Product Description
LIGHT LABS is proud to offer the MTC Bio ILP Glass Coated Multiwell Plate (Cat # DP24VS-384-GC10) — the deepest and highest-volume format in the ILP Glass Coated 384-well lineup, featuring the proprietary SiO₂ (silicon dioxide) quartz glass-coated wells in a 384-well square V-bottom geometry at 24.90mm well height with 200 µL well volume. The DP24VS-384-GC10 is the V-bottom counterpart to the shallow U-bottom DP120-SQ-384-GC10 — providing 67% more volume per well (200 µL vs. 120 µL) and 10.50mm more depth (24.90mm vs. 14.40mm) for workflows requiring larger sample volumes and the sharp V-bottom concentration geometry in the 384-well format.
The sharp V-bottom geometry of the DP24VS-384-GC10 is a critical advantage for high-throughput 384-well workflows requiring quantitative sample recovery from each well — the pointed V-bottom concentrates all residual sample to a precise focal point, enabling robotic probes and liquid handlers to aspirate the last microliter from each well with minimum dead volume. This is especially valuable at the 384-well scale where per-well volumes are inherently small — any dead volume not recovered from a 200 µL well represents a significant percentage of the total well volume. Combined with the SiO₂ glass coating that minimizes analyte adsorption to the well surface, the DP24VS-384-GC10 delivers the highest quantitative recovery of any 384-well format in the ILP Glass Coated lineup.
The deeper 24.90mm well height of the DP24VS-384-GC10 vs. the shallow DP120-SQ-384-GC10 (14.40mm) also accommodates longer needle and robotic probe access — enabling liquid handling systems with longer probes to reach closer to the well bottom for more complete aspiration. The 200 µL volume supports a wider range of 384-well HTS assays, compound library workflows, and miniaturized bioanalytical applications than the 120 µL shallow format. LIGHT LABS is your trusted source for MTC Bio ILP Glass Coated Plates.
KEY FEATURES
- Maximum volume and depth in the ILP Glass Coated 384-well lineup — 200 µL well volume, 24.90mm height; 67% more volume than the shallow DP120-SQ-384-GC10 (120 µL)
- Sharp V-bottom square well geometry — V-bottom concentrates all residual sample to a precise focal point for maximum quantitative recovery; square geometry eliminates inter-well dead space for volumetric efficiency
- Maximum quantitative recovery in the 384-well glass coated lineup — V-bottom focal point enables robotic probes to aspirate the last microliter with minimum dead volume from 200 µL wells
- Deeper 24.90mm height — accommodates longer needle and robotic probe access vs. shallow 14.40mm format; more complete aspiration from well bottom
- 200 µL well volume — supports wider range of 384-well HTS assays, compound library workflows, and miniaturized bioanalytical applications
- SiO₂ glass coating especially critical at 384-well V-bottom scale — small per-well volumes mean proportionally greater surface area exposure; glass coating maximizes recoverable analyte from each well
- Proprietary SiO₂ (silicon dioxide) quartz glass inner well coating — molecularly thin glass barrier between sample and PP well wall; glass-like surface properties in a plastic plate
- Eliminates plastic leaching — SiO₂ barrier reduces extractables and leachables from PP into 200 µL samples
- Reduced oxygen transmission rate — glass coating reduces O₂ permeation through well walls at 384-well scale
- Superior chemical resistance — glass-like resistance to DMSO and organic solvents at 200 µL per well
- Minimizes analyte adsorption — glass surface reduces lipophilic compound and protein adsorption; critical for complete quantitative recovery from small-volume 384-well wells
