Del Mar Photonics


2011 Yale Microscopy Workshop

Dear Colleagues,

We invite you to participate in a three day workshop. This free  annual event is a combination of symposium, practical classes and open access to a wide variety of microscopes. This year's symposium is focused on Super-Resolution Microscopy. It is open to the international research community and only requires registration.
Please visit the website for a complete schedule and list of equipment <http://microscopy.med.yale.edu>http://microscopy.med.yale.edu

Name: 2011 Yale Microscopy Workshop
Time: June 7 - 9th, 2011
Location: Yale Medical School, The Anlyan Center (TAC), New Haven, CT
Cost: Free on-line and on-site registration
Information: <http://microscopy.med.yale.edu/index.html>http://microscopy.med.yale.edu/index.html

Features:
- symposium on Super-Resolution Imaging
- walk-in clinics, demonstrations and open access to fully functional
microscopes
- multi vendor participation (over 8 vendors)
- a practical "micro-course" will be offered on photoconversion

In addition to a large variety of confocals, spinning disks, and widefields provided by over 8 vendors, multiple super-resolution microscopes will be available for use throughout the workshop.
Several microscopes will have their first open-access debut at this event:
- Nikon N-STORM microscope
- Leica ground state depletion for super-resolution
- Vutara SR-200 3D multi-channel super-resolution microscope

Reservations can be made for many of the instruments after registration. View this as an opportunity to perform a "surgical strike" exploration of new instrumentation or techniques without any financial or time commitments. Feel free to come for advice from vendor representatives or to try out a microscope even if you are not attending a class or a seminar.

Please see the website for free registration, a schedule of events, and list of equipment. <http://microscopy.med.yale.edu/index.html>http://microscopy.med.yale.edu/index.html

Please feel free to disseminate information about this workshop by word-of-mouth or through email at your institution. Need to try out an instrument that is not on the list but manufactured by a vendor that is already participating? Write to an organizer and we'll see if they can bring it.

We look forward to seeing you there - please reserve early.

The organizers,

Ann Haberman
Derek Toomre
Joerg Bewersdorf
 

Ann Haberman, Ph.D.
Department of Laboratory Medicine
Yale University School of Medicine
203-785-7349 (office)
Derek Toomre, Ph.D.
Department of Cell Biology
Yale University School of Medicine
(203) 785-4319 (office)
Joerg Bewersdorf, Dr. rer. nat.
Department of Cell Biology
Yale University School of Medicine
(203) 737-5704 (office)

NEW WEBCAST REGISTER NOW!
The Quantum Leap: Super-Resolution and Super-Sensitivity
Multimodal Nonlinear Optical Microscopy Workshop

Related Del Mar Photonics products

If you can't find information about the products that you are looking for just e-mail our Sales Team and we'll e-mail or call you back right away!

Trestles LH femtosecond lasers with integrated DPSS DMPLH laser pump - DPSS DMP LH series advantages

Trestles LH10-fs/CW laser system at UC Santa Cruz Center of Nanoscale Optofluidics

Del Mar Photonics Tresltes LH laser used for STED microscopy of nanodiamons

 

Del Mar Photonics Tresltes LH laser used for STED microscopy of nanodiamons

 

Trestles LH femtosecond lasers with integrated DPSS DMPLH laser pump - DPSS DMP LH series advantages

Trestles LH10-fs/CW laser system at UC Santa Cruz Center of Nanoscale Optofluidics

 

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Trestles LH10-fs/CW laser system

 

Typical specifications are:

Trestles LH10-fs/CW laser system Request a quote
Ti:Sapphire femtosecond oscillator with CW operation option
Spatial mode: TEMoo;
Polarization: linear horizontal;
fs mode:
Tuning range (@10W pump): 750-850 nm;
Output power (@10W pump, 800 nm): >1500 mW;
Repetition rate: 80 MHz;
Pulse duration: <100 fs;
CW mode:
Tuning range (@10W pump): 750-850 nm;
Output power (@10W pump, 800 nm): >2000 mW in CW;
Linewidth (with two etalons): <2 GHz
Also included:
Thermostabilized breadboard;
Electronic starter with TTL output for mode-locked mode observation;
USB-controlled tuning slit for wavelength tuning in fs mode;
3-plate USB-controlled birefringent Lyot filter;
Two motorized USB-controlled etalons for linewidth control

