Inspectis HD-028-L Microscope XY Floating Board with Position Lock for Precision Sample Positioning

The Inspectis HD-028-L Microscope XY Floating Board with Position Lock is a precision mechanical stage accessory engineered for enhanced lateral movement and stable sample positioning under microscopy. Designed mainly for *industrial quality control*, *electronics inspection*, and *precision laboratory applications*, this stage supports detailed examination of PCBs, assemblies, and flat components commonly encountered in *biotechnology workflows*, including *molecular diagnostics* and *bioprocessing analysis*.

Key features include:

• Extensive XY Travel Range: Offers ±160 mm travel on the X-axis and ±96 mm on the Y-axis, enabling comprehensive scanning and accurate positioning across the sample area.
• Secure Position Lock: Integrated locking lever fixes the board’s position to prevent drift during prolonged microscopy, critical for consistent imaging and measurement in *live-cell imaging* and *fluorescence analysis*.
• Anti-Static High-Friction Surface: The working platform is covered with an anti-static mat that minimizes electrostatic interference and stabilizes samples, essential for sensitive *biomedical engineering* and *synthetic biology* applications.
• Flexible Mounting System: Four slots accommodate magnetic pegs or custom fixtures, facilitating versatile specimen stabilization tailored to various research needs.
• Compact Industrial Design: Manufactured in Sweden, this rugged stage is built to professional standards ensuring durability in demanding environments such as *clinical diagnostics* and *biomanufacturing pipelines*.

Specifications:

• Travel Range: ±160 mm (X) × ±96 mm (Y)
• Board Size: 290 × 270 mm
• Height: ~34 mm
• Weight: ~2.5 kg
• Surface: High-friction, anti-static mat
• Mounting Slots: 4 for magnetic pegs/fixtures
• ESD Protection: Yes
• Country of Origin: Sweden
• Lead Time: Approximately 3–4 weeks

This Inspectis XY stage is *widely adopted in synthetic biology research* and *critical in biopharmaceutical production pipelines* where precise and stable sample manipulation is required. Its integration into microscopy setups enhances the accuracy of molecular cloning workflows and other advanced *biotechnology research* protocols.