IX-LAT-900 CNC Turning Lathe Specifications, Operation & Selection Guide
A CNC turning lathe rotates a workpiece in a chuck while a programmed turret moves cutting tools to turn diameters, faces, bores, grooves and threads.
What is IX-LAT-900?
IX-LAT-900 is an IXORTA cnc turning lathe. A CNC turning lathe rotates a workpiece in a chuck while a programmed turret moves cutting tools to turn diameters, faces, bores, grooves and threads. Its principal catalogue values are Swing over bed: 900 mm; Turning length: 2000 mm.
Start with the IXORTA CNC product range, then use this model page to assess fit, operating needs and the information required for a quotation.
IX-LAT-900 catalogue specifications
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.
| Swing over bed | 900 mm |
|---|---|
| Turning length | 2000 mm |
| Spindle bore | 105 mm |
| Chuck | 15 in |
| Maximum spindle speed | 1800 rpm |
Before ordering: confirm the duty, usable capacity, overall dimensions, utilities, safety package, controls, attachments and documentation for the destination market. Download the division catalogue.
Where IX-LAT-900 sits in the range
IX-LAT-900 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.
How the IX-LAT-900 works
After secure chucking and tool setup, the operator establishes offsets, proves the program and verifies clearance. The spindle rotates the work while servo axes position the turret; coolant, chip control and measured inspection support repeatable production.
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 CNC industry guides.
Manufacturing and acceptance checks
Manufacturing and acceptance checks should verify bed rigidity, spindle alignment, chuck operation, turret indexing, axis backlash, guarding, lubrication, coolant flow and a representative trial part.
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 CNC project scopes for the wider delivery context.
Applications and selection questions
Typical applications
- shafts
- flanges
- bushings
- general turned components
Confirm before selection
- maximum swing and part diameter
- turning length
- bar or spindle-bore requirement
- chuck size
- speed and torque
- turret stations and tooling
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
- Define the job. Record material, load, output, quality and environmental requirements.
- Inspect before start. Check guards, fluids, fasteners, tooling or attachments, connections and the work area.
- Set the equipment. Apply the model manual, verified program or calibrated field setting.
- Prove at low risk. Run a dry cycle, first part, clean-water test or short field pass as appropriate.
- Monitor production. Watch load, sound, temperature, quality, flow, alignment and safety devices.
- 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.
Maintenance priorities
- clean the chuck and inspect jaws
- monitor way lubrication and hydraulic level
- remove chips from conveyors and guards
- inspect tool holders and verify offsets
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.
Configuration planning for Saudi Arabia, the UAE, Russia and Central Asia
Confirm workpiece material and size, output target, electrical supply, ambient factory temperature, controller preference, tooling, extraction or coolant duties, operator skills, destination port and inland delivery route.
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.
Request a IX-LAT-900 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.
Frequently asked questions about IX-LAT-900
What is the IX-LAT-900 CNC Turning Lathe used for?
A CNC turning lathe rotates a workpiece in a chuck while a programmed turret moves cutting tools to turn diameters, faces, bores, grooves and threads. Typical applications include shafts, flanges, bushings, general turned components.
How does the IX-LAT-900 work?
After secure chucking and tool setup, the operator establishes offsets, proves the program and verifies clearance. The spindle rotates the work while servo axes position the turret; coolant, chip control and measured inspection support repeatable production.
What are the catalogue specifications for IX-LAT-900?
Swing over bed is 900 mm; Turning length is 2000 mm; Spindle bore is 105 mm; Chuck is 15 in; Maximum spindle speed is 1800 rpm. These are catalogue-listed reference values and must be confirmed in the final quotation.
What information should a buyer send for a IX-LAT-900 quotation?
Send the application, required capacity, materials or operating conditions, utilities, destination country and port, site constraints, preferred options, project timing and installation expectations.
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.
Source and verification
This article is based on the IXORTA 2026 IXORTA CNC catalogue. Final technical values, options, compliance, availability and performance acceptance criteria must be confirmed in the signed quotation.