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Workholding
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Finding the Right Tombstone is Easy with Hennig
Read our handy guide on how to select the right tombstone from their wide range of products.
Machine Tool Ecosystem
microCLAMP
Compact modular clamps engineered for maximizing part density and clamping force in small-part production on tombstones or subplates.
microCLAMP
Quality is built on a precision foundation
The Swiss Modular microCLAMP line encompasses the smallest clamping modules, designed for building custom fixtures that achieve extremely high workholding density. This system excels at holding many small or thin parts in a small space. Spacing as dense as 15mm apart thanks to precision positioning pins are capable, allowing machinists to maximize the number of parts per setup with dedicated high-density fixtures.
| Key Features | |
| Variety | 50+ mini modular clamp and accessory variations, ideal for designing custom, high-density fixtures to hold many small parts in a single setup |
| High Density | Spacing as little as 15 mm between adjacent workpieces is possible by using precise alignment pins and the back of each clamp as a hard stop for the next part |
| High Clamping Force | Deliver up to 2800 daN of clamping force, ensuring even very small pieces are held securely |
| Compatible | Seamlelly integrate into other Swiss Modular products such as powerCLAMP base rails, triCENTRO vises, or tripoxyMINERAL tombstones |
Overview Catalog
Learn about our full workholding line including CNC tombstones, workholding systems, Build on the Rock partners, and custom fixturing solutions.
Capabilities Brochure
Our AMROK capabilities PDF offering a brief overview of our workholding product selection.
Complete Guide to Stationary Workholding
Knowing your why is a secret weapon. Not only do you understand what motivates you and gets you up in the morning, you also understand your customers and what they need to succeed. At AME, we know there are missing pieces and unknowns in every project. We’re here to help our customers in the machine tool industry balance the equation.
microCLAMP
Technical Specifications
| Product ID | 3D CAD | Type | |
|---|---|---|---|
| B13 | Clamping Jaw | ||
| B14 | Clamping Jaw | ||
| B15 | Clamping Jaw | ||
| B16 | Clamping Jaw | ||
| B20 | Clamping Jaw | ||
| B21 | Clamping Jaw | ||
| B22 | Clamping Jaw | ||
| B26 | Clamping Jaw | ||
| B27 | Clamping Jaw | ||
| B28 | Clamping Jaw | ||
| B45 | Clamping Jaw | ||
| B46 | Clamping Jaw | ||
| B47 | Clamping Jaw | ||
| B58 | Clamping Jaw | ||
| B60 | Clamping Jaw | ||
| B61 | Clamping Jaw | ||
| B62 | Clamping Jaw | ||
| B65 | Clamping Jaw | ||
| B66 | Clamping Jaw | ||
| B67 | Clamping Jaw | ||
| B68 | Clamping Jaw | ||
| B69 | Clamping Jaw | ||
| B77 | Clamping Jaw | ||
| B79 | Clamping Jaw | ||
| B95 | Clamping Jaw | ||
| B96 | Clamping Jaw | ||
| B97 | Clamping Jaw | ||
| B98 | Clamping Jaw | ||
| B99 | Clamping Jaw | ||
| MCU11037 | Steel Parallels | ||
| MCU15037 | Steel Parallels | ||
| MCU18037 | Steel Parallels | ||
| MCU20037 | Steel Parallels | ||
| MCU22537 | Steel Parallels | ||
| MAND38-14 PRG | End Module | ||
| MAND38-14 PRG6 | End Module | ||
| MAND58-14 PRG | End Module | ||
| MAND58-14 PRG6 | End Module | ||
| MANF38-14 F25 | End Module | ||
| MANF38-14 W25 | End Module | ||
| MANF58-14 F25 | End Module | ||
| MANF58-14 W25 | End Module | ||
| MR1F30N23-07 | Clamping Module | ||
| MS1F22N40-07 | Clamping Module | ||
| MS1F25N25-13 | Clamping Module | ||
| MS1F35L14-150 | Clamping Module | ||
| MS1F35N14-01 | Clamping Module | ||
| MS1F35N22-01 | Clamping Module | ||
| MS1F58L14 W251 | Clamping Module | ||
| MS1P58L14 PRG15 | Clamping Module | ||
| MS1R24N22-07 | Clamping Module | ||
| MS1R25N25-13 | Clamping Module | ||
| MS1R35L14-150 | Clamping Module | ||
| MS2F58L14 W251 | Clamping Module | ||
| MS2F60N14-01 | Clamping Module | ||
| MS2P58L14 PRG15 | Clamping Module | ||
| MS2X35N23-01 | Clamping Module | ||
| MS3F85N14-01 | Clamping Module | ||
| MV1F20L35 BV1 | Clamping Module | ||
| VS1F19N35-20 | Clamping Module | ||
| VS1F41L30-51 | Clamping Module | ||
| VS1F41N30-60 | Clamping Module | ||
| VS1F80L30-51 | Clamping Module | ||
| VS1R19N35-20 | Clamping Module | ||
| VS1R26L35-31 | Clamping Module | ||
| VS1R26N35-26 | Clamping Module | ||
| VS1R38N50-60 | Clamping Module | ||
| VS1R41L30-51 | Clamping Module | ||
| VS1R41N30-60 | Clamping Module | ||
| VS1R80L30-51 | Clamping Module | ||
| VS1X59L60K | Clamping Module | ||
| VS1X68L20-105 | Clamping Module | ||
| B01 | Clamping Jaw | ||
| B02 | Clamping Jaw | ||
| B03 | Clamping Jaw | ||
| B04 | Clamping Jaw | ||
| B05 | Clamping Jaw | ||
| B05R | Clamping Jaw | ||
| B07 | Clamping Jaw | ||
| B08 | Clamping Jaw | ||
| B09 | Clamping Jaw | ||
| B150 | Clamping Jaw | ||
| B151 | Clamping Jaw | ||
| B152 | Clamping Jaw | ||
| B31 | Clamping Jaw | ||
| B32 | Clamping Jaw | ||
| B33 | Clamping Jaw | ||
| B36 | Clamping Jaw | ||
| B37 | Clamping Jaw | ||
| B38 | Clamping Jaw | ||
| B51 | Clamping Jaw | ||
| B52 | Clamping Jaw | ||
| B53 | Clamping Jaw | ||
| B54 | Clamping Jaw | ||
| B55 | Clamping Jaw | ||
| B62HM | Clamping Jaw | ||
| B79R | Clamping Jaw | ||
| CCU15026 | Steel Parallels | ||
| CCU15027 | Steel Parallels | ||
| CCU15080 | Steel Parallels | ||
| CCU15081 | Steel Parallels | ||
| CCU15082 | Steel Parallels | ||
| CCU15083 | Steel Parallels | ||
| CCU20026 | Steel Parallels | ||
| CCU20027 | Steel Parallels | ||
| CCU20080 | Steel Parallels | ||
| CCU20081 | Steel Parallels | ||
| CCU20082 | Steel Parallels | ||
| CCU20083 | Steel Parallels | ||
| CCU25026 | Steel Parallels | ||
| CCU25027 | Steel Parallels | ||
| CCU25080 | Steel Parallels | ||
| CCU25081 | Steel Parallels | ||
| CCU25082 | Steel Parallels | ||
| CCU25083 | Steel Parallels | ||
| CCU27580 | Steel Parallels | ||
| CCU27581 | Steel Parallels | ||
| CCU27582 | Steel Parallels | ||
| CCU27583 | Steel Parallels | ||
| CCU30026 | Steel Parallels | ||
| CCU30027 | Steel Parallels | ||
| CCU30039 | Steel Parallels | ||
| CCU30080 | Steel Parallels | ||
| CCU30081 | Steel Parallels | ||
| CCU32526 | Steel Parallels | ||
| CCU32527 | Steel Parallels | ||
| CCU35039 | Steel Parallels | ||
| CCU35080 | Steel Parallels | ||
| CCU40039 | Steel Parallels | ||
| CCU40080 | Steel Parallels | ||
| CCU45039 | Steel Parallels | ||
| CCU45080 | Steel Parallels | ||
| CC8011 | Accessories | ||
| CC8021 | Accessories | ||
| CC8025 | Accessories | ||
| CC8026 | Accessories | ||
| CC8030 | Accessories | ||
| CC8040 | Accessories | ||
| CC8041 | Accessories | ||
| CC8050 | Accessories | ||
| CC8050-V120 | Accessories | ||
| CC8050-V90 | Accessories | ||
| CC8060 | Accessories | ||
| CC8060R | Accessories | ||
| CC8070 | Accessories | ||
| CC8210 | Accessories | ||
| CC8211 | Accessories | ||
| CC8220 | Accessories | ||
| CC8221 | Accessories |
Your Selection
Each model below is routed to the best next step based on availability.
Setup Time Calculator
How Much Is Setup Time Costing You?
Every changeover means idle spindle time. Multi-part fixturing slashes setup frequency — so your machines spend more hours cutting and less time waiting.
Your Machines
$
The Setup Problem
min
%
Annual Cost of Fixture Changeovers
1,500 hrs
Spindle Hours Lost to Setup / Year
$263K
Annual Lost Production Value
$131K
Recoverable with Workholding
Based on 250 working days/yr. Multi-part fixturing reduces changeover frequency so your spindle spends more time cutting.
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