Plurtel CNC lathes and machining centres
Source Plurtel equipment around your workpiece, operations and production plan. We coordinate machine configuration, tooling, supply scope and shipment requirements.
CK horizontal CNC lathes
The manufacturer lists CK6130, CK6140, CK6150 and CK6160 in its horizontal boxway lathe range. Send the complete machine designation when selecting equipment or a replacement assembly.
- CK6140/1000 is listed as a separate variant.
- Compare the full configuration and machining task.
- Provide part drawing, material and batch size.
TCK63 slant-bed CNC lathe
The official TCK63 product listing identifies a slant-bed CNC lathe with three-range speed changing. Define the workpiece and required configuration before comparing this machine with another TCK model.
- Official model designation: TCK63.
- Slant-bed turning machine.
- Three-range speed changing.
235LANCEN high-speed lathe
235LANCEN is listed as a high-speed slant-bed CNC lathe in the manufacturer’s linear-guide category. Retain the complete name in the specification and identify the required axis or assembly for parts enquiries.
- Manufacturer designation: 235LANCEN.
- Slant-bed, linear-guide product category.
- State the machining operation and workpiece.
TCK25Y and TCK50Y turn-mill machines
These are separate turn-mill models. The published TCK25Y configuration specifies a horizontal 12-station BMT40 live-tool turret; use its stated travel values only for that documented configuration.
- TCK25Y: BMT40 turret, 12 stations.
- TCK25Y: X 135 mm, Y 60 mm (±30), Z 370 mm.
- Specify tooling interface and required operations.
Twin-spindle turn-mill equipment
The manufacturer offers a high-speed twin-spindle turn-mill machine. Describe the work on each setup and the desired transfer sequence; for replacement parts identify the relevant spindle or tooling assembly.
- Twin-spindle product class is listed.
- Define operations for both setups.
- Identify the specific assembly when ordering parts.
VMC and gantry machining centres
The official range lists vertical VMC machining centres and a moving-column gantry centre. Select equipment from the workpiece envelope and process plan; identify the spindle, axis or tool-changing assembly separately for parts.
- Listed models: VMC650, VMC850, VMC1050 and 1160.
- A moving-column gantry centre is also listed.
- Provide drawing, fixtures and machining operations.
Define the manufacturing task
Plurtel / Shandong Pulute is a machine-tool manufacturer based in Tengzhou, Shandong, China. Its official range separates slant-bed CNC lathes, horizontal boxway lathes, heavy turning equipment, machining centres and turn-mill machines. Begin the enquiry with the component and its process, then compare the machine families relevant to that task.
A useful enquiry includes the starting blank, finished drawing, material, batch size and production plan. Highlight important dimensions, surface requirements and the existing bottleneck. When replacing equipment, add the current machine designation and explain which fixtures, tools or workholding arrangements you would like to retain. This gives the configuration discussion a practical starting point.
Specify a CNC turning project
For a turning enquiry, provide the component diameter, length, mass and material, together with its drawing. State whether blanks arrive individually or as bar stock, how many setups the existing process uses, and which operations take the most time. Include requirements for workholding, support of long components and chip handling in the same technical brief.
Discuss the working envelope, spindle arrangement, tooling and control system as separate configuration items. If automation is required, describe loading, unloading and connections with neighbouring equipment. A productivity target is more useful when accompanied by the present operation time and the auxiliary tasks that the project is intended to reduce.
Match turn-mill functions to operations
When a component needs both turning and milling, identify each operation on the drawing. Show the holes, slots and other features produced after turning, and mark their relationship to the locating surfaces. This helps structure a process discussion instead of relying only on the general label of a turn-mill machine.
TCK25Y and TCK50Y are separate models. The published TCK25Y table lists a 12-station BMT40 live-tool turret and travels of X 135 mm, Y 60 mm (±30) and Z 370 mm. These figures belong to that documented configuration. A proposal for another model needs its own specification, tooling interfaces and defined operation list.
Plan both setups for twin-spindle work
For twin-spindle equipment, describe the machining sequence on each setup and the intended handover of the component. Include a drawing with locating surfaces and requirements for the relationship between features. Specify which operations belong to each side and what the finished component should look like at the end of the complete cycle.
The project scope can then address workholding, tools, inspection, blank loading and finished-part removal. For integration into a production line, provide a layout and describe the required signal exchange. List connected devices and the responsibilities of each party in the equipment specification so that the proposed machine and its surrounding process can be reviewed together.
Select a vertical or gantry machining centre
For a machining centre, consider the component and fixture together: overall dimensions, combined mass, tool access and the required operations. Send a drawing or model, material and production plan. If the process currently uses several setups, identify which ones should remain and which ones the new project is intended to combine.
The official range includes VMC650, VMC850, VMC1050, 1160 and a moving-column gantry centre. Compare a proposed version by its working envelope, table arrangement, tooling system and installation requirements. Travel, load and spindle figures should be recorded for the actual configuration offered, alongside the corresponding technical documentation.
Agree the complete supply scope
List the main machine, fixtures, auxiliary units and startup requirements in the enquiry. Distinguish equipment already available at the destination from items requested with the machine. Explain the purpose of each additional item. This makes it easier to review a complete package and to identify gaps between the machine configuration and the intended process.
A turnkey project needs an agreed equipment and work scope. Site preparation, utilities, transport, unloading, positioning, commissioning and training are defined individually where included. The proposal should identify delivery boundaries and the tasks handled by the receiving party. Review those boundaries together with the configuration before finalising the specification.
Define acceptance before shipment
Set acceptance criteria while preparing the technical brief. Identify the parameters to be checked, any sample component, who supplies its material and tooling, and how results should be documented. If the project depends on a particular operation, include that operation in the acceptance programme and link it to the relevant drawing requirements.
Before shipment, agree the inspection list, package completeness and documentation method. Photographs, video and test records can be discussed for remote participation. Such records are most useful when they identify the actual machine and agreed test programme. They should be reviewed together with the configuration and the intended acceptance procedure.
Coordinate export packing and transport
Provide the destination country, city and receiving location, along with loading and unloading conditions, route restrictions and packing requirements. Where separate machine units are shipped, agree the contents of each package. The site and receiving information connect transport planning with equipment preparation and the intended installation sequence.
The quotation should define shipment terms, packing, accompanying documents and the responsibilities for transport and formalities. State whether several machines should leave together or in stages. Delivery to the site and placement within the workshop can then be considered against the agreed project scope, rather than assumed from the machine description alone.
Request parts for installed machines
For an existing Plurtel machine, send its nameplate photograph, the part marking, quantity and a drawing reference. Include connector photographs for an electronic unit, or mounting and interface dimensions for a mechanical component. State whether the request is for an assembly or one of its individual elements.
Keep the full model designation and the information from the installed assembly. Equipment and parts buttons open the relevant enquiry context, while your own description explains the task. Attach available documentation and contact details so that the next discussion can address the specific configuration rather than restart identification from the brand name.
Official dealer status, stock availability, unchecked interchangeability, blanket certification and a uniform configuration across a series are not claimed. Price, lead time, documentation and supply scope are agreed for the particular equipment; no prices are published on this page.