- Automation compatible — standard 384-well SBS footprint for all standard 384-well instrumentation
- Thermally and chemically stable: -80°C to +80°C
- Packaged 10 plates per pack
SPECIFICATIONS
| Attribute | Detail |
|---|---|
| Catalog Number | DP24VS-384-GC10 |
| Brand | MTC Bio / ILP (Innovative Laboratory Products) |
| Product Name | ILP Glass Coated Multiwell Plate |
| Well Format | 384 Well, Square |
| Well Bottom | V-Bottom |
| Well Volume | 200 µL |
| Well Height | 24.90 mm |
| Well Coating | SiO₂ (silicon dioxide) quartz glass — inner well surface |
| Well Material | Polypropylene (outer) + SiO₂ glass coating (inner) |
| Temperature Range | -80°C to +80°C |
| Automation Compatible | Yes — standard 384-well SBS footprint; all 384-well instrumentation |
| Plate Format | SBS standard 384-well footprint |
| Packaging | 10 plates/pack |
KEY ADVANTAGES OF SiO₂ GLASS COATING vs. STANDARD PP PLATES
| Challenge | Standard PP Plate | ILP Glass Coated Plate |
|---|---|---|
| Plastic Leaching | PP can release trace additives into samples | SiO₂ barrier eliminates contact between sample and polymer |
| Oxygen Transmission | O₂ permeates through PP walls | Glass coating reduces O₂ transmission rate |
| Lipophilic Adsorption | Compounds stick to PP surface, reducing recovery | Glass surface reduces non-specific adsorption |
| Chemical Resistance | Limited vs. organic solvents | Glass-like resistance to solvents and aggressive chemicals |
| Glass Inserts | Required for glass-like performance | Eliminated — glass coating achieves same result |
384-WELL GLASS COATED FORMAT COMPARISON
| Cat # | Bottom | Well Height | Well Volume | Best For |
|---|---|---|---|---|
| DP24VS-384-GC10 | V-Bottom | 24.90 mm | 200 µL | Maximum volume; V-bottom quantitative recovery; deeper probe access |
| DP120-SQ-384-GC10 | U-Bottom | 14.40 mm | 120 µL | Shallow format; even distribution; widest instrumentation compatibility |
COMPLETE ILP GLASS COATED PLATE LINEUP — ALL FORMATS
384 Square Well — SiO₂ Glass Coated
| Cat # | Bottom | Height | Volume |
|---|---|---|---|
| DP24VS-384-GC10 | V-Bottom | 24.90 mm | 200 µL |
| DP120-SQ-384-GC10 | U-Bottom | 14.40 mm | 120 µL |
96 Square Well — SiO₂ Glass Coated
| Cat # | Bottom | Height | Volume |
|---|---|---|---|
| DP22VS-9-GC10 | V-Bottom | 41.20 mm | 2.2 mL |
| DP21US-9-GC10 | U-Bottom | 41.60 mm | 2.0 mL |
96 Round Well — SiO₂ Glass Coated
| Cat # | Bottom | Height | Volume |
|---|---|---|---|
| DP2M-RD-96-GC10 | U-Bottom | 45.30 mm | 2.0 mL |
| DP1M-RD-96-GC10 | U-Bottom | 42.50 mm | 1.2 mL |
| DP11VR-9-GC10 | V-Bottom | 33.00 mm | 1.1 mL |
| DP10UR-9-GC10 | U-Bottom | 33.00 mm | 1.1 mL |
| DP12UR-9-GC10 | U-Bottom | 31.50 mm | 1.1 mL |
| DP35UR-9-GC10 | U-Bottom | 14.40 mm | 500 µL |
| DP04UR-9-GC10 | U-Bottom | 14.75 mm | 335 µL |
| DP36VR-9-GC10 | V-Bottom | 14.60 mm | 300 µL |
APPLICATIONS
- High-throughput compound library storage in DMSO at 200 µL per well requiring glass-like chemical inertness
- High-throughput screening (HTS) requiring V-bottom quantitative recovery at 384-well scale
- Miniaturized bioanalytical sample preparation requiring 200 µL well volume
- Compound dissolution and reformatting in organic solvents at 200 µL 384-well scale
- High-throughput SPE sample collection at 200 µL per well in glass-coated format
- High-throughput metabolomics and proteomics sample management requiring V-bottom concentration
- Storage of oxygen-sensitive compounds at 200 µL scale requiring reduced O₂ transmission
- Any 384-well square V-bottom application requiring maximum volume and glass-like well inertness with quantitative recovery
