Manufacturer-led approach
New systems, refurbishment, service and parts are reviewed within one engineering and manufacturing workflow.
KOŞU GRUP LIFTING SYSTEMS
Overhead Bridge Crane
Overhead bridge cranes are engineered as single or double girder systems according to span, runway level, capacity, lift height, duty and process flow.
KOŞU GRUP TECHNICAL DECISION CENTRE
Clarify product selection, faults, refurbishment and technical enquiries in one flow.
Use short questions to reach the right product or service family and transfer the result into a technical enquiry. It provides verifiable preliminary engineering direction, not a final calculation.
01
Crane & hoist pre-selection engine
Use capacity, motion, duty, headroom and environment to identify the first product family.
02
From symptom to a safe technical route
Connects the symptom to the right service and part family without remote repair instructions.
03
Repair, overhaul, modernise or renew?
Prioritises the route using recurring faults, parts availability, control technology and changed process needs rather than age alone.
04
Prepare one structured technical enquiry
Turns the core data required for first review into one structured WhatsApp message.
PRODUCT OVERVIEW
Select the system by operating scenario, not just product name.
Overhead bridge cranes are engineered as single or double girder systems according to span, runway level, capacity, lift height, duty and process flow.
The correct configuration is not determined by rated load alone. Load geometry, centre of gravity, cycle count, lifting distance, horizontal travel, environment and service access should be reviewed in one technical picture.
KEY FEATURES
Single or double girder configuration
Project design based on span and capacity
Bridge, trolley and lifting motions
Installation, commissioning and service plan
DESCRIBE THE REQUIREMENT CLEARLY
The same requirement may be described in different terms.
These phrases may describe the same technical requirement. Relevant links lead to the most useful selection, pricing, service, parts or fault page.
Single/double girder layout, span, hook height, bridge/trolley travel, supporting structure and duty are reviewed together.
APPLICATIONS
The right arrangement for the process.
01
Factories
02
Steel service centres
03
Machinery manufacturing
04
Logistics facilities
ENGINEERING DECISIONS
What we clarify before quotation.
Clear definition of capacity, duty and site conditions supports better decisions for both investment and service life.
Capacity
Maximum and typical load, allowance and load geometry.
Motion
Speed needs for lifting, bridge, trolley and slewing.
Site
Span, level, power, structure, floor and environment.
Operation
Shift, cycle, operator and maintenance scenario.
SELECTION & PROJECT GUIDES
Crane Price Factors: Overhead, Gantry, Jib & Monorail Crane Quotations
Crane quotation cost is shaped by span, lift height, structure/runway, duty, speeds, controls, electrification, installation and site conditions as well as capacity.
Single Girder vs Double Girder Overhead Crane
Choose the bridge arrangement by capacity, span, hook approach, building height and duty class.
Crane & Hoist Installation and Commissioning Checklist
Plan crane and hoist installation around site readiness, structure/runway, mechanical assembly, electrics, motion directions, brake/limit functions and handover.
Key Checkpoints in Crane Maintenance
Review brakes, limits, rope or chain, hook, wheels, runway, electrics and controls in one maintenance plan.
RELATED SYSTEMS
Alternative technical paths for the same need.
LIFTING SYSTEM
Electric Chain Hoist
Industrial electric chain hoist for workstation, monorail and crane applications, selected by load, lift height, duty, trolley arrangement and site conditions.
Explore
LIFTING SYSTEM
Electric Wire Rope Hoist
Electric wire rope hoist for industrial crane systems, engineered around load, speed, duty class, hook approach, trolley layout and maintenance access.
Explore
LIFTING SYSTEM
Monorail Crane & Hoist System
Monorail crane and hoist systems engineered around runway route, suspension points, curves, electrification, load flow and process access.
ExploreFREQUENTLY ASKED QUESTIONS
Short answers specific to this page context.
01What information is required for a crane or hoist quotation?+
Maximum load, lifting height, horizontal travel, span, operating frequency, power supply, site photographs and installation location help determine the correct system.
02Can a quotation be prepared without a site survey?+
A preliminary quotation can be prepared from basic data. A site survey is recommended when the supporting structure, runway, floor, power or installation conditions affect the project.
03Do you provide maintenance and repair for existing cranes?+
The scope is technically reviewed after receiving the system type, capacity, brand/model, fault symptoms and site location.
04How are spare parts matched?+
Labels, serial data, capacity, photographs, dimensions and connection details are used to identify a suitable part.
05Do you support projects across Türkiye?+
Manufacturing and service coordination from Istanbul is planned across Türkiye according to project scope, schedule and location.
06Does Koşu Grup serve all of Türkiye?+
Yes. Project data can be collected remotely, while manufacturing, shipping, installation and service are planned nationwide according to scope and site conditions.
07Does Koşu Grup manufacture for international projects?+
International manufacturing and project enquiries are accepted. Country, power supply, site dimensions, delivery model, installation and documentation are clarified during quotation.
08Do calculator results constitute engineering approval?+
No. The tools prepare enquiry data. Capacity, structure, duty class, dynamic effects and safety require authorised engineering verification.
09What faults are covered by 24/7 technical service?+
Initial assessment and service coordination cover hoists, bridge and gantry cranes, controls, brakes, limits, motors, travel, power feeds, chain/rope and spare-part faults.
10Which photos help an RFQ?+
Equipment labels, full system, runway/beam, hook area, panel, pendant, fault point and safe-distance site views accelerate assessment.
11How is crane maintenance frequency defined?+
Manufacturer instructions, use intensity, environment, load spectrum, fault history and legal requirements are reviewed together.
12Can an old crane be modernised?+
A scope can be defined after reviewing structure, mechanics, brakes, limits, controls, motors, gearboxes, power supply and spares availability.
13How are spare parts identified?+
Make/model, serial and capacity labels, dimensions, connectors, mounting, photos and existing part codes are compared together.
LET’S DISCUSS YOUR PROJECT
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