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Handler Red Wing Lathe with #16 Chuk/Changer, 2-Speed · Low base · 230V 50Hz, Euro plug · Right
SKU 007-1022MFR# 16B-E
Base
Low base
High base$1,458.91
Low base$1,397.41
Power
230V 50Hz, Euro plug
115V$1,065.55
230V 60Hz$1,397.41
230V 50Hz, Euro plug$1,397.41
230V 50Hz, NZ plug$1,397.41
230V 50Hz, UK plug$1,397.41
Chuk/Changer Side
Right
Right$1,397.41
Left
The Handler Chuk/Changer on Lathe 16B is a Red Wing Lathe #26A, a two-speed dental laboratory lathe. It integrates a chuck changer for efficient accessory transitions during lab fabrication and finishing procedures. This equipment is designed for use in dental lab environments to support various grinding, polishing, and trimming tasks.
This unit features a 1/4 HP motor with selectable speeds of 1725 rpm and 3450 rpm, providing operational flexibility for different materials and applications. Its low base design, measuring 4 1/2 inches, suits specific workbench configurations. The integrated chuck changer streamlines workflow for technicians requiring rapid tool changes.
Product
- Manufacturer
- Handler
- Manufacturer #
- 16B-E
- Item code
- 007-1022
Catalog path
- Marketplace
- Laboratory
- Category
- Lab Equipment
- Subcategory
- Lab Fabrication & Finishing Equipment
Ordering
- Status
- Ships in 3 business days
More from Lab Fabrication & Finishing Equipment
Stocked in the same subcategory.
Questions
What is it used for?
The Handler Chuk/Changer on Lathe 16B is a Red Wing Lathe #26A, a two-speed dental laboratory lathe.
Which base and power and chuk/changer side options are on this page?
This page carries 2 base options: High base, Low base. This page carries 5 power options: 115V, 230V 60Hz, 230V 50Hz, Euro plug, 230V 50Hz, NZ plug, 230V 50Hz, UK plug. This page carries 2 chuk/changer side options: Right, Left. Pick one to see its price, part number and stock.
When does it ship?
In-stock orders placed before 3 PM ET ship the same day; anything not on our shelf ships within 3 business days.Ground shipping is free over $10.
About lathes
A dental lab lathe spins the wheels, cones and buffs used for polishing; removable prostheses are mostly polished by laboratory staff on a lathe. One published sequence polishes first with pumice on a wet felt cone and then with rouge on a soft cloth wheel for the final shine.
This shelf holds the bench machines of a dental laboratory: lathes, model trimmers, vibrators, mixers, and casting and polishing units. A cast is a life-size likeness formed from a material poured into an impression. Polishing is the act of making a denture or casting smooth and glossy, usually by friction.
A study of dental laboratories lists finishing crowns, bridges and partial dentures among its noisiest work, and names vibrators, polishing equipment and sandblasters as sources of high sound levels.
How the machines differ
- Lathes — Spins the wheels, cones and buffs used for polishing; the CDC lists lathes among the items to be cleaned and disinfected between patients.
- Lab Vibrators — Shakes the mix into the impression after it has been mixed.
- Mixing Equipment — Blends powder and water, under vacuum, before the mix is poured.
- Electro-Polishing Equipment — Brightens metal by removing a thin layer electrolytically, where a lathe polishes by friction.
- Casting Units — Fills a mould with molten material, where the other machines here shape or finish a solid one.
- Casting Machine Parts — The parts of a casting machine, where casting units are the machines.
- Filters — Air filters for vacuum mixers and filter parts for a casting machine.
- General Repair & Replacement Parts — Chucks, spindles, vacuum mixer parts, O-rings, fuses and regulators.
- Model Trimmers — Wet and dry model trimmers and arch trimmers, with their discs and parts.
- Mixing Bowls & Lab Vessels — The bowls, paddles and lids of a vacuum mixer, where mixing equipment is the mixer.
The shelf also holds model trimmers; no source on our allowed list describes them, so this guide does not.
What to look at when choosing
Air in the mix: the strength, hardness and abrasion resistance of a gypsum cast are affected by the number and size of the voids in it.
Surface after polishing: studies cited in the denture literature put the acceptable roughness of a hard surface in the mouth at no more than 0.2 micrometres.
The CDC reports that dental laboratory technicians can breathe in crystalline silica dust when mixing powders, removing castings from moulds, grinding and polishing castings and porcelain, and blasting with silica sand.
Cleaning between cases: the CDC notes that pressure pots and water baths are particularly susceptible to contamination and should be cleaned and disinfected between patients.
Sources: The Glossary of Prosthodontic Terms, 9th edition (J Prosthet Dent 2017) · Assessment of hearing performance of dental technicians due to the professional noise exposure (BMC Oral Health 2023) · Rao et al. 2015, Surface roughness of three heat-cured acrylic denture base resins with different conventional lathe polishing techniques (J Indian Prosthodont Soc) · CDC, Guidelines for Infection Control in Dental Health-Care Settings, 2003 (MMWR 52 RR-17) · A new dental casting technique for production of void-free dental models (Eur Oral Res 2020) · CDC, Silicosis in Dental Laboratory Technicians, Five States, 1994-2000 (MMWR 53(09))
