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✓ Certified Professional Seller LUHLUH 52DCP
LUHLUH 52DCP
LUHLUH 52DCP
LUHLUH 52DCP
LUHLUH 52DCP
LuhLuh Dental And Oral Care Equipment

LUHLUH 52DCP

Product Code: DAOC-DL-2882

Pre-milled blanks yes, titanium discs no. There's a reason.

Wet milling opens the list. The LUHLUH 52DCP takes zirconia, PMMA, PEEK, wax, glass ceramic and pre-milled blanks, on an AC 2.5 kW spindle at 390 kg.

Sections
CAD/CAM Milling Machines
Categories
Dental And Oral Care Equipment
Condition
New
Origin
China
Seller Type
Certified Professional Seller
Size:
685 × 770 × 1700 mm
CE & ISO Certified
Global Shipping
Supplier: Medigear
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The LUHLUH 52DCP is a five-axis wet dental milling machine measuring 685 × 770 × 1700 mm and weighing 390 kg, built into an enclosed frame cast from high-molecular polyester concrete. It runs an AC 2.5 kW water-cooled spindle with servo motion under embedded multi-axis CNC control, with travel of 305 × 165 × 115 mm on the linear axes, 360° on the A axis and an asymmetric B axis range of +90° to −30°.

Wet processing is what brings glass ceramic and pre-milled blanks into the material list, each marked compatible at six positions with a dedicated holder, alongside zirconia, PMMA, PEEK and wax. Glass ceramic in particular needs coolant to cut without microfracturing.

The material table repays careful reading. Titanium discs and cobalt chrome discs are marked as not compatible, while pre-milled blanks are marked compatible. That is not a contradiction: a pre-milled blank arrives with most of its geometry already formed, so only a small volume of metal is removed, whereas milling a full titanium disc means cutting an entire component from solid. A machine can readily do the first without being capable of the second.

Denture base resins are the application the machine is intended for. Milling a denture base with coolant produces a good surface off the machine and carries PMMA swarf away as slurry.

The tool changer holds nine positions on a Φ4 mm shank with a magnetic quick-release interface and a stated three-second change, and the automatic tray changes up to three discs within a cycle. Medigear.uk can arrange supply, delivery, installation, commissioning, operator familiarisation and service cover across the United Kingdom.

Laboratory CAD/CAM production covers most of the fixed and removable prosthodontic workload in UK dentistry, and the 52DCP is positioned across a broad span of it. The published application list marks crown and coping, crown and coping bridge, screw-retained bridge in crown and coping form, customised abutment, hybrid abutment, inlay and onlay, model, bite splint and denture at the higher compatibility level, with implant bar marked at the lower one.

Denture production is the headline application. Milling a denture base from PMMA with coolant gives a good surface directly off the machine and carries polymer swarf away suspended as slurry, which matters for both finish time and the working environment. Bite splints sit in the same material group and are marked compatible.

Glass ceramic work is the other significant addition. Coolant is what allows glass ceramic to be cut without microfracture, so inlays, onlays, veneers and anterior crowns in that material are within scope with the dedicated holder. Confirm which ceramic systems are validated, since blank formats and mandrel standards vary between manufacturers.

Implant work needs the material boundary read carefully. Customised and hybrid abutments are marked at the higher compatibility level, and pre-milled blanks are supported at six positions, so finishing pre-formed metal components is within scope. Milling metal from a solid disc is not — cobalt chrome and titanium discs are both marked not compatible. Implant bar sitting at the lower compatibility level follows from exactly that distinction.

Wet milling brings its own facility requirements. Coolant supply, filtration, monitoring and disposal all need arranging, and used machining coolant is a waste stream to account for. Laboratory obligations sit alongside: MHRA registration for manufacturers of custom-made devices, GDC registration for technicians, material conformity documentation and batch traceability from blank to finished device.

A broad published material list

Zirconia, PMMA, PEEK, wax, glass ceramic and pre-milled blanks are all marked compatible, which lets one machine cover a mixed caseload rather than routing part of it elsewhere.

Glass ceramic within scope

Coolant is what allows glass ceramic to be cut without microfracture, so inlays, onlays and anterior work in that material are supported with the supplied holder.

Denture bases milled wet

Cutting PMMA with coolant gives a good surface off the machine and carries polymer swarf away as slurry, which shortens finishing and helps the working environment.

Pre-formed metal components finished in-house

Support for pre-milled blanks at six positions means abutment interfaces and emergence profiles can be finished on site, without the machine needing to cut metal from solid.

Three holders for three blank formats

Disk C type, pre-milled blank and glass ceramic holders each address a different format, and together they define what the machine can physically accept.

Reloading taken out of the run

An automatic tray changing up to three discs within a cycle means a queue proceeds without an operator standing by to swap blanks.

Nine tools with a magnetic change

A nine-position changer on a Φ4 mm shank with a magnetic quick-release interface and a stated three-second change keeps tooling flexible and sourcing open.

UK supply, installation and service through one route

Medigear.uk can arrange listing, supply, delivery, installation, commissioning, operator familiarisation, service cover, planned maintenance and quotations for the 52DCP across the United Kingdom, including scoping delivery access, coolant handling and electrical supply.

Wet processing

Machining runs with coolant, which is what brings glass ceramic and pre-milled blanks into the published material list.

AC 2.5 kW spindle

A higher-power spindle for depth of cut in hard material, cooled by a separate water circuit serving the motor.

Automatic tray, three discs

The machine holds and changes up to three discs within a single cycle without manual intervention.

Nine-position tool changer

Nine tool positions with a magnetic quick-release interface and a stated three-second tool change.

Φ4 mm tool shank

The common dental cutter shank size, keeping tooling widely available.

