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Non-Polarizing Beamsplitter Prisms — HCBS3 Series

From $166 USD

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Product description

HCBS3 cubes split an input beam at the selected R/T ratio while preserving its polarization state, according to the source description. The source says absorption is usually below 10% and advises against use in high-energy laser environments.

The source describes matched optical paths for the transmitted and reflected beams. Use each model’s listed size, wavelength band, split ratio and coating details. The source drawing is for reference only and must not be used for fabrication.

The supplier descriptions differ on whether the beamsplitting film is dielectric or metal-induced; its coating construction is left unspecified here. Three SWIR models have size values differing from their matching-code variants: HCBS3-015-50-SWIR lists 12.7 mm, HCBS3-020-50-SWIR lists 15 mm, and HCBS3-025-10-SWIR lists 20 mm. The 050 VIS model lists 50.8 mm while 050 NIR1, NIR2 and SWIR list 50 mm. All listed source dimensions are retained; confirm the required cube size with your quotation.

Schematic

Reference drawing only; actual products may vary. Do not use the drawing for fabrication.
cube ray-path diagram with N, T, R, bonded interface arrow and blue orientation marker.

General specifications

The common values below follow the structured supplier specifications. Its separate technical table instead gives surface figure <λ/4, aperture >90%, beam deviation <3 arcmin, bevel <0.5 mm ×45°, residual polarization <6%, and transmittance 45% ±5%. These conflicting table values are not combined with the common specifications below; model-specific split ratios remain as listed.

Substrate material
Precision-annealed H-K9L glass
Surface figure
λ/10 @ 632.8 nm
Surface quality
60-40
Clear aperture
>80%
Size tolerance
±0.2 mm
Edge finish
Protective bevel
Transmitted-beam deviation
±5 arcmin
Reflected-beam deviation
90° ±5 arcmin
Coating description
Non-polarizing beamsplitting coating on the hypotenuse (S3); broadband anti-reflection coating on right-angle faces (S1, S2, S4, S5)
S/P transmission and reflection differences
|Ts−Tp| <10%; |Rs−Rp| <10%
Laser damage threshold
>100 mJ/cm², 20 ns, 20 Hz, @1064 nm

Available specifications

USD unit prices. Shipping, taxes and dispatch timing are confirmed with your quotation. Select models and quantities to build your quote list.

