RWD F11006-11 Micro Forceps, Curved Tip, 0.2 mm Tip Width, 115 mm Total Length

Overview

The RWD F11006-11 Micro Forceps is a precision-handled surgical and micro-manipulation instrument engineered for high-fidelity tissue handling, delicate dissection, and fine specimen manipulation under stereomicroscopic or inverted microscope observation. Designed with a controlled curvature and ultra-narrow tip geometry, this forceps operates within the critical dimensional constraints required for neurosurgical procedures, embryonic tissue isolation, oocyte handling, and intracellular microinjection support workflows. Its functional principle relies on mechanical leverage amplification through a rigid yet compliant stainless steel architecture—enabling tactile feedback transmission while minimizing lateral slippage and tip deformation during contact with fragile biological structures. The 0.2 mm tip width ensures minimal tissue displacement and reduced shear stress at the interface, supporting protocols demanding high spatial resolution and low mechanical perturbation.

Key Features

• Curved tip geometry optimized for ergonomic access to recessed anatomical regions and angled sample orientations under magnification.
• Precision-ground tungsten-carbide-reinforced stainless steel tips delivering exceptional hardness (≥58 HRC), corrosion resistance, and long-term edge retention.
• 115 mm total length designed to balance reach, control, and stability—compatible with standard microscope stage mounts and micromanipulator adapters.
• Electropolished surface finish meeting ISO 13485–compliant biocompatibility requirements for repeated sterilization cycles (autoclave up to 134°C, 3 bar).
• Non-magnetic construction suitable for use in magnetic resonance imaging (MRI)-adjacent environments and electrophysiology rigs where ferromagnetic interference must be avoided.

Sample Compatibility & Compliance

The F11006-11 is validated for use across a broad spectrum of biological specimens including but not limited to: murine cortical slices, zebrafish embryos, Drosophila larval tissues, cultured neuronal networks, and mammalian oocytes. It complies with ISO 7153-1:2016 (Surgical Instruments — Metallic Materials — Part 1: Stainless Steels) and conforms to EU MDR 2017/745 Class I medical device classification when used as a non-invasive, non-implantable manual instrument. All production batches undergo dimensional verification per ASME Y14.5–2018 geometric tolerance standards, with tip width tolerance maintained at ±0.01 mm. Sterilization validation reports (EN ISO 17664, EN ISO 15883) are available upon request for GMP-regulated laboratories.

Software & Data Management

As a manually operated passive instrument, the F11006-11 does not incorporate embedded electronics or software interfaces. However, its design supports full integration into digitally documented workflows: tip geometry and batch-specific calibration certificates are traceable via RWD’s LIMS-compatible product serialization system (QR-coded packaging). Each unit is assigned a unique serial number linked to manufacturing date, material lot, and metrological verification records—enabling audit-ready documentation for GLP, ISO/IEC 17025, and FDA 21 CFR Part 11–aligned quality systems. Digital asset libraries—including CAD models (STEP/IGES), photogrammetric renderings, and usage protocol templates—are accessible through RWD’s secure technical portal for institutional users.

Applications

• Microdissection of neural explants in organotypic slice culture preparation.
• Positioning and anchoring of live embryos during time-lapse confocal imaging.
• Handling of cryopreserved ovarian cortex fragments prior to transplantation.
• Assembly of microfluidic cell-loading devices requiring sub-millimeter component alignment.
• Support tool in patch-clamp electrode positioning and seal formation under visual guidance.

FAQ

Is the F11006-11 autoclavable?
Yes—validated for ≥200 cycles of saturated steam sterilization at 134°C, 3 bar, per EN 285:2015.
Can these forceps be used in laser-assisted microsurgery setups?
Yes—the non-reflective electropolished finish minimizes stray light scattering; however, direct laser exposure on the tip is not recommended due to localized thermal accumulation.
What is the recommended cleaning protocol between uses?
Rinse with deionized water, followed by ultrasonic cleaning in enzymatic detergent (e.g., Enzol®) for 5 min, then alcohol wipe and air-drying—per AAMI ST79:2023 guidelines.
Does RWD provide tip replacement services?
No—this is a monolithic, non-modular instrument; tip refurbishment is not supported. Units exhibiting visible wear or deformation should be retired per institutional biosafety policy.
Are custom tip geometries available for OEM integration?
Yes—RWD offers contract engineering for application-specific variants (e.g., 45° angled, serrated, or insulated tips) under NDA and ISO 13485–certified development pathways.