
The 204 is a classic curved sickle pattern for supragingival calculus on posterior teeth. Its angled shanks bring the pointed working ends into accessible proximal areas around premolars and molars, where a straight anterior scaler can be awkward to position.
The double-ended stainless steel instrument has diamond knurling along the handle. The textured surface gives gloved fingers a defined grip as the clinician turns between working ends.
The classic 204 has a familiar curved posterior sickle pattern for accessible supragingival deposits. Clinicians who want a finer blade profile for interproximal access can compare it with the closely related 204 IUFW using the Working-End Pattern selector.
RELATED OPTIONS
Prefer the 204S posterior pattern?
1208 – Posterior Sickle Scaler 204S – Compare the curved, mirror-image 204S working ends for posterior interproximal scaling.
Need a distal-oriented shank?
1209 – Posterior Sickle Scaler 204SD – The 204SD uses a different contra-angled shank arrangement for distal access.
KEY FEATURES
- Classic 204 sickle profile – Curved working ends for posterior supragingival calculus removal
- Angled shanks – Help position the working end around accessible posterior tooth surfaces
- Double-ended construction – Two posterior working ends on one instrument
- Pointed cutting tips – For engaging accessible interproximal supragingival deposits
- Diamond-knurled stainless steel handle – Crosshatched surface offers a defined grip with gloved fingers
- Reusable stainless steel instrument – Suitable for steam-autoclave processing
- Instrument Type: Posterior sickle scaler
- Pattern: 204
- Configuration: Double-ended
- Working Ends: Curved posterior sickle working ends with pointed cutting edges
- Shank Design: Angled for posterior access
- Overall Length: 6.7 in (17 cm)
- Handle: Stainless steel with diamond knurling
- Working-End Material: Surgical-grade stainless steel
- Sterilization Method: Steam autoclave
- Reusability: Reusable
- Clinical Use: Posterior supragingival calculus removal, including accessible interproximal surfaces
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