0236 237 70 71
info@nevasinsaat.com
Industrial devices and custom tooling are project-specific auxiliary systems used to position, secure, guide, handle or transport workpieces during manufacturing, assembly, welding, machining, inspection and maintenance operations. Where standard equipment is insufficient, they help make the process safer, more controlled and repeatable.
Each system is engineered specifically according to part geometry, loads, tolerances, cycle time, operator access, occupational safety, handling method and site conditions.
An industrial device is auxiliary production equipment designed to hold, transport, lift, support, guide or secure a workpiece or equipment safely during an operation.
Depending on project requirements, the system may include:
Locate the part against defined datums and help limit dimensional variation.
Support the same loading and process sequence in every cycle for more consistent results.
Enable heavy, sharp or difficult-to-handle parts to be transported and secured under control.
Quick clamping, easy loading and controlled movement help shorten processing time.
Hold the part at a suitable working height and access angle to reduce physical strain.
The system can be modified or expanded with new modules when products, capacity or process requirements change.
Hold parts against correct datums for controlled joining operations.
Keep the workpiece in a defined position and limit movement during processing.
Support safe transport of heavy or sensitive parts by forklift, crane or manual systems.
Used for fast checking of dimensions, hole positions, form and datum points.
Allow parts to be fed into and removed from machines in a controlled manner.
Special equipment that simplifies removal, installation, support, alignment and maintenance work.
Each project is evaluated individually according to part geometry, process type and operating scenario.
Part drawings, 3D models, loads, tolerances, cycle time, operating method and safety expectations are evaluated.
Datums, clamping points, handling or lifting details, operator access, sensors and safety elements are determined.
The supporting frame, machined plates, pins, stops, connections and custom components are produced according to technical drawings.
Components are assembled accurately, and paint, coating, galvanizing, black oxide or corrosion protection is applied where required.
Datums, clamping movements, handling points, sensors and, where applicable, behavior under load are checked.
Trial operation is completed with actual or sample parts, final adjustments are made and the device is handed over ready for use.
Wear, deformation, connection problems, capacity increases, product changes or new process requirements may require existing devices to be modified.
Following a technical inspection, the following works may be carried out:
Materials and equipment are selected according to load, accuracy, cycle quantity, process type and operating environment.
Provide durable and cost-effective solutions for supporting frames and primary structures.
Used for locating pins, bushings, stops and precision components exposed to wear.
Can be considered where low weight, easy machining and fast modification are required.
Can be used in special projects requiring hygiene, humidity resistance or high corrosion protection.
Provide durable surfaces for indoor use and corporate color requirements.
Can be integrated for controlled clamping, lifting, position detection and error-proofing.
Projects are not limited to standard device structures; they are prepared according to actual part geometry, loads, tolerances, cycle time, operator or robot access and site conditions.
Technical design, steel fabrication, precision machining, assembly, inspection and trial processes are managed within a single project. Mechanical, pneumatic, sensor-equipped and modular modifications can also be carried out on existing devices.
No. They are designed specifically according to part geometry, loads, tolerances and process requirements.
Yes. Pneumatic or hydraulic systems can be used for clamping, lifting or movement requirements.
Yes. Forklift- or crane-compatible devices can be engineered according to load, center of gravity and handling method.
Yes. Components that check part presence, position and correct loading can be integrated.
Yes. Robot access, connection points, sensors and automation scenarios can be considered in the design.
Yes. Datums, clamping points, modules, supporting structures and control components can be modified following technical inspection.
Technical assessment and project engineering can be provided for a device suited to your part geometry, loads, tolerances and manufacturing process.
You can request a quotation for a new device, modification of an existing system or pneumatic, sensor-equipped and modular upgrades by sharing your project information.
Türkçe
