IXORTA GROUPGroup of Companies · Manufactured in Türkiye
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Catalogue model · technical guide

IX-AG-TL135 Motor Cultivator Specifications, Operation & Selection Guide

A motor cultivator powers rotary blades through soil to break clods, mix residues and prepare seedbeds on smaller fields and gardens.

IX-AG-TL135 Motor Cultivator machinery in a clean operating environment
IX-AG-TL135 Motor Cultivator — final configuration is defined in the signed quotation.
Model overview

What is IX-AG-TL135?

IX-AG-TL135 is an IXORTA motor cultivator. A motor cultivator powers rotary blades through soil to break clods, mix residues and prepare seedbeds on smaller fields and gardens. Its principal catalogue values are Rated power: 13 HP; Working width: 1350 mm.

Start with the IXORTA Agriculture product range, then use this model page to assess fit, operating needs and the information required for a quotation.

Modular Technical Data & Specs

IX-AG-TL135 catalogue specifications

The values below come from the supplied 2026 IXORTA catalogue.

The values below come from the supplied 2026 IXORTA catalogue. Use them to build an initial shortlist, then confirm the exact configuration, options and acceptance criteria in the model-specific quotation.

IX-AG-TL135 Motor Cultivator reference data
Rated power13 HP
Working width1350 mm
Working depth150–300 mm
Blade count36
Weight120 kg

Before ordering: confirm the duty, usable capacity, overall dimensions, utilities, safety package, controls, attachments and documentation for the destination market. Download the division catalogue.

Capacity Fit & Range Comparison

Where IX-AG-TL135 sits in the range

IX-AG-TL135 is the highest listed configuration in this 4-model range and should be assessed against site space, utiliti...

IX-AG-TL135 is the highest listed configuration in this 4-model range and should be assessed against site space, utilities, handling and transport limits.

Shortlist this model when the planned duty is close to its listed values. If the application regularly approaches a limit, compare the adjacent models below and ask IXORTA to check working margin, cycle expectations and future capacity.

Compare every motor cultivators model.

Operating Mechanics & Automation

How the IX-AG-TL135 works

After checking tine condition and guards, the operator sets depth and handle position, starts in a clear area, engages t...

After checking tine condition and guards, the operator sets depth and handle position, starts in a clear area, engages the rotor gradually and makes overlapping passes without forcing the machine.

The safe sequence depends on the supplied guards, controls, utilities and attachments. Operators should follow the delivered manual, training and site risk assessment. For process examples and planning articles, continue to the IXORTA Agriculture industry guides.

Factory Acceptance & Quality Standards

Manufacturing and acceptance checks

Review engine and gearbox mounting, rotor shaft, tine arrangement, guards, depth control, handles, cables, fasteners and...

Review engine and gearbox mounting, rotor shaft, tine arrangement, guards, depth control, handles, cables, fasteners and a soil-working test.

A useful factory-acceptance record identifies the agreed configuration, principal components, inspection points, test material or load, observed results, open actions, documentation set, packing method and release approval. See IXORTA Agriculture project scopes for the wider delivery context.

Engineering Selection Criteria

Applications and selection questions

A catalogue capacity alone is not enough.

Typical applications

  • seedbed preparation
  • market gardens
  • orchard strips
  • soil and residue mixing

Confirm before selection

  • soil type
  • working width
  • target depth
  • engine power
  • transport weight
  • tine and spare-part supply

A catalogue capacity alone is not enough. IXORTA should receive the normal and peak operating range, site conditions, utilities, operator experience, destination and delivery constraints before recommending a configuration. Review the division buyer FAQs before sending the enquiry.

Practical Working Sequence

Practical working sequence

Use the project enquiry form to identify any required training, commissioning or operator documentation.

  1. Define the job. Record material, load, output, quality and environmental requirements.
  2. Inspect before start. Check guards, fluids, fasteners, tooling or attachments, connections and the work area.
  3. Set the equipment. Apply the model manual, verified program or calibrated field setting.
  4. Prove at low risk. Run a dry cycle, first part, clean-water test or short field pass as appropriate.
  5. Monitor production. Watch load, sound, temperature, quality, flow, alignment and safety devices.
  6. Close and record. Isolate safely, clean, inspect wear and log service actions.