34 models

DetailsQuote
HCBS3-005-50-VISPrecision-annealed H-K9L glass5 × 5 × 5mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$166
HCBS3-010-50-VISPrecision-annealed H-K9L glass10 × 10 × 10mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$178
HCBS3-012-50-VISPrecision-annealed H-K9L glass12.7 × 12.7 × 12.7mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$198
HCBS3-015-50-VISPrecision-annealed H-K9L glass15 × 15 × 15mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$219
HCBS3-020-50-VISPrecision-annealed H-K9L glass20 × 20 × 20mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$219
HCBS3-025-30-VISPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm400–700 nm30R/70TVIS anti-reflection coating: Ravg <0.5% @400-700 nm30%R/70%T ±10% @400-700 nm$282
HCBS3-025-50-VISPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$240
HCBS3-025-70-VISPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm400–700 nm70R/30TVIS anti-reflection coating: Ravg <0.5% @400-700 nm70%R/30%T ±10% @400-700 nm$282
HCBS3-025-90-VISPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm400–700 nm90R/10TVIS anti-reflection coating: Ravg <0.5% @400-700 nm90%R/10%T ±10% @400-700 nm$282
HCBS3-050-50-VISPrecision-annealed H-K9L glass50.8 × 50.8 × 50.8mm400–700 nm50R/50TVIS anti-reflection coating: Ravg <0.5% @400-700 nm50%R/50%T ±10% @400-700 nm$563
HCBS3-005-50-NIRPrecision-annealed H-K9L glass5 × 5 × 5mm700–1100 nm50R/50TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm50%R/50%T ±10% @700-1100 nm$166
HCBS3-010-50-NIRPrecision-annealed H-K9L glass10 × 10 × 10mm700–1100 nm50R/50TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm50%R/50%T ±10% @700-1100 nm$178
HCBS3-012-50-NIR1Precision-annealed H-K9L glass12.7 × 12.7 × 12.7mm650–900 nm50R/50TNIR1 anti-reflection coating: Ravg <0.5% @650-900 nm50%R/50%T ±10% @650-900 nm$198
HCBS3-012-50-NIR2Precision-annealed H-K9L glass12.7 × 12.7 × 12.7mm900–1200 nm50R/50TNIR2 anti-reflection coating: Ravg <0.5% @900-1200 nm50%R/50%T ±10% @900-1200 nm$198
HCBS3-015-50-NIRPrecision-annealed H-K9L glass15 × 15 × 15mm700–1100 nm50R/50TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm50%R/50%T ±10% @700-1100 nm$240
HCBS3-020-50-NIRPrecision-annealed H-K9L glass20 × 20 × 20mm700–1100 nm50R/50TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm50%R/50%T ±10% @700-1100 nm$240
HCBS3-025-30-NIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm700–1100 nm30R/70TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm30%R/70%T ±10% @700–1100 nm$282
HCBS3-025-50-NIR1Precision-annealed H-K9L glass25.4 × 25.4 × 25.4mm650–900 nm50R/50TNIR1 anti-reflection coating: Ravg <0.5% @650-900 nm50%R/50%T ±10% @650-900 nm$240
HCBS3-025-50-NIR2Precision-annealed H-K9L glass25.4 × 25.4 × 25.4mm900–1200 nm50R/50TNIR2 anti-reflection coating: Ravg <0.5% @900-1200 nm50%R/50%T ±10% @900-1200 nm$240
HCBS3-025-70-NIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm700–1100 nm70R/30TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm70%R/30%T ±10% @700–1100 nm$282
HCBS3-025-90-NIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm700–1100 nm90R/10TNIR anti-reflection coating: Ravg <0.5% @700-1100 nm90%R/10%T ±10% @700–1100 nm$282
HCBS3-050-50-NIR1Precision-annealed H-K9L glass50 × 50 × 50mm650–900 nm50R/50TNIR1 anti-reflection coating: Ravg <0.5% @650-900 nm50%R/50%T ±10% @650-900 nm$563
HCBS3-050-50-NIR2Precision-annealed H-K9L glass50 × 50 × 50mm900–1200 nm50R/50TNIR2 anti-reflection coating: Ravg <0.5% @900-1200 nm50%R/50%T ±10% @900-1200 nm$730
HCBS3-005-50-SWIRPrecision-annealed H-K9L glass5 × 5 × 5mm1100–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm50%R/50%T ±10% @1100-1600 nm$166
HCBS3-010-50-SWIRPrecision-annealed H-K9L glass10 × 10 × 10mm1100–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm50%R/50%T ±10% @1100-1600 nm$178
HCBS3-012-50-SWIRPrecision-annealed H-K9L glass12.7 × 12.7 × 12.7mm1200–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm50%R/50%T ±10% @1200-1600 nm$198
HCBS3-015-50-SWIRPrecision-annealed H-K9L glass12.7 × 12.7 × 12.7mm1100–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm50%R/50%T ±10% @1100-1600 nm$219
HCBS3-020-50-SWIRPrecision-annealed H-K9L glass15 × 15 × 15mm1100–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm50%R/50%T ±10% @1100-1600 nm$219
HCBS3-025-10-SWIRPrecision-annealed H-K9L glass20 × 20 × 20mm1100–1600 nm10R/90TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm10%R/90%T ±10% @1100-1600 nm$240
HCBS3-025-30-SWIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm1100–1600 nm30R/70TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm30%R/70%T ±10% @1100-1600 nm$282
HCBS3-025-50-SWIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm1200–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1200-1600 nm50%R/50%T ±10% @1200-1600 nm$240
HCBS3-025-70-SWIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm1100–1600 nm70R/30TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm70%R/30%T ±10% @1100-1600 nm$282
HCBS3-025-90-SWIRPrecision-annealed H-K9L glass25.4 × 25.4 × 25.4mm1100–1600 nm90R/10TSWIR anti-reflection coating: Ravg <0.5% @1100-1600 nm90%R/10%T ±10% @1100-1600 nm$282
HCBS3-050-50-SWIRPrecision-annealed H-K9L glass50 × 50 × 50mm1200–1600 nm50R/50TSWIR anti-reflection coating: Ravg <0.5% @1200-1600 nm50%R/50%T ±10% @1200-1600 nm$730

Curves

Nine complete HCBS3 curves in actual order; titles, axes, legends and plotted values unchanged.
Nine complete source curves are shown in source order with all original plotted values and labels retained. The NIR1 title650-900nm has an axis starting600nm; NIR2 title900-1200nm starts880nm; SWIR title1200-1600nm starts1180nm. Some Transmission-labelled charts include Ravg legends, and other trace labels refer to S/P polarization or NPBS codes. These source label/range inconsistencies are retained; select the model specifications for the required band and split ratio.

Technical notes

Select a model and quantity for an itemized quotation.

Review the material, dimensions and other specifications listed for the individual model. Check any available curves against the model's stated operating range.

Illustrations and printable specification summaries are reference information, not manufacturing drawings. Confirm technical suitability and final requirements with your quotation.

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