput, line length, loading/unloading points, environmental conditions and required automation level should be evaluated together. packaging machines, cartoning machines, end-of-line solutions ve ASRS systems We also engineer integrated conveyor architectures incorporating these systems.
Product base, dimensions, weight, process speed and operating conditions are evaluated together. The appropriate conveyor should therefore be selected based on the specific product and process.
Yes. With an appropriate layout and control architecture, mechanical and automation integration with existing machines can be engineered.
Depending on the application, adjustable guides, variable speed, sensing and format changeover provisions can enable different product sizes to run on the same line.
Key cost drivers include dimensions, frame and conveying-surface materials, drive system, load, speed, line geometry, automation scope and special process requirements.
Tell us about your product, line geometry and throughput requirements; we will recommend the most suitable conveyor type and engineering approach.
