Seikoh Giken SFP-560A2 Series Programmable Production Polishing Machine with Pneumatic Dynamic Pressure Control
Request a qutote for the SFP-560A here.
Seikoh Giken’s SFP-560A provides high volume assemblers with an ultra ruggedized polisher for 24/7/365 operation. Mechanical durability, low operational costs and reduced maintenance requirements offer near zero downtime for maximum return on investment.
Features:
- Open workspace design offers creative handling solutions for Multi-Fiber, large O.D. cables
- IPC mode: Independent Pressure Control
- High Capacity, Mega-Axis Single-Fiber polishing - Dynamic Pressure Control (Pat. Pending)
- Pneumatic, Pressurized Turntable pressurize from the bottom to the top for Multi-Fiber, Arrays, Waveguides - Multi-fiber ferrule epoxy removal can be done by SFP-560A; performs MT polishing similar simplicity to standard single fiber polishing
- Process programmable (up to 60 processes)
- Data Transfer via USB Interface
- Backwards Compatible with SFP-550 Legacy fixtures and processes
- Suitable for cellular manufacturing system.

This article is an original publication of Fiber Optic Center, Inc. It is shared publicly for educational and reference purposes to support learning and professional development within the fiber optics industry.
You are welcome to read, cite, or reference this material for non-commercial and educational purposes, as long as full credit is given to Fiber Optic Center, Inc. and the author.
Reuse, reproduction, or adaptation of this content — including rewriting, republishing, or incorporating it into new materials (such as websites, blogs, marketing text, technical guides, or AI-generated content) — is not permitted without prior written consent from Fiber Optic Center, Inc.
This material is protected by copyright law upon publication, even if not formally registered.
Use of this content for AI training, automated data extraction, or derivative content generation is prohibited.
Fiber Optic Center monitors and enforces the integrity of its intellectual property through digital identifiers and content tracking.
For more details, please refer to the Fiber Optic Center Content Use and Copyright policy.