Use the project enquiry form to identify any required training, commissioning or operator documentation.

Preventive Care & Service Schedule

Maintenance priorities

Intervals depend on operating hours, duty, dust, heat, water quality and the surrounding environment.

  • inspect and replace worn tines
  • check gearbox oil and fasteners
  • clean the rotor after use
  • service engine filters

Intervals depend on operating hours, duty, dust, heat, water quality and the surrounding environment. The delivered manual and component schedules control the final service plan. Send spare-parts and service questions through the IXORTA contact page.

Export & Project Planning

Field planning for the Middle East, Africa, Russia and Central Asia

Match every machine to farm size, climate, soil, crop, tractor power, hitch, PTO or hydraulic flow, seasonal work window...

Match every machine to farm size, climate, soil, crop, tractor power, hitch, PTO or hydraulic flow, seasonal work window, inland transport, operator experience and first-season spare-parts access.

For a useful export quotation, include the destination port, inland route, unloading equipment, site access, local standards, document language, commissioning responsibility and critical spare-parts expectation. Browse regional project examples.

Project enquiry

Request a IX-AG-TL135 quotation

Send the intended application, capacity, destination and site conditions. The request is routed to the IXORTA team with this division and model already identified.

Technical Knowledge Base

Frequently Asked Questions about IX-AG-TL135

Direct engineering answers on durability, climate adaptation, maintenance, and factory delivery from IXORTA in Konya, Türkiye.

1. What is the IX-AG-TL135 Motor Cultivator used for?

A motor cultivator powers rotary blades through soil to break clods, mix residues and prepare seedbeds on smaller fields and gardens. Typical applications include seedbed preparation, market gardens, orchard strips, soil and residue mixing.

2. How does the IX-AG-TL135 work?

After checking tine condition and guards, the operator sets depth and handle position, starts in a clear area, engages the rotor gradually and makes overlapping passes without forcing the machine.

3. What are the catalogue specifications for IX-AG-TL135?

Rated power is 13 HP; Working width is 1350 mm; Working depth is 150–300 mm; Blade count is 36; Weight is 120 kg. These are catalogue-listed reference values and must be confirmed in the final quotation.

4. What information should a buyer send for a IX-AG-TL135 quotation?

Send the application, required capacity, materials or operating conditions, utilities, destination country and port, site constraints, preferred options, project timing and installation expectations.

5. What should be checked before shipment?

The agreed configuration, safety equipment, dimensions, utilities, documentation, factory acceptance scope, packing, spare-parts list, installation responsibilities and destination requirements should be recorded before release.

6. Is this agricultural machine compatible with diverse soil types and terrain conditions?

Yes. Engineered with high-strength structural alloys, heavy-duty Category II/III hitches, and adjustable working angles, it handles heavy clay, stony soils, and rough uncultivated terrains reliably with minimum tractor power loss.

7. What steel treatments and wear-resistant materials are used on high-impact components?

Tillage points, discs, and chassis frames are manufactured from heat-treated boron steel (30MnB5) with hard-faced tungsten carbide reinforcements and electrostatic powder-baked anti-corrosion paint for exceptional wear life.

8. What is the export packaging and container loading procedure for agricultural machinery?

Implements are knocked down into modular assemblies, securely palletized on reinforced steel racks, treated with rust inhibitor, and strapped into 20ft or 40ft sea containers to maximize shipping density and eliminate transit damage.

9. Are operator manuals, maintenance schedules, and CE conformity certificates included?

Yes. Every machine is accompanied by detailed multi-language parts catalogues, illustrated maintenance guidelines, CE conformity declarations, and EUR.1 preferential trade documentation for smooth customs clearance.

10. How does IXORTA support distributors and farmers with replacement wear parts?

Standard fast-wear components (blades, bearings, seals, belts) are standardized for easy local availability, with complete genuine replacement assemblies maintained in factory inventory for immediate global air or courier dispatch.

Compare IX-AG-TL135 with your project requirements

Use the enquiry form above, email the technical brief or continue by WhatsApp.