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Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope Pred SP8/STELLARIS - AV

Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope Pred SP8/STELLARIS - AV
Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope Pred SP8/STELLARIS - AV
  • Stock: In Stock
  • Brand: Leica
  • Product Code: 17948
  • Availability:1
$44,995.00

Here is a Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope Pred SP8/STELLARIS

Setup for Brightfield, DIC, Fluorescence and CLSM studies.
This Confocal Laser System allows you to choose between 4 individual lasers: Argon, HeNe 543, HeNe 633 and 405 diode.
These lasers work as a selectable multi band excitation source and can be controlled within the LAS AF software.
Using the Argon laser, you will have independent control of 6 different laser channels: 458, 476, 488, 514, 543 and 630.
Each detector is freely tunable over the entire visible spectrum. The SP5 has a prism base beam splitter (AOBS) that allows for free selection of each laser.
The SP5 system is optimized for biological studies where increasing optical resolution and contrast is necessary.
The system is equipped with a Z-galvanometer that allow for Z scanning of prepared slides.
Optimal thermal stabilization and specimen focus stability can be maintained and regulated using the Cube and Box incubation chamber/climate control housing.
This system allows you to keep your sample at its physiological temperature and eliminate focus instability due to temperature fluctuation of the stage and microscope.
Total magnification range of the system is 100-630x

Predecessor to:
SP5 model replaced by SP8, and current version is STELLARIS

Condition:
This Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope is in good working order with all aspects tested and working correctly.
Microscope optics have been cleaned professionally under a class 10,000 clean room hood.

Please see the exact video and photos below.

Testing we performed:
The Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope passed all tests and was found to be fully functional:
Tested communication with software: PASSED
Tested control via chassis buttons: PASSED
Tested control via Leica LAS AF software: PASSED
Tested control via SmartMove joystick: PASSED
Tested TCS Controller: PASSED
Tested HXP 120V : PASSED
Tested halogen lamp: PASSED
Tested manual XY stage: PASSED
Tested Z-Galvo stage: PASSED
Tested port selector: PASSED
Tested Smart Condenser: PASSED
Tested shutters: PASSED
Tested objective turret: PASSED
Tested filter cube turret: PASSED
Tested all motorized components: PASSED

During testing this Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope was found to have no issues.
A clear image was produced through the eyepieces as well as through the camera port.
All of the motorized components moved freely and the test sample was able to be focused without excessive effort.

System consists of:
Base:
Leica DMI6000 CS Inverted Microscope
TCS SP5 Confocal Laser System
Life Imaging Services The Cube 2 and The Box incubation chamber
CTR6500 Control Box
Control panel with LCDs
Head:
Trinocular Head
(2) HC Plan S 10x/25 M Eyepieces
Condenser:
6-position Motorized Condenser
0.55 S 28 lens
K6 filter (#DIC0236)
K7 filter (#DIC0237)
K10 filter (#DIC0238)
DIC Turret Filters/Prisms:
DIC
D
E
BF path
Iris stop
Brightfield Path:
Built-in
Fluorescence Path:
LLG
Fluorescence:
6-position Motorized Turret
Analyzer (#F00354)
A(UV) EX:360/40BP DM:400 EM:425LP (#F00353)
I3(Blue) EX:470/40 DM:510 EM:515LP (#F00355)
N2.1(Green) EX:535/45 DM:580 EM:590LP (#F00356)
Illumination:
12V 100W Halogen Lamp w/ built-in power supply
HXP 120V Metal Halide Lamp w/ light guide and culminating adapter
SP5 Confocal Laser System
Stage:
Mechanical XY
Z-Galvo Stage
Objectives:
6-position Motorized Turret
10x/0.30 HCX PL FLUOTAR (#O2045)
20x/0.70 HC PL APO IMM CORR (#O2046)
40x/1.25-0.75 HCX PL APO OIL CS (#O2047)
63x/1.20 HCX PL APO W CORR (#O2048)
Photo / Port Splits:
100% Eye or 100% Left Port or 100% Right
Head split: 100% Eye or 100% Photo
Camera:
Leica DFC300 FX Digital Color Camera
Computer and Software:
Desktop PC running Leica LAS AF software w/ dongle (w/ (2) monitors, keyboard, mouse)

Communication and power cables.

Configuration and Setup:
Orientation: Inverted
Illumination: Brightfield, Fluorescence, CLSM
Objectives: 10x/0.30 HCX PL FLUOTAR, 20x/0.70 HC PL APO IMM CORR, 40x/1.25-0.75 HCX PL APO OIL CS, 63x/1.20 HCX PL APO W CORR
Light Sources: 12V 100W Halogen Lamp, HXP 120V Metal Halide Lamp, SP5 Confocal Laser System
Stage: Mechanical XY, Z-Galvo Stage

The Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope is currently set up for Brightfield, Fluorescence and CSLM studies.
The DFC300 XF camera is capable of taking detailed digital images. This system also includes a desktop running LAS AF for virtual control, live feed, and still images.

Video Description:
The video demonstrates functionality of the Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope.
We also show closeup views for each component of the Leica DMI6000 CS Inverted Fluorescence w/ TCS SP5 Laser Scanning Confocal Microscope system.

Documentation:
Datasheet: N/A

Brochure: https://drive.google.com/file/d/1PiKA_zAjSx51HINWnobfg6tezt7BqEC2/view?usp=sharing

DMI6000 Manual: https://drive.google.com/file/d/1HrYai17TEFa7TKq6vIqMiIUjeLtVPyAv/view?usp=sharing

TCS SP5 Manual: https://drive.google.com/file/d/1-nwOl3KoCfE95oDz3c63dWuxGaIsLy1i/view?usp=sharing

This will ship via freight. Please contact us with your zip code to obtain shipping quote.

Please do not hesitate to contact us if you have any questions.
 

 

 

Here we are showing you our standard packing process  

      1. All items are different, but they all follow the same principle when packaging.

      2. Start with a well-constructed crate

A well-constructed crate would consist of 1/2” to 5/8” Plywood with framing. We generally purchase our crates from a third party who specializes in custom crates.

      3. You always want the Instrument to not be directly on the wood deck of the crate. This is done by placing it on foam, inside of the crate. We use 2” 1.7 lb. density foam which works great. It provides cushioning and enough firmness to support the Instrument.

      4. The next step is to make sure there is nothing on the deck of the Instrument and the Head/ Arm is secured. In some cases there will be multiple arms to secure but for this example there is only one. The reason for this is so there is no free movement during transit which could cause serious damage to the Instrument.

      5. The next step is to make sure your Instrument is covered in either a pallet bag or shrink wrap so no dust or foreign object will get into the crate.

      6. The next step is to secure the instrument inside the crate by bracing. We use a method of 2x4’s which have 1” foam shrink wrapped to them so no piece of wood touches the actual instrument.

      7. Final step is to photograph everything inside the crate and then seal it with screws.

 

All equipment warranty request must have a support case opened within the 60-day Domestic USA and 30-day International warranty period.
To open a support case, please send an email to support@bostonind.com or call (508)974-4896.
Please provide your name, contact information, quotation/invoice number and a brief description of the issue that you are experiencing.
Phone and/or Email support will be provided prior to scheduling a return.
Please see the link below for our detailed warranty statement.
Customers must retain all original shipping materials during the warranty period.

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