Five-axis motion on servo drives

Tool approach from five directions under servo control, required for undercuts and steep occlusal anatomy.

Embedded multi-axis CNC control

Motion is handled by an embedded multi-axis controller integrated into the machine.

Linear travel 305 × 165 × 115 mm

Published X, Y and Z travel, with the extended X axis supporting the three-position tray.

A axis 360°, B axis +90° to −30°

Full rotation on the A axis with an asymmetric tilt range on the B axis — raise the asymmetry with your CAM provider when planning approach angles.

Disk C type holder

For standard discs; confirm accepted diameters, thicknesses and mandrel standards at quotation.

Pre-milled blank holder

Six positions for pre-formed metal components, allowing abutment interfaces to be finished in-house.

Glass ceramic holder

Six positions for ceramic blanks, with coolant allowing the material to be cut without microfracture.

Enclosed polyester concrete frame

A cast mineral-filled body forming a closed structure, chosen for rigidity, damping, strength and wear resistance.

685 × 770 × 1700 mm at 390 kg

Published dimensions and weight — a full floor-standing cabinet; check delivery route, doorway heights and floor loading.

The LUHLUH 52DCP gives UK dental laboratories a five-axis wet milling machine with an AC 2.5 kW water-cooled spindle, a three-disc automatic tray, a nine-position magnetic tool changer on Φ4 mm shanks, servo motion under embedded multi-axis CNC control, 305 × 165 × 115 mm travel with 360° A axis and +90° to −30° B axis, in a cast polyester concrete frame at 685 × 770 × 1700 mm and 390 kg. It mills zirconia, PMMA, PEEK, wax, glass ceramic and pre-milled blanks, producing denture bases, bite splints, crowns, copings, bridges, screw-retained bridge frameworks, customised and hybrid abutments, inlays and onlays and models, with implant bar marked at the lower compatibility level. Cobalt chrome and titanium discs are outside its scope. Three points need resolving before order — whether the machine runs dry as well as wet, the conflict between the titanium claim and the compatibility table, and the coolant tank, filtration and disposal specification. Medigear.uk can arrange supply, delivery, installation, commissioning, operator familiarisation, service cover and planned maintenance across the United Kingdom. Contact the Medigear.uk team for pricing, lead times, holder options and configuration enquiries.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

Because the two ask very different things of a machine. A pre-milled blank is supplied with the bulk of its form already produced, so the machine removes a modest volume of metal to finish the interface and emergence profile. Milling a titanium disc means cutting a complete component from solid, which demands sustained torque, aggressive coolant delivery and swarf handling of a different order. The manufacturer marking one compatible and the other not is internally consistent. It tells you the machine is set up to finish metal components rather than to produce them from blank stock.

Glass ceramic and pre-milled blanks, each marked at six positions with a dedicated holder, alongside zirconia, PMMA, PEEK and wax. Glass ceramic is the significant one for most laboratories, since it needs coolant to cut without microfracture. Confirm which specific glass ceramic systems are validated, as blank formats and mandrel standards differ between manufacturers.

Ask before ordering. The header describes an all-in-one dry and wet machine, while the specification table records processing as wet. Those need reconciling, because dry and wet running differ in swarf handling, extraction and chamber cleaning, and a laboratory planning to alternate between them needs to know whether that is supported and what the changeover involves. If the machine is wet-only in practice, the material scope still stands, but dust extraction planning changes entirely.

The manufacturer's own material does not agree with itself here, and it needs a written answer. The spindle panel says the 2.5 kW unit supports titanium alloy milling efficiency, while the materials table on the same sheet marks titanium disc as not compatible. Read alongside the pre-milled blank entry, the most likely reading is that the machine finishes pre-milled titanium components but does not mill titanium discs from solid. Get that confirmed rather than inferred, because it is a substantial difference in what a laboratory can take on.

Crown and coping, crown and coping bridge, screw-retained bridge in crown and coping form, customised abutment, hybrid abutment, inlay and onlay, model, bite splint and denture are all marked at the higher compatibility level. Implant bar is marked at the lower compatibility level rather than the higher one — consistent with bars being achievable in pre-milled form but not milled from a metal disc. If bar work is central to your output, resolve that boundary with the manufacturer first.

More planning than the specification covers. Wet milling needs coolant supply, filtration, level monitoring and eventual disposal, and the data sheet does not state tank capacity, filter type or fluid specification. Ask for all of them, along with the recommended coolant, the change interval and disposal guidance — used machining coolant is a waste stream a laboratory has to account for. Note also that the cooling method row refers to the spindle motor circuit, which is separate from the machining coolant.

The manufacturer lists a disk C type holder for standard discs, a pre-milled blank holder for pre-formed metal components, and a glass ceramic holder for ceramic blocks or discs. Each addresses a different blank format, and together they define what the machine can physically hold. Confirm which are included in the quoted price against chargeable, and ask for the blank diameters, thicknesses and mandrel standards each accepts.

At 685 × 770 × 1700 mm and 390 kg, this is a floor-standing cabinet, not a bench machine. Check doorway and lift dimensions along the delivery route, confirm floor loading if the laboratory is above ground level, and allow clearance for service access and the coolant and extraction connections. Confirm electrical supply voltage, phase and current with the manufacturer at quotation.

The machine is production equipment rather than a medical device, so its conformity marking relates to machinery, electrical safety and electromagnetic compatibility requirements — confirm which regulations the declaration of conformity covers. The restorations produced are custom-made devices, carrying MHRA registration obligations and an accompanying statement, with technicians registered with the General Dental Council and batch traceability maintained from blank to device. Warranty terms are set by the seller or manufacturer: ask the term, whether the spindle, servo drives and tray mechanism are covered, and UK engineer response times.