DPSS LH10 (10 Watt Diode Pump Solid State Laser)
Average Output Power > 10 W
Wavelength 532 nm
Spectral Purity > 99.9 %
Spatial Mode TEM00
Beam Quality (M2) 1.0 - 1.1
Beam Ellipcicity < 1.0 : 1.1
Beam Diameter 2.3 mm ?10%
Beam Divergence < 0.5 mrad
Pointing Stability < 2 μrad/?/font>C
Power Stability < ?0.25 % rms
Noise Standard version: < 0.2 % rms
Low noise (NET) version: < 0.03 % rms
Polarization > 100:1 vertical
Power Requirements
Operating Voltage 100-240 VAC, 50 Hz / 60 Hz
Power Consumption 500 W max, 300 W typical
Cooling Requirements
Laser Head Closed-loop chiller in Power Supply - Cooler
Power Supply (in Power Supply - Cooler) Air-cooled
Environmental Specifications
Operating Temperature 64-90?/font>F (18-32?/font>C)
Relative Humidity 8-85%, non-condensing
Laser Head - Physical Dimensions (Height x Width x Length)
2.7 x 5.3 x 10.1 inches
(69 x 135 x 256 mm)
Weight 7.0 lbs (3.2 kg) approx.
Cable Length 10 " (3 m)
Power Supply-Cooler - Physical Dimensions (Height x Width x Depth)
13.0 x 12.7 x 18.2 inches
(330 x 323 x 463 mm)
Weight 55 lbs (25 kg) approx.

Trestles fs-CW manual

Schematic setup of Trestles femtoseconds/CW laser system with built-in pump laser

Schematic setup of Trestles LH10-fs/CW laser system with built-in pump laser

Del Mar Photonics supply Trestles lasers as stand alone system, or as a one-box system with built-in DPSS pump laser.
The price of the system with DPSS pump depends on required output power.

 

The standard tuning elements indicated below are used in CW Ti:Sapphire lasers such as Trestles CW or Trestles fs/CW.

Those elements are also sold separately as standrad items or as a custom made components.

1) Thick etalon - request a quote
Thickness - 3 mm, diameter - 20 mm. Surface quality: Ð=1-2, N<1, ΔN<0.1,
λ/10, plane parallelism better than 10''. Thickness accuracy 5 um.

2) Thin etalon - request a quote
Thickness - 200 um, diameter - 15 mm. Surface quality: Ð=1-2, N<1, ΔN<0.1,
λ/10, plane parallelism better than 10''. Thickness accuracy 5 um.

3) Birefringent filter BRF - request a quote

We use a 3-plate assembled BRF (Lyot filter) with adjustable motorized mount (see attached drawing).

Total losses introduced into the cavity by the filter are 5% of the laser抯 output power. The FSR is defined by the thinnest plate and equals to around - 1.3*1014 Hz, while the maximum width is controlled by the thickest plate and equals to approx. 3.1*1012 Hz.

Dimensions of plate assembly ('filter' in the picture): dia 44.5 mm, t=13.5 mm. It should be properly aligned (Brewster to the beam) and rotated by some rotating mount around its axis to provide wavelength tuning.

Birefringent Filter for tuning Ti:Sapphire laser

 

Trestles LH femtosecond lasers with integrated DPSS DMPLH laser pump - DPSS DMP LH series advantages

Trestles LH10-fs/CW laser system at UC Santa Cruz Center of Nanoscale Optofluidics

 

Del Mar Photonics, Inc.
4119 Twilight Ridge
San Diego, CA 92130
tel: (858) 876-3133
fax: (858) 630-2376
Skype: delmarphotonics
sales@www.alaindidierweill.com

 

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