Пинцеты. Rubis Steel, Plastic, and Wafer Tweezers

High-Tech Tweezers for Laboratory Requirements

EMS is Proud to represent Rubis
Innovations from Rubis with a clear focus on cutting-edge laboratory instruments

Evolution is what the Rubis development engineers call it when they harmonize ultra-modern technology and traditional Swiss precision engineering in their ground-breaking precision instruments. Continuous innovation in recent years has enabled the premium label/brand to ready its classic tweezers to meet new and exacting demands. With three new developments at once, the experts from South Switzerland are back on the pioneering track: exclusive high-tech surfaces offer substantial added utility and clear customer benefits.

Ultra-modern nanotechnology closes even the tiniest of pores on the surface of the Nano tweezers. The instrument itself, as all Rubis tweezers, is made from extremely high-grade surgical stainless steel. The Lotus effect, engineered by the nanotechnology, causes dirt, oil, water and other liquids to simply pearl off the steel. This keeps the tweezers perfectly clean, a beneficial feature particularly in a sensitive laboratory setting.

However, the need for hygiene is no longer limited to what the eye can see. Rubis has come up with a unique solution to meet just such exacting requirements in the form of the Ion tweezers. The innovative special coating of the Ion model releases silver ions, which act as an antimicrobial to reliably neutralise bacteria, germs and other pathogens. Unlike other methods, the use of ion technology does not give rise to any resistance. Consequently, it represents a risk-free method of guaranteeing hygiene, even at workstations where instruments are used by several different people.

The third innovation really does "get a grip" on things. The special soft coating of the new Grip tweezers not only provides a non-slip grip, it also improves the handling perceptibly. The easy-grip, soft-touch coating prevents hand fatigue, provides isolation and protects against the influence of heat.

The latest innovation aims for a considerably longer service life. Durax™ tweezers with a tip as hard as 616HV Vickers-hardness are 6 x harder than the tip of a standard stainless steel tweezers. Even with intensive use Rubis Durax TM tweezers retain their original precision. The advanced material properties guarantee higher resistance against normal wear and tear.

The Nano, Ion, Grip and Durax™ tweezers are available exclusively from Rubis. Already operating globally in the watch-making and electronics industries and in the medicine and cosmetics sectors for the past 60 years, these innovations give Rubis a strong point of departure to enter the laboratory products market. "We are highly specialised, possess unique expertise and offer our customers a product programme tailor-made to suit their exacting requirements," explains Fides Baldesberger, proprietor of Rubis. "And this goes for the laboratory products segment now, too." To constantly guarantee the first-rate quality of the products, each hand-made precision instrument and all its details are meticulously checked under magnifier glasses before leaving the workshop. In typical Swiss style, of course: As Fides Baldesberger puts it, "Only tweezers that pass this test carry the Rubis quality label//brand".

The company

Rubis is a leading international manufacturer of hand-made precision instruments. The Swiss premium label//brand has been manufacturing and developing high-grade precision instruments in the tradition of Swiss precision engineering at its workshops in Stabio for more than 60 years. Besides boasting an extensive product portfolio, Rubis also makes tools to its customers’ own specifications. Although Rubis tweezers were initially manufactured exclusively for the Swiss watch industry, the products are now employed across the globe in a wide range of applications in the electronics industry, in R&D labs, in medicine and in cosmetics. Rubis products are regularly honoured with international awards for the quality of their materials, finish and design. Elaborate handwork, ultra-modern technology, the best raw materials, functional precision and aesthetic form put Rubis in a class of its own.

Hand Crafted Precision Tweezers

More than sixty years ago, the first precision tweezers were developed to place ruby stones into watch movements. Since then the brand Rubis has continued to represent precision tools made to authentic Swiss quality standards.

The quality of Rubis product is the result of applying a combination of the latest technology with speed and superior traditional workmanship. Each tweezers is finished by hand under a loupe, to guarantee perfect tips alignment and Swiss top quality. Ideal span, high stability, an ergonomically correct form and resilience of material - best surgical stainless steel, antacid and non-magnetic - accounts for effectiveness and precision.

State-of-the-art technologies and novel materials have been studied for the development of new, extraordinary and innovative products. Tweezers are a simple tool - yet demanding in their specifications. They require continuous engineering and development to keep pace with their applications for the newest and ever changing technologies.

Electron Microscopy Sciences is proud to offer the complete line of Rubis laboratory tweezers:

• Standard SA Steel Tweezers
• Rubis Reinforced Plastic Tweezers
• Rubis Wafer Tweezers
• Nano-Tweezers
• Ion Tweeezers
• Grip Tweezers

Axal Tweezers from Rubis

Style SS

135 mm (5⅓") Long. M = 8 mm (⅓")

N = 1.5 mm (1/16") P = 82 mm (3¼")

Style 1

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 50 mm (2")

Style 3

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 50 mm (2")

Style 3C

110 mm (4⅓") Long. M = 9 mm (⅓")

N = 1.5 mm (1/16") P = 43 mm (1⅔")

Style 0

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 51 mm (2")

Style 0C 11

110 mm (4⅓") Long. M = 9 mm (⅓")

N = 1.5 mm (1/16") P = 47 mm (1¾")

Style 4AB

110 mm (4⅓") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 30 mm (1⅙")

Style F

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 33 mm (1¼)

Style 2A

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 35 mm (1⅜")

U = 2 mm (1/12")

Style 2

115 mm (4½") Long. M = 10 mm (⅓"),

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 5

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 30 mm (1⅙")

Style 4

110 mm (4⅓") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 30 mm (1⅙")

Style 5A

115 mm (4½") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 7

120 mm (4¾") Long. M = 11 mm (½")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 7A

115 mm (4½") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Durax™ Tweezers from Rubis

The resistant tweezers.

With a 616HV Vickers-hardness, the tip of Rubis DURAX™ tweezers is six times harder than the tip of a standard steel tweezers. Even with intensive use, Rubis DURAX™ tweezers retain their original precision. The advanced material properties guarantee higher resistance against normal wear and tear, providing a considerably longer service life. Their specially-hardened chrome-magnesium steel is also used in the manufacture of surgical

Style SS

135 mm (5⅓") Long. M = 8 mm (⅓")

N = 1.5 mm (1/16") P = 82 mm (3 1/4")

Style 1

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 50 mm (2")

Style 3

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 50 mm (2")

Style 3C

110 mm (4⅓") Long. M = 9 mm (⅓")

N = 1.5 mm (1/16") P = 43 mm (1⅔")

Style 0

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 51 mm (2")

Style 0C 11

110 mm (4⅓") Long. M = 9 mm (⅓")

N = 1.5 mm (1/16") P = 47 mm (1¾")

Style F

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 33 mm (1¼")

Style 2A

120 mm (¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 35 mm (1⅜")

U = 2 mm (1/12")

Style 2

115 mm (4½") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 5

120 mm (4¾") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 30 mm (1⅙")

Style 4

110 mm (4⅓") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 30 mm (1⅙")

Style 5A

115 mm (4½") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 7

120 mm (4¾") Long. M = 11 mm (½")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Style 7E

115 mm (4½") Long. M = 10 mm (⅓")

N = 1.5 mm (1/16") P = 34 mm (1⅓")

Standard SA Steel Tweezers

With more than fifty years of experience, RUBIS tweezers represents authentic Swiss quality. The material used in these tweezers is SA steel, which is acid-proof, stainless steel, 100% antimagnetic and it is resistant to HF and nitric acid.

Style 00B

Thick and flat, medium sharp and strong tips for heavy duty work. Serrated handle. 110mm (4½") long.

Style 00D

Same as No. 00B with serrated tips and handle. 120mm (4¾") long.

Style 3L

Very sharp, well-groomed points with fine finish. Comes with a unique finger actuated locking device. Length 110mm (4½").

Style 5

Super-fine points. Length 110mm (4½").

Style 5L

Same as No 5, but with finger actiuated locking device. Length 110mm (4½").

Style 5B

Same as No. 5, but with 35° curved tips. Length 110mm (4½").

Style 5C

Same as No. 5, but with round curved tips. 110mm (4⅜")long.

Style H

Short and wide with fine tips. Length 90mm (3½").

Style 0c9

Flat fine points. Length 90mm (3½").

Style 3M

Pointed, thin and fine mini-tweezers. Length 70mm (2¾").

Rubis Reinforced Plastic Tweezers

Rubis Reinforced plastic tweezers with many unique features:

• Material: PBTP (Polybutylenterephthalate) with 20% fiber-glass.
• Good resistance to chemicals and acids.
• Highly isolating.
• Withstands temperatures up to 200°C.

Style K2a

Flat tips. Length: 120mm (4¾").

Style K6

Fine, strong hook tips. Length: 120mm (4¾").

Style K7

Pointed, flat-contact tips. Length: 120mm (4¾").

Style K35a

Flat, strong tips. Length: 120mm (4¾").

Style KR

Flat points, flat-contact tips. Length: 120mm (4¾").

Rubis Wafer Tweezers

Made from SA steel with serrated handles. These tweezers are specially designed to handle different fragile and delicate materials of gallium or silicon wafers. They have a smooth polished non-glare surface with a satin finish. The tweezers have stopping pins turned up on lateral edges and graduated lower paddles prevent the wafer from slipping. The tweezers are also available in Peek material. Peek: An ESD Safe, 105Ω x cm. Soft, conductive fiber, with heat resistance up to 250°C (short exposure 300°C). (Not compatible with nitric and sulfuric acids.)

Style 2LB/4

No teeth. Length: 128mm (5"). B =12.5mm (½"), C = 8mm (⅓"), D = 3mm (⅛"), E = 2mm (1/12"), F = 4mm (⅙"), M = 9mm (⅓"), N = 2mm (1/12"), R = 48mm (1¾"), S = 42mm (1⅔")

Style 39S-4

4 teeth, lower part perforated. Length: 128mm (5"). B =12.5mm (½"), C = 10mm (⅓"), E = 2mm (1/12"), F = 6mm (¼"), M = 9mm (⅓"), N = 1.5mm (1/16"), R = 48mm (1¾"), S = 4mm (1⅔")

Style 41LB-2

2 teeth. Flat lower paddle. Length: 128mm (5"). B = 6mm (¼"), C = 7.0mm (¼"), E = 2mm (1/12"), F = 3mm (⅛"), M = 9mm (⅓"), N = 1.5mm (1/16"), R = 52mm (2"), S = 42mm (1⅔")

Style 41LB-5

5 teeth. Flat lower paddle. Length: 132mm (5¼"), B =16mm (⅝"), C = 9mm (⅓"), E = 2mm (1/12"), F = 3mm (⅛"), M = 11mm (½"), N = 2mm (1/12"), R = 52mm (2"), S = 42mm (1⅔")

Style 42LB-6

6 teeth. Step up lower paddle. Length: 130mm (5⅛"), B = 19.5mm (¾"), C = 8mm (½"), D = 3mm (⅛"), E = 3mm (⅛"), F = 4mm (⅙"), M = 11mm (½"), N = 2mm (1/12"), R = 52mm (2"), S = 42mm (1⅔")

Style 43LB-8-Peek

Clean-room compatible. Length: 138mm (5½"). B = 27mm (1-1/16"), C = 21mm (¾"), D = 4mm (⅙"), E = 6mm (¼"), F = 5mm (⅕"), M = 11mm (½"), N = 1.5mm (1/16"), R = 61mm (2⅓"), S = 35mm (1⅜")

Style 43LB-4-Peek

Clean-room compatible. Length: 138mm (5½"). B = 13mm (33/64"), C = 21mm (¾"), D = 4mm (⅙"), E = 6mm (¼"), F = 5mm ⅕"), M = 11mm (½"), N = 1.5mm (1/16"), R = 61mm (2⅓"), S = 35mm (1⅜")

Style 43LB-10

10 teeth. Flat lower paddle with opening controller. Length: 190mm (7½"). B = 33.5mm (2"), C = 20mm (¾"), D = 7mm (¼"), E = 2mm (1/12"), F = 3mm (⅛"), M = 13mm (½"), N = 2mm (1/12"), R = 77mm (3"), S = 42mm (1 ⅔")

Наименование	Объем	Производство	Метод	Кат.Номер
Anti-Acid/Anti-Mag SS		Electron Microscopy Sciences		78325-7A
Anti-Acid/Anti-Mag SS (Style 00)		Electron Microscopy Sciences		78311-00
Anti-Acid/Anti-Mag SS, “PVDF” Coating		Electron Microscopy Sciences		72919-2ABTe
EMS Style 6WF		Electron Microscopy Sciences		6WF.SA
Fiber Tweezers, 6 PVDF		Electron Microscopy Sciences		78460-06
Glass-filled Delrin pliers. Serrated jaws, hold tubes securely, resistant to most solvents		Electron Microscopy Sciences		78314-P1
Glass-filled Nylon pliers, flat smooth jaws. Good for handling soft materials. Protected from damage. 15 cm long		Electron Microscopy Sciences		78314-P2
Plastic Wafer Tweezers made each from linear polyethylene, acid resistant		Electron Microscopy Sciences		78310-41
Plastic Wafer Tweezers made each from linear polyethylene, acid resistant		Electron Microscopy Sciences		78310-51
Plastic Wafer Tweezers made each from linear polyethylene, acid resistant		Electron Microscopy Sciences		78310-61
Rubis K6 Plastic Tweezers	шт	Electron Microscopy Sciences		78191-01
Rubis K7 Plastic Tweezers	шт	Electron Microscopy Sciences		78192-01
Rubis KR Plastic Tweezers (Style KR)		Electron Microscopy Sciences		78194-01
Style E20 WA1 Handle with 20-ESD Tips		Electron Microscopy Sciences		10004-E20-SM
Style E22 WA1 Handle with 22-ESD Tips		Electron Microscopy Sciences		10004-E22-SM
Пинцет Rubis K35a Plastic Tweezers	12 ea.	Electron Microscopy Sciences		78193-12
Пинцет Rubis K6 Plastic Tweezers	12 ea.	Electron Microscopy Sciences		78191-12
Пинцет Rubis KR Plastic Tweezers	12 ea.	Electron Microscopy Sciences		78194-12