Pulse compression gratings

Fused silica transmission gratings

Unbeatable energy/power damage threshold combined with high-efficiency spectral performance

As femtosecond laser systems advance to ever-increasing energy levels, demands on the energy/power handling capabilities of pulse compression gratings increase. Ibsen manufactures 100% fused silica Pulse Compression Gratings that offer unbeatable energy/power handling capacity, combined with high-efficiency, low wavefront distortion performance.

Features and benefits

100% Fused silica gratings provide the highest energy/power damage threshold, also in the UV
Environmentally and thermally stable
High diffraction efficiency
Available for 1030-1064 nm and 800 nm – or custom wavelengths
Low wavefront distortion
Low stray light

Products

We produce pulse compression gratings to custom specifications, but also offer the below grating types as standard products. All our gratings are high energy/power capable.

Pulse stretching and compressing using grating pairs

Read Ibsen’s white paper on dispersion compensation using our Pulse Compression Gratings by Clara Saraceno from Ruhr University Bochum

See white paper

UV-VIS

Grating	Wavelength (nm)	Resolution (l/mm)	Grating area (mm x mm)	Substrate size (mm x mm)	DE
PCG-3039.5/450-810	450	3040	20 x 20	30 x 25	>92%
PCG-1908/675-972	675	1908	20 x 10	30 x 25	>90%
PCG-1812/760-971	760	1812	20 x 10	30 x 25	>92%
PCG-1300/785-931	785	1300	100 x 30	105 x 35	>94%
PCG-1250/785-987	785	1250	20 x 20	25 x 25	>93%
PCG-1250/790-988	790	1250	23 x 20	35 x 30	>90%

800 nm

Grating	Wavelength (nm)	Resolution (l/mm)	Grating area (mm x mm)	Substrate size (mm x mm)	DE
PCG-1812/760-971	760	1812	20 x 10	30 x 25	>92%
PCG-1300/785-931	785	1300	100 x 30	105 x 35	>94%
PCG-1250/785-987	785	1250	20 x 20	25 x 25	>93%
PCG-1250/790-988	790	1250	23 x 20	35 x 30	>90%
PCG-1250/800-981	800	1250	20 x 10	30 x 25	>90%
PCG-1250/800-989	800	1250	26 x 23	28 x 25	>94%
PCG-1250/800-991	800	1250	30 x 15	31 x 25	>93%
PCG-1765/808-981	808	1765	20 x 10	30 x 25	>90%

9xx nm

Grating	Wavelength (nm)	Resolution (l/mm)	Grating area (mm x mm)	Substrate size (mm x mm)	DE
PING-1500/915-980-030	915-980	1500	18 x 12	30 x 25	>90%
PCG-1500/932-975	932	1500	11 x 6	15 x 10	>93%
PCG-1600/970-976	970	1600	38 x 9	40 x 10	>94%
PCG-1600/970-977	970	1600	38 x 18	40 x 20	>94%

10xx nm

Grating	Wavelength (nm)	Resolution (l/mm)	Grating area (mm x mm)	Substrate size (mm x mm)	DE
PCG-1379/1030-923	1030	1379	26 x 13	30 x 17	>93%
PCG-1250/10XX-986	1030-1064	1250	10.2 x 5.2	11.2 x 10.2	>94%
PCG-1250/10XX-984	1030-1064	1250	15 x 9	20 x 10	>93%
PCG-1250/10XX-981	1030-1064	1250	20 x 10	30 x 25	>90%
PCG-1250/10XX-924	1030-1064	1250	40 x 15	44 x 19	>94%
PCG-1379/10XX-926	1035	1379	40 x 15	44 x 19	>90%
PCG-1250/1035-983	1035	1250	6.5 x 3.0	11 x 5	>94%
PCG-1250/1035-922	1035	1250	26 x 13	30 x 17	>95%

1550 nm

Grating	Resolution	AOI	Grating area	Chip size	DE (*)	PDL
PING-600-045	600 l/mm	27.7°	40 mm x 40 mm	42 mm x 42 mm	>90%	<0.25 dB
PING-Sample-003	940 l/mm	46.6°	19 mm x 13.5 mm	21 mm x 15 mm	>90%	<0.25 dB
PING-Sample-001	966.2 l/mm	49.9°	8 mm x 4 mm	9 mm x 8 mm	>90%	<0.25 dB
PING-Sample-171		49.9°	6.5 mm x 5 mm	7.5 mm x 7 mm	>90%	<0.25 dB
PING-Sample-182		49.9°	12 mm x 3 mm	15.5 mm x 3.5 mm	>90%	<0.25 dB
PING-Sample-007		49.9°	10.2 mm x 4.0 mm	11.2 mm x 8.0 mm	>90% (**)	<0.25 dB
PING-Sample-121		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>90%	<0.25 dB
PING-Sample-131		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>92%	<0.25 dB
PING-Sample-141		49.9°	14.5 mm x 8 mm	16 mm x 10 mm	>94%	<0.25 dB
PING-Sample-142		45°	15 mm x 9 mm	16 mm x 10 mm	≥94%	≤ 0.3 dB
PING-Sample-002		49.9°	14 mm x 11.5 mm	16 mm x 13.5 mm	>90%	<0.25 dB
PING-Sample-083	1000 l/mm	49.9°	19 mm x 13.5 mm	21 mm x 15 mm	>90%	<0.25 dB
PING-1000-042	1000 l/mm	50°	40 mm x 37 mm	43.6 mm x 38 mm	>90%	<0.25 dB