OTEC KXMA 16 vs GXMA 16 microfinish source comparison

Compare source fields and prepare your review

KXMA 16 and GXMA 16 source differences

Use this microfinish comparison to preserve two named manufacturer references while preparing a supplier and sample review. Both records come from the same captured OTEC table. They share its column definitions and family context, so the differences below refer to the printed strings rather than an inferred process recommendation. Jintaijin provides the review tool and does not establish an equivalent own-brand grade or an OTEC distribution relationship.

• Grinding source symbols: KXMA 16 ++; GXMA 16 +++.
• Source size range: KXMA 16 1,0 - 1,4 mm; GXMA 16 0,8 - 1,4 mm.
• Source geometry: KXMA 16 unbestimmt; GXMA 16 Kugel.

Choose a field group to inspect the relevant source descriptions, geometry or application statements. Select different values to isolate the printed distinctions, or same values to retain matching fields. A matching source string does not demonstrate identical formulation, wear, cost or behavior on your workpiece. A different string does not establish a better grade. Qualitative plus signs and descriptive grain terms remain separate from physical measurements. The comparison does not turn these symbols into a score or calculate a finishing cycle.

Captured manufacturer fields

Source provenance and family conditions

Original OTEC manufacturer source; captured 2026-10-05T01:44:17.667029+00:00. Table 1, rows 1 and 4. SHA256: eb7547314e0a66af9ff012ee297d2e13ef75eb4420041c8e88e07ed54efb65f0. The snapshot date is not a source publication date or current supply confirmation.

• Sizes are original mm ranges; geometry unbestimmt is unspecified and Kugel is ball. No fit, lodging or clearance recommendation is established.

Prepare a supplier and sample review

Record the workpiece material, dimensions, openings and protected surfaces before choosing a candidate. Keep the exact manufacturer grade and source family attached to the request. Ask the supplier for the current particle geometry and size definition, formulation where relevant, intended machine, carrier compatibility and separation method. For small features, assess how media enters and exits the part and whether it can lodge, mask a surface or remain after separation. A printed size alone cannot approve that path.

For pastes and powders, obtain the current safety data, preparation procedure, carrier and adhesion requirements from the supplier. The captured table does not provide a universal concentration, dose, replenishment interval or machine setting. References to steel, titanium, jewellery or implants identify manufacturer application statements; they do not provide a qualification record for your part, clinical approval or a residue limit. Keep unknowns unresolved until an identifiable supplier document or trial record addresses them.

Define acceptance before the sample trial: incoming condition, inspection method, protected-feature limits, cleaning and separation checks, and the sample identifier. Record actual observations alongside these source references. Do not reuse a manufacturer example of roughness or edge rounding as your measured result. The download records the current filters and notes at the moment you select export. It is a review brief and does not submit an inquiry, quote a price or approve the process.

Frequently asked questions

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