New & Used Laser - Nd:YAG, Alma Lasers

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Manufacturer : Alma Lasers

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Premium User
Location: United States, Colorado
Negotiable
2007

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: France, Île-de-France
125,000
This Seller accepts SafeTrade as a payment method
2009

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Device: Laser - Nd:YAG
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Colorado
38,000
-

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, New Jersey
25,000
2004

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, New Jersey
25,500
2006

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, New Jersey
29,900
2005

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Florida
19,900
2004

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Florida
Negotiable
-

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Device: Laser - Nd:YAG
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Colorado
26,000
2006

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: Italy, Bari
33,112
-

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Vermont
Negotiable
-

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Device: Laser - Argon
Manufacturer: Alma Lasers
Model: Harmony
Location: United States, Vermont
Negotiable
2004

Laser - Nd:YAG may also be referred to as :

YAG Laser | Surgical Laser | Laser, Nd:YAG, Pulmonary Surgery | Endometrial Ablation System | Surgical Nd:YAG Laser | KTP Laser | neodymium:yttrium-aluminum-garnet Laser
 

Tips for buying Laser - Nd:YAG

  1. Facilities should look into the following factors before purchasing: clinical need, existing technology of the facility or alternate devices, type and number of procedures to be performed, versatility of the instrument, experience and preferences of the surgical staff, effect the device will have on reimbursement, voltage and electrical current requirements, safety, reliability, and service.
  2. Facilities should carefully identify the types of lasers that will meet the specific needs of the different surgical departments. One laser is not appropriate for all surgical applications.
  3. The most important factor to be considered is power output; many free-beam procedures require 60 to 100 W.
  4. Facilities planning to use the Nd-YAG laser for contact procedures do not need a high-power laser but rather one that delivers up to 40 W.
  5. At tissue surfaces the power output should be more than 1 W, and both the exposure time and repetition rate should be at least 0.1 sec.
  6. A power output display and an internal air-cooling system should be included with the device, and it should allow manual fiber calibration. The laser should be able to operate at 120 VAC in the USA.
Read more valuable tips on the Medical Equipment Buying Guide by MedWOW